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Canberra ACT 2601 Australia 262499111 clientservices@ga.gov.au NONE text/xml image/png application/atom+xml application/json;type=utfgrid application/pdf application/rss+xml application/vnd.google-earth.kml+xml application/vnd.google-earth.kml+xml;mode=networklink application/vnd.google-earth.kmz image/geotiff image/geotiff8 image/gif image/jpeg image/png; mode=8bit image/svg+xml image/tiff image/tiff8 image/vnd.jpeg-png image/vnd.jpeg-png8 text/html; subtype=openlayers text/html; subtype=openlayers2 text/html; subtype=openlayers3 text/plain application/vnd.ogc.gml text/xml application/vnd.ogc.gml/3.1.1 text/xml; subtype=gml/3.1.1 text/html application/json XML INIMAGE BLANK JSON AUTO:42001 AUTO:42002 AUTO:42003 AUTO:42004 AUTO:97001 AUTO:97002 AUTO:97003 AUTO:97004 CRS:27 CRS:83 CRS:84 EPSG:2000 EPSG:2001 EPSG:2002 EPSG:2003 EPSG:2004 EPSG:2005 EPSG:2006 EPSG:2007 EPSG:2008 EPSG:2009 EPSG:2010 EPSG:2011 EPSG:2012 EPSG:2013 EPSG:2014 EPSG:2015 EPSG:2016 EPSG:2017 EPSG:2018 EPSG:2019 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EPSG:62156405 EPSG:62166405 EPSG:62186405 EPSG:62196405 EPSG:62206405 EPSG:62216405 EPSG:62226405 EPSG:62236405 EPSG:62246405 EPSG:62256405 EPSG:62276405 EPSG:62296405 EPSG:62306405 EPSG:62316405 EPSG:62326405 EPSG:62336405 EPSG:62366405 EPSG:62376405 EPSG:62386405 EPSG:62396405 EPSG:62406405 EPSG:62416405 EPSG:62426405 EPSG:62436405 EPSG:62446405 EPSG:62456405 EPSG:62466405 EPSG:62476405 EPSG:62486405 EPSG:62496405 EPSG:62506405 EPSG:62516405 EPSG:62526405 EPSG:62536405 EPSG:62546405 EPSG:62556405 EPSG:62566405 EPSG:62576405 EPSG:62586405 EPSG:62586413 EPSG:62596405 EPSG:62616405 EPSG:62626405 EPSG:62636405 EPSG:62646405 EPSG:62656405 EPSG:62666405 EPSG:62676405 EPSG:62686405 EPSG:62696405 EPSG:62706405 EPSG:62716405 EPSG:62726405 EPSG:62736405 EPSG:62746405 EPSG:62756405 EPSG:62766405 EPSG:62776405 EPSG:62786405 EPSG:62796405 EPSG:62806405 EPSG:62816405 EPSG:62826405 EPSG:62836405 EPSG:62836413 EPSG:62846405 EPSG:62856405 EPSG:62866405 EPSG:62886405 EPSG:62896405 EPSG:62926405 EPSG:62936405 EPSG:62956405 EPSG:62976405 EPSG:62986405 EPSG:62996405 EPSG:63006405 EPSG:63016405 EPSG:63026405 EPSG:63036405 EPSG:63046405 EPSG:63066405 EPSG:63076405 EPSG:63086405 EPSG:63096405 EPSG:63106405 EPSG:63116405 EPSG:63126405 EPSG:63136405 EPSG:63146405 EPSG:63156405 EPSG:63166405 EPSG:63176405 EPSG:63186405 EPSG:63196405 EPSG:63226405 EPSG:63246405 EPSG:63266405 EPSG:63266406 EPSG:63266407 EPSG:63266408 EPSG:63266409 EPSG:63266410 EPSG:63266411 EPSG:63266412 EPSG:63266413 EPSG:63266414 EPSG:63266415 EPSG:63266416 EPSG:63266417 EPSG:63266418 EPSG:63266419 EPSG:63266420 EPSG:66006405 EPSG:66016405 EPSG:66026405 EPSG:66036405 EPSG:66046405 EPSG:66056405 EPSG:66066405 EPSG:66076405 EPSG:66086405 EPSG:66096405 EPSG:66106405 EPSG:66116405 EPSG:66126405 EPSG:66126413 EPSG:66136405 EPSG:66146405 EPSG:66156405 EPSG:66166405 EPSG:66186405 EPSG:66196405 EPSG:66196413 EPSG:66206405 EPSG:66216405 EPSG:66226405 EPSG:66236405 EPSG:66246405 EPSG:66246413 EPSG:66256405 EPSG:66266405 EPSG:66276405 EPSG:66276413 EPSG:66286405 EPSG:66296405 EPSG:66306405 EPSG:66316405 EPSG:66326405 EPSG:66336405 EPSG:66346405 EPSG:66356405 EPSG:66366405 EPSG:66376405 EPSG:66386405 EPSG:66396405 EPSG:66406405 EPSG:66406413 EPSG:66416405 EPSG:66426405 EPSG:66436405 EPSG:66446405 EPSG:66456405 EPSG:66456413 EPSG:66466405 EPSG:66576405 EPSG:66586405 EPSG:66596405 EPSG:66596413 EPSG:66606405 EPSG:66616405 EPSG:66616413 EPSG:66636405 EPSG:66646405 EPSG:66656405 EPSG:66666405 EPSG:66676405 EPSG:68016405 EPSG:68026405 EPSG:68036405 EPSG:68046405 EPSG:68056405 EPSG:68066405 EPSG:68086405 EPSG:68096405 EPSG:68136405 EPSG:68146405 EPSG:68156405 EPSG:68186405 EPSG:68206405 EPSG:69036405 -180.0 180.0 -90.0 90.0 ausseabed:AHO_Reference_Surfaces_Adelaide_Bathymetry_1m_2023 The Adelaide Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 4 Sep 2020 – 16 Sep 2020. This surface was created from a contracted national reference survey in Gulf St Vincent SA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM 2040 multibeam echosounder and Kongsberg EA440 singlebeam echosounder, and processed using Caris HIPS & SIPS. Separate grids in 1m resolution are provided for the 2 surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 1m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149070 <br><a href="https://files.ausseabed.gov.au/survey/AHOReferenceSurfaceAdelaide-1m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32753 138.06601456066747 138.25121069356288 -34.80841048953823 -34.71507610243265 text/html ausseabed:AHO_Reference_Surfaces_Adelaide_Bathymetry__Site_2__1m_2023_L0_Coverage features AHO_Reference_Surfaces_Adelaide_Bathymetry__Site_2__1m_2023_L0_Coverage EPSG:4326 CRS:84 138.06915364100007 138.07671963000007 -34.808338241999934 -34.80209787699994 ausseabed:AHO_Reference_Surfaces_Adelaide_Bathymetry__Site_2__1m_2023_HS The Adelaide Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 4 Sep 2020 – 16 Sep 2020. This surface was created from a contracted national reference survey in Gulf St Vincent SA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM 2040 multibeam echosounder and Kongsberg EA440 singlebeam echosounder, and processed using Caris HIPS & SIPS. Separate grids in 1m resolution are provided for the 2 surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 1m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32753 CRS:84 138.06899695961113 138.08117981809937 -34.80841048953823 -34.80004622221518 text/html ausseabed:AHO_Reference_Surfaces_Adelaide_Bathymetry__Site_2__1m_2023_OV The Adelaide Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 4 Sep 2020 – 16 Sep 2020. This surface was created from a contracted national reference survey in Gulf St Vincent SA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM 2040 multibeam echosounder and Kongsberg EA440 singlebeam echosounder, and processed using Caris HIPS & SIPS. Separate grids in 1m resolution are provided for the 2 surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 1m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32753 CRS:84 138.06899695961113 138.08117981809937 -34.80841048953823 -34.80004622221518 text/html ausseabed:AHO_Reference_Surfaces_Adelaide_Bathymetry__Site_1__1m_2023_L0_Coverage features AHO_Reference_Surfaces_Adelaide_Bathymetry__Site_1__1m_2023_L0_Coverage EPSG:4326 CRS:84 138.2353119290001 138.24790086400003 -34.72446500099994 -34.715165225999954 ausseabed:AHO_Reference_Surfaces_Adelaide_Bathymetry__Site_1__1m_2023_HS The Adelaide Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 4 Sep 2020 – 16 Sep 2020. This surface was created from a contracted national reference survey in Gulf St Vincent SA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM 2040 multibeam echosounder and Kongsberg EA440 singlebeam echosounder, and processed using Caris HIPS & SIPS. Separate grids in 1m resolution are provided for the 2 surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 1m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32753 CRS:84 138.2351200886721 138.24809296048838 -34.72454607319224 -34.71507610243265 text/html ausseabed:AHO_Reference_Surfaces_Adelaide_Bathymetry__Site_1__1m_2023_OV The Adelaide Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 4 Sep 2020 – 16 Sep 2020. This surface was created from a contracted national reference survey in Gulf St Vincent SA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM 2040 multibeam echosounder and Kongsberg EA440 singlebeam echosounder, and processed using Caris HIPS & SIPS. Separate grids in 1m resolution are provided for the 2 surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 1m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32753 CRS:84 138.2351200886721 138.24809296048838 -34.72454607319224 -34.71507610243265 text/html ausseabed:AHO_Reference_Surfaces_Adelaide_Bathymetry__Site_1__1m_2023 The Adelaide Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 4 Sep 2020 – 16 Sep 2020. This surface was created from a contracted national reference survey in Gulf St Vincent SA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM 2040 multibeam echosounder and Kongsberg EA440 singlebeam echosounder, and processed using Caris HIPS & SIPS. Separate grids in 1m resolution are provided for the 2 surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 1m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149070 <br><a href="https://files.ausseabed.gov.au/survey/AHOReferenceSurfaceAdelaide-1m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32753 138.2351200886721 138.24809296048838 -34.72454607319224 -34.71507610243265 text/html ausseabed:AHO_Reference_Surfaces_Adelaide_Bathymetry__Site_1__1m_2023_L0_Coverage features AHO_Reference_Surfaces_Adelaide_Bathymetry__Site_1__1m_2023_L0_Coverage EPSG:4326 CRS:84 138.2353119290001 138.24790086400003 -34.72446500099994 -34.715165225999954 ausseabed:AHO_Reference_Surfaces_Adelaide_Bathymetry__Site_1__1m_2023_HS The Adelaide Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 4 Sep 2020 – 16 Sep 2020. This surface was created from a contracted national reference survey in Gulf St Vincent SA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM 2040 multibeam echosounder and Kongsberg EA440 singlebeam echosounder, and processed using Caris HIPS & SIPS. Separate grids in 1m resolution are provided for the 2 surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 1m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32753 CRS:84 138.2351200886721 138.24809296048838 -34.72454607319224 -34.71507610243265 text/html ausseabed:AHO_Reference_Surfaces_Adelaide_Bathymetry__Site_1__1m_2023_OV The Adelaide Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 4 Sep 2020 – 16 Sep 2020. This surface was created from a contracted national reference survey in Gulf St Vincent SA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM 2040 multibeam echosounder and Kongsberg EA440 singlebeam echosounder, and processed using Caris HIPS & SIPS. Separate grids in 1m resolution are provided for the 2 surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 1m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32753 CRS:84 138.2351200886721 138.24809296048838 -34.72454607319224 -34.71507610243265 text/html ausseabed:AHO_Reference_Surfaces_Adelaide_Bathymetry__Site_2__1m_2023 The Adelaide Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 4 Sep 2020 – 16 Sep 2020. This surface was created from a contracted national reference survey in Gulf St Vincent SA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM 2040 multibeam echosounder and Kongsberg EA440 singlebeam echosounder, and processed using Caris HIPS & SIPS. Separate grids in 1m resolution are provided for the 2 surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 1m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149070 <br><a href="https://files.ausseabed.gov.au/survey/AHOReferenceSurfaceAdelaide-1m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32753 138.06899695961113 138.08117981809937 -34.80841048953823 -34.80004622221518 text/html ausseabed:AHO_Reference_Surfaces_Adelaide_Bathymetry__Site_2__1m_2023_L0_Coverage features AHO_Reference_Surfaces_Adelaide_Bathymetry__Site_2__1m_2023_L0_Coverage EPSG:4326 CRS:84 138.06915364100007 138.07671963000007 -34.808338241999934 -34.80209787699994 ausseabed:AHO_Reference_Surfaces_Adelaide_Bathymetry__Site_2__1m_2023_HS The Adelaide Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 4 Sep 2020 – 16 Sep 2020. This surface was created from a contracted national reference survey in Gulf St Vincent SA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM 2040 multibeam echosounder and Kongsberg EA440 singlebeam echosounder, and processed using Caris HIPS & SIPS. Separate grids in 1m resolution are provided for the 2 surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 1m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32753 CRS:84 138.06899695961113 138.08117981809937 -34.80841048953823 -34.80004622221518 text/html ausseabed:AHO_Reference_Surfaces_Adelaide_Bathymetry__Site_2__1m_2023_OV The Adelaide Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 4 Sep 2020 – 16 Sep 2020. This surface was created from a contracted national reference survey in Gulf St Vincent SA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM 2040 multibeam echosounder and Kongsberg EA440 singlebeam echosounder, and processed using Caris HIPS & SIPS. Separate grids in 1m resolution are provided for the 2 surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 1m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32753 CRS:84 138.06899695961113 138.08117981809937 -34.80841048953823 -34.80004622221518 text/html ausseabed:AHO_Reference_Surfaces_Banks_Strait_Bathymetry_0_5m_2023 The Banks Strait Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 17 Dec 2021. This surface was created from a contracted national reference survey within Banks Strait to Cape Barren, TAS, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM 2040 MkII and Kongsberg EM 2040P, and processed using QPS Qimera. A grid in 0.5m resolution is provided for the surveyed site within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149071 <br><a href="https://files.ausseabed.gov.au/survey/AHOReferenceSurfaceBanksStrait-0.5m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.80684256164312 147.81284474146065 -40.72496833005722 -40.718616809765635 text/html ausseabed:AHO_Reference_Surfaces_Banks_Strait_Bathymetry__0_5m_2023_L0_Coverage features AHO_Reference_Surfaces_Banks_Strait_Bathymetry__0_5m_2023_L0_Coverage EPSG:4326 CRS:84 147.80684256200004 147.81284474100005 -40.72496832999997 -40.71861680999996 ausseabed:AHO_Reference_Surfaces_Banks_Strait_Bathymetry__0_5m_2023_HS The Banks Strait Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 17 Dec 2021. This surface was created from a contracted national reference survey within Banks Strait to Cape Barren, TAS, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM 2040 MkII and Kongsberg EM 2040P, and processed using QPS Qimera. A grid in 0.5m resolution is provided for the surveyed site within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.80684256164312 147.81284474146065 -40.72496833005722 -40.718616809765635 text/html ausseabed:AHO_Reference_Surfaces_Banks_Strait_Bathymetry__0_5m_2023_OV The Banks Strait Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 17 Dec 2021. This surface was created from a contracted national reference survey within Banks Strait to Cape Barren, TAS, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM 2040 MkII and Kongsberg EM 2040P, and processed using QPS Qimera. A grid in 0.5m resolution is provided for the surveyed site within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.80684256164312 147.81284474146065 -40.72496833005722 -40.718616809765635 text/html ausseabed:AHO_Reference_Surfaces_Broome_Bathymetry_0_5m_2023 The Broome Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 25 Sep 2020 - 26 Sep 2020. This surface was created from a contracted national reference survey between Gantheaume Point and Talboys Rock, Broome WA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM 2040D, and processed using Caris HIPS & SIPS. A grid in 0.5m resolution is provided for the surveyed site within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149074 <br><a href="https://files.ausseabed.gov.au/survey/AHO-ReferenceSurfaceBroome-0.5m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32751 122.06524492682543 122.07037173181944 -17.89026362040057 -17.88544479165837 text/html ausseabed:AHO_Reference_Surfaces_Broome_Bathymetry__0_5m_2023_L0_Coverage features AHO_Reference_Surfaces_Broome_Bathymetry__0_5m_2023_L0_Coverage EPSG:4326 CRS:84 122.0652449270001 122.07037173200001 -17.890263619999928 -17.88544479199993 ausseabed:AHO_Reference_Surfaces_Broome_Bathymetry__0_5m_2023_HS The Broome Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 25 Sep 2020 - 26 Sep 2020. This surface was created from a contracted national reference survey between Gantheaume Point and Talboys Rock, Broome WA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM 2040D, and processed using Caris HIPS & SIPS. A grid in 0.5m resolution is provided for the surveyed site within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.06524492682543 122.07037173181944 -17.89026362040057 -17.88544479165837 text/html ausseabed:AHO_Reference_Surfaces_Broome_Bathymetry__0_5m_2023_OV The Broome Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 25 Sep 2020 - 26 Sep 2020. This surface was created from a contracted national reference survey between Gantheaume Point and Talboys Rock, Broome WA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM 2040D, and processed using Caris HIPS & SIPS. A grid in 0.5m resolution is provided for the surveyed site within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.06524492682543 122.07037173181944 -17.89026362040057 -17.88544479165837 text/html ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry_0_5m_2023 The Cairns Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 27 May 2020. This surface was created from a contracted national reference survey in Cairns QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2022, and processed using Caris HIPS & SIPS. Seperate grids in 0.5m resolution are provided for the three surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149078 <br><a href="https://files.ausseabed.gov.au/survey/AHO-Reference-Surface-Cairns-0.5m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32755 145.77935144501583 146.20866111112426 -16.783458998526484 -16.70313068642616 text/html ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site3__0_5m_2023_L0_Coverage features AHO_Reference_Surfaces_Cairns_Bathymetry__Site3__0_5m_2023_L0_Coverage EPSG:4326 CRS:84 146.18487358900006 146.19810772800008 -16.71965321099998 -16.70700678299994 ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site3__0_5m_2023_HS The Cairns Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 27 May 2020. This surface was created from a contracted national reference survey in Cairns QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2022, and processed using Caris HIPS & SIPS. Seperate grids in 0.5m resolution are provided for the three surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 146.17314562558477 146.20866111112426 -16.721820484770728 -16.705077307703412 text/html ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site3__0_5m_2023_OV The Cairns Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 27 May 2020. This surface was created from a contracted national reference survey in Cairns QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2022, and processed using Caris HIPS & SIPS. Seperate grids in 0.5m resolution are provided for the three surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 146.17314562558477 146.20866111112426 -16.721820484770728 -16.705077307703412 text/html ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site2__0_5m_2023_L0_Coverage features AHO_Reference_Surfaces_Cairns_Bathymetry__Site2__0_5m_2023_L0_Coverage EPSG:4326 CRS:84 145.94332753600008 145.9563762560001 -16.78071139599996 -16.767422557999964 ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site2__0_5m_2023_HS The Cairns Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 27 May 2020. This surface was created from a contracted national reference survey in Cairns QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2022, and processed using Caris HIPS & SIPS. Seperate grids in 0.5m resolution are provided for the three surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 145.93416392998685 145.97159020291897 -16.78241249245907 -16.764751896149185 text/html ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site2__0_5m_2023_OV The Cairns Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 27 May 2020. This surface was created from a contracted national reference survey in Cairns QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2022, and processed using Caris HIPS & SIPS. Seperate grids in 0.5m resolution are provided for the three surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 145.93416392998685 145.97159020291897 -16.78241249245907 -16.764751896149185 text/html ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site1__0_5m_2023_L0_Coverage AHO_Reference_Surfaces_Cairns_Bathymetry__Site1__0_5m_2023_L0_Coverage features EPSG:4326 CRS:84 145.7833613990001 145.78987411600008 -16.754983856999957 -16.74860692799996 ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site1__0_5m_2023_HS The Cairns Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 27 May 2020. This surface was created from a contracted national reference survey in Cairns QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2022, and processed using Caris HIPS & SIPS. Seperate grids in 0.5m resolution are provided for the three surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 145.7795144940771 145.79736161729352 -16.755913861522625 -16.747481081312653 text/html ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site1__0_5m_2023_OV The Cairns Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 27 May 2020. This surface was created from a contracted national reference survey in Cairns QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2022, and processed using Caris HIPS & SIPS. Seperate grids in 0.5m resolution are provided for the three surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 145.7795144940771 145.79736161729352 -16.755913861522625 -16.747481081312653 text/html ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site1__0_5m_2023 The Cairns Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 27 May 2020. This surface was created from a contracted national reference survey in Cairns QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2022, and processed using Caris HIPS & SIPS. Seperate grids in 0.5m resolution are provided for the three surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149078 <br><a href="https://files.ausseabed.gov.au/survey/AHO-Reference-Surface-Cairns-0.5m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32755 145.7795144940771 145.79736161729352 -16.755913861522625 -16.747481081312653 text/html ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site1__0_5m_2023_L0_Coverage AHO_Reference_Surfaces_Cairns_Bathymetry__Site1__0_5m_2023_L0_Coverage features EPSG:4326 CRS:84 145.7833613990001 145.78987411600008 -16.754983856999957 -16.74860692799996 ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site1__0_5m_2023_HS The Cairns Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 27 May 2020. This surface was created from a contracted national reference survey in Cairns QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2022, and processed using Caris HIPS & SIPS. Seperate grids in 0.5m resolution are provided for the three surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 145.7795144940771 145.79736161729352 -16.755913861522625 -16.747481081312653 text/html ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site1__0_5m_2023_OV The Cairns Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 27 May 2020. This surface was created from a contracted national reference survey in Cairns QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2022, and processed using Caris HIPS & SIPS. Seperate grids in 0.5m resolution are provided for the three surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 145.7795144940771 145.79736161729352 -16.755913861522625 -16.747481081312653 text/html ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site2__0_5m_2023 The Cairns Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 27 May 2020. This surface was created from a contracted national reference survey in Cairns QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2022, and processed using Caris HIPS & SIPS. Seperate grids in 0.5m resolution are provided for the three surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149078 <br><a href="https://files.ausseabed.gov.au/survey/AHO-Reference-Surface-Cairns-0.5m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32755 145.93416392998685 145.97159020291897 -16.78241249245907 -16.764751896149185 text/html ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site2__0_5m_2023_L0_Coverage features AHO_Reference_Surfaces_Cairns_Bathymetry__Site2__0_5m_2023_L0_Coverage EPSG:4326 CRS:84 145.94332753600008 145.9563762560001 -16.78071139599996 -16.767422557999964 ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site2__0_5m_2023_HS The Cairns Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 27 May 2020. This surface was created from a contracted national reference survey in Cairns QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2022, and processed using Caris HIPS & SIPS. Seperate grids in 0.5m resolution are provided for the three surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 145.93416392998685 145.97159020291897 -16.78241249245907 -16.764751896149185 text/html ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site2__0_5m_2023_OV The Cairns Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 27 May 2020. This surface was created from a contracted national reference survey in Cairns QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2022, and processed using Caris HIPS & SIPS. Seperate grids in 0.5m resolution are provided for the three surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 145.93416392998685 145.97159020291897 -16.78241249245907 -16.764751896149185 text/html ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site3__0_5m_2023 The Cairns Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 27 May 2020. This surface was created from a contracted national reference survey in Cairns QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2022, and processed using Caris HIPS & SIPS. Seperate grids in 0.5m resolution are provided for the three surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149078 <br><a href="https://files.ausseabed.gov.au/survey/AHO-Reference-Surface-Cairns-0.5m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32755 146.17314562558477 146.20866111112426 -16.721820484770728 -16.705077307703412 text/html ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site3__0_5m_2023_L0_Coverage features AHO_Reference_Surfaces_Cairns_Bathymetry__Site3__0_5m_2023_L0_Coverage EPSG:4326 CRS:84 146.18487358900006 146.19810772800008 -16.71965321099998 -16.70700678299994 ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site3__0_5m_2023_HS The Cairns Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 27 May 2020. This surface was created from a contracted national reference survey in Cairns QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2022, and processed using Caris HIPS & SIPS. Seperate grids in 0.5m resolution are provided for the three surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 146.17314562558477 146.20866111112426 -16.721820484770728 -16.705077307703412 text/html ausseabed:AHO_Reference_Surfaces_Cairns_Bathymetry__Site3__0_5m_2023_OV The Cairns Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 27 May 2020. This surface was created from a contracted national reference survey in Cairns QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2022, and processed using Caris HIPS & SIPS. Seperate grids in 0.5m resolution are provided for the three surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 146.17314562558477 146.20866111112426 -16.721820484770728 -16.705077307703412 text/html ausseabed:AHO_Reference_Surfaces_Darwin_Bathymetry_0_5m_2023 The Darwin Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 8 Jul 2020. This surface was created from a contracted national reference survey in Darwin NT, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2026 and R2Sonic 2024, and processed using QPS Qimera. Separate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149075 <br><a href="https://files.ausseabed.gov.au/survey/AHO-Reference-SurfaceDarwin-0.5m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32752 130.683927366697 130.70296068342094 -12.321416691468018 -12.26805996186019 text/html ausseabed:AHO_Reference_Surfaces_Darwin_Bathymetry__Site1__0_5m_2023_L0_Coverage features AHO_Reference_Surfaces_Darwin_Bathymetry__Site1__0_5m_2023_L0_Coverage EPSG:4326 CRS:84 130.69340112300006 130.7029398640001 -12.321348090999948 -12.313228098999957 ausseabed:AHO_Reference_Surfaces_Darwin_Bathymetry__Site1__0_5m_2023_HS The Darwin Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 8 Jul 2020. This surface was created from a contracted national reference survey in Darwin NT, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2026 and R2Sonic 2024, and processed using QPS Qimera. Separate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.69338011054992 130.70296068342094 -12.321359988324133 -12.313215183118663 text/html ausseabed:AHO_Reference_Surfaces_Darwin_Bathymetry__Site1__0_5m_2023_OV The Darwin Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 8 Jul 2020. This surface was created from a contracted national reference survey in Darwin NT, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2026 and R2Sonic 2024, and processed using QPS Qimera. Separate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.69338011054992 130.70296068342094 -12.321359988324133 -12.313215183118663 text/html ausseabed:AHO_Reference_Surfaces_Darwin_Bathymetry__Site2__0_5m_2023_L0_Coverage features AHO_Reference_Surfaces_Darwin_Bathymetry__Site2__0_5m_2023_L0_Coverage EPSG:4326 CRS:84 130.68394918900003 130.6917725730001 -12.275880419999964 -12.268150180999953 ausseabed:AHO_Reference_Surfaces_Darwin_Bathymetry__Site2__0_5m_2023_HS The Darwin Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 8 Jul 2020. This surface was created from a contracted national reference survey in Darwin NT, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2026 and R2Sonic 2024, and processed using QPS Qimera. Separate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.683927366697 130.69179395648263 -12.275904008754617 -12.268127287671582 text/html ausseabed:AHO_Reference_Surfaces_Darwin_Bathymetry__Site2__0_5m_2023_OV The Darwin Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 8 Jul 2020. This surface was created from a contracted national reference survey in Darwin NT, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2026 and R2Sonic 2024, and processed using QPS Qimera. Separate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.683927366697 130.69179395648263 -12.275904008754617 -12.268127287671582 text/html ausseabed:AHO_Reference_Surfaces_Darwin_Bathymetry__Site1__0_5m_2023 The Darwin Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 8 Jul 2020. This surface was created from a contracted national reference survey in Darwin NT, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2026 and R2Sonic 2024, and processed using QPS Qimera. Separate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149075 <br><a href="https://files.ausseabed.gov.au/survey/AHO-Reference-SurfaceDarwin-0.5m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32752 130.69338011054992 130.70296068342094 -12.321359988324133 -12.313215183118663 text/html ausseabed:AHO_Reference_Surfaces_Darwin_Bathymetry__Site1__0_5m_2023_L0_Coverage features AHO_Reference_Surfaces_Darwin_Bathymetry__Site1__0_5m_2023_L0_Coverage EPSG:4326 CRS:84 130.69340112300006 130.7029398640001 -12.321348090999948 -12.313228098999957 ausseabed:AHO_Reference_Surfaces_Darwin_Bathymetry__Site1__0_5m_2023_HS The Darwin Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 8 Jul 2020. This surface was created from a contracted national reference survey in Darwin NT, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2026 and R2Sonic 2024, and processed using QPS Qimera. Separate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.69338011054992 130.70296068342094 -12.321359988324133 -12.313215183118663 text/html ausseabed:AHO_Reference_Surfaces_Darwin_Bathymetry__Site1__0_5m_2023_OV The Darwin Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 8 Jul 2020. This surface was created from a contracted national reference survey in Darwin NT, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2026 and R2Sonic 2024, and processed using QPS Qimera. Separate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.69338011054992 130.70296068342094 -12.321359988324133 -12.313215183118663 text/html ausseabed:AHO_Reference_Surfaces_Darwin_Bathymetry__Site2__0_5m_2023 The Darwin Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 8 Jul 2020. This surface was created from a contracted national reference survey in Darwin NT, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2026 and R2Sonic 2024, and processed using QPS Qimera. Separate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149075 <br><a href="https://files.ausseabed.gov.au/survey/AHO-Reference-SurfaceDarwin-0.5m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32752 130.683927366697 130.69179395648263 -12.275904008754617 -12.268127287671582 text/html ausseabed:AHO_Reference_Surfaces_Darwin_Bathymetry__Site2__0_5m_2023_L0_Coverage features AHO_Reference_Surfaces_Darwin_Bathymetry__Site2__0_5m_2023_L0_Coverage EPSG:4326 CRS:84 130.68394918900003 130.6917725730001 -12.275880419999964 -12.268150180999953 ausseabed:AHO_Reference_Surfaces_Darwin_Bathymetry__Site2__0_5m_2023_HS The Darwin Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 8 Jul 2020. This surface was created from a contracted national reference survey in Darwin NT, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2026 and R2Sonic 2024, and processed using QPS Qimera. Separate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.683927366697 130.69179395648263 -12.275904008754617 -12.268127287671582 text/html ausseabed:AHO_Reference_Surfaces_Darwin_Bathymetry__Site2__0_5m_2023_OV The Darwin Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 8 Jul 2020. This surface was created from a contracted national reference survey in Darwin NT, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using R2Sonic 2026 and R2Sonic 2024, and processed using QPS Qimera. Separate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.683927366697 130.69179395648263 -12.275904008754617 -12.268127287671582 text/html ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__0_5-1m_2023 The Hobart Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 10 Oct to 8 Nov 2021. This surface was created from a contracted national reference survey in Hobart TAS, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Separate grids in 0.5m and 1m resolutions are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as 0.5m and 1m resolutions, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149126 <br><a href="https://files.ausseabed.gov.au/survey/AHO-ReferenceSurfaceHobart-0.5m-1m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.3513499243486 147.775109994968 -43.291712332600135 -42.88633103692546 text/html ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site1__0_5m__0_5-1m_2023_L0_Coverage features AHO_Reference_Surfaces_Hobart_Bathymetry__Site1__0_5m__0_5-1m_2023_L0_Coverage EPSG:4326 CRS:84 147.35134992400003 147.35750522700005 -42.89288863799993 -42.88836261399996 ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site1__0_5m__0_5-1m_2023_HS The Hobart Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 10 Oct to 8 Nov 2021. This surface was created from a contracted national reference survey in Hobart TAS, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Separate grids in 0.5m and 1m resolutions are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as 0.5m and 1m resolutions, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.3513499243486 147.35750522734264 -42.89288863762158 -42.88836261413663 text/html ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site1__0_5m__0_5-1m_2023_OV The Hobart Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 10 Oct to 8 Nov 2021. This surface was created from a contracted national reference survey in Hobart TAS, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Separate grids in 0.5m and 1m resolutions are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as 0.5m and 1m resolutions, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.3513499243486 147.35750522734264 -42.89288863762158 -42.88836261413663 text/html ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site2__1m__0_5-1m_2023_L0_Coverage features AHO_Reference_Surfaces_Hobart_Bathymetry__Site2__1m__0_5-1m_2023_L0_Coverage EPSG:4326 CRS:84 147.60956858100008 147.61577696200004 -43.17240298899998 -43.167858827999964 ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site2__1m__0_5-1m_2023_HS The Hobart Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 10 Oct to 8 Nov 2021. This surface was created from a contracted national reference survey in Hobart TAS, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Separate grids in 0.5m and 1m resolutions are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as 0.5m and 1m resolutions, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.60956858097776 147.615776961983 -43.17240298937101 -43.16785882755664 text/html ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site2__1m__0_5-1m_2023_OV The Hobart Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 10 Oct to 8 Nov 2021. This surface was created from a contracted national reference survey in Hobart TAS, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Separate grids in 0.5m and 1m resolutions are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as 0.5m and 1m resolutions, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.60956858097776 147.615776961983 -43.17240298937101 -43.16785882755664 text/html ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site3__1m__0_5-1m_2023_L0_Coverage features AHO_Reference_Surfaces_Hobart_Bathymetry__Site3__1m__0_5-1m_2023_L0_Coverage EPSG:4326 CRS:84 147.76887803700004 147.7751099950001 -43.28967451899996 -43.285121929999946 ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site3__1m__0_5-1m_2023_HS The Hobart Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 10 Oct to 8 Nov 2021. This surface was created from a contracted national reference survey in Hobart TAS, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Separate grids in 0.5m and 1m resolutions are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as 0.5m and 1m resolutions, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.7688780368647 147.775109994968 -43.2896745189501 -43.2851219299199 text/html ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site3__1m__0_5-1m_2023_OV The Hobart Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 10 Oct to 8 Nov 2021. This surface was created from a contracted national reference survey in Hobart TAS, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Separate grids in 0.5m and 1m resolutions are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as 0.5m and 1m resolutions, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.7688780368647 147.775109994968 -43.2896745189501 -43.2851219299199 text/html ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site1__0_5m__0_5-1m_2023 The Hobart Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 10 Oct to 8 Nov 2021. This surface was created from a contracted national reference survey in Hobart TAS, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Separate grids in 0.5m and 1m resolutions are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as 0.5m and 1m resolutions, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149126 <br><a href="https://files.ausseabed.gov.au/survey/AHO-ReferenceSurfaceHobart-0.5m-1m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.3513499243486 147.35750522734264 -42.89288863762158 -42.88836261413663 text/html ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site1__0_5m__0_5-1m_2023_L0_Coverage features AHO_Reference_Surfaces_Hobart_Bathymetry__Site1__0_5m__0_5-1m_2023_L0_Coverage EPSG:4326 CRS:84 147.35134992400003 147.35750522700005 -42.89288863799993 -42.88836261399996 ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site1__0_5m__0_5-1m_2023_HS The Hobart Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 10 Oct to 8 Nov 2021. This surface was created from a contracted national reference survey in Hobart TAS, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Separate grids in 0.5m and 1m resolutions are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as 0.5m and 1m resolutions, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.3513499243486 147.35750522734264 -42.89288863762158 -42.88836261413663 text/html ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site1__0_5m__0_5-1m_2023_OV The Hobart Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 10 Oct to 8 Nov 2021. This surface was created from a contracted national reference survey in Hobart TAS, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Separate grids in 0.5m and 1m resolutions are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as 0.5m and 1m resolutions, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.3513499243486 147.35750522734264 -42.89288863762158 -42.88836261413663 text/html ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site2__1m__0_5-1m_2023 The Hobart Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 10 Oct to 8 Nov 2021. This surface was created from a contracted national reference survey in Hobart TAS, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Separate grids in 0.5m and 1m resolutions are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as 0.5m and 1m resolutions, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149126 <br><a href="https://files.ausseabed.gov.au/survey/AHO-ReferenceSurfaceHobart-0.5m-1m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.60956858097776 147.615776961983 -43.17240298937101 -43.16785882755664 text/html ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site2__1m__0_5-1m_2023_L0_Coverage features AHO_Reference_Surfaces_Hobart_Bathymetry__Site2__1m__0_5-1m_2023_L0_Coverage EPSG:4326 CRS:84 147.60956858100008 147.61577696200004 -43.17240298899998 -43.167858827999964 ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site2__1m__0_5-1m_2023_HS The Hobart Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 10 Oct to 8 Nov 2021. This surface was created from a contracted national reference survey in Hobart TAS, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Separate grids in 0.5m and 1m resolutions are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as 0.5m and 1m resolutions, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.60956858097776 147.615776961983 -43.17240298937101 -43.16785882755664 text/html ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site2__1m__0_5-1m_2023_OV The Hobart Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 10 Oct to 8 Nov 2021. This surface was created from a contracted national reference survey in Hobart TAS, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Separate grids in 0.5m and 1m resolutions are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as 0.5m and 1m resolutions, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.60956858097776 147.615776961983 -43.17240298937101 -43.16785882755664 text/html ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site3__1m__0_5-1m_2023 The Hobart Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 10 Oct to 8 Nov 2021. This surface was created from a contracted national reference survey in Hobart TAS, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Separate grids in 0.5m and 1m resolutions are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as 0.5m and 1m resolutions, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149126 <br><a href="https://files.ausseabed.gov.au/survey/AHO-ReferenceSurfaceHobart-0.5m-1m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.7688780368647 147.775109994968 -43.2896745189501 -43.2851219299199 text/html ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site3__1m__0_5-1m_2023_L0_Coverage features AHO_Reference_Surfaces_Hobart_Bathymetry__Site3__1m__0_5-1m_2023_L0_Coverage EPSG:4326 CRS:84 147.76887803700004 147.7751099950001 -43.28967451899996 -43.285121929999946 ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site3__1m__0_5-1m_2023_HS The Hobart Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 10 Oct to 8 Nov 2021. This surface was created from a contracted national reference survey in Hobart TAS, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Separate grids in 0.5m and 1m resolutions are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as 0.5m and 1m resolutions, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.7688780368647 147.775109994968 -43.2896745189501 -43.2851219299199 text/html ausseabed:AHO_Reference_Surfaces_Hobart_Bathymetry__Site3__1m__0_5-1m_2023_OV The Hobart Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 10 Oct to 8 Nov 2021. This surface was created from a contracted national reference survey in Hobart TAS, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Separate grids in 0.5m and 1m resolutions are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as 0.5m and 1m resolutions, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.7688780368647 147.775109994968 -43.2896745189501 -43.2851219299199 text/html ausseabed:AHO_Reference_Surfaces_Lombadina_Point_Bathymetry_0_5m_2023 The Lombadina Point Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 28 Nov 2022. This surface was created from a contracted national reference survey at Lombadia Point WA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040P MKII, and processed using QPS Qimera and Caris HIPS & SIPS. A grid in 0.5m resolution is provided for the surveyed site within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. Temporarily removed from External publication 9/01/2024 on request of N. Lennard. <br>https://pid.geoscience.gov.au/dataset/ga/149073 <br><a href="https://files.ausseabed.gov.au/survey/AHO-ReferenceSurfaceLombadina-Point-0.5m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32751 122.74186771455095 122.74850065422338 -16.50057523478952 -16.494171434776085 text/html ausseabed:AHO_Reference_Surfaces_Lombadina_Point_Bathymetry__0_5m_2023_L0_Coverage features AHO_Reference_Surfaces_Lombadina_Point_Bathymetry__0_5m_2023_L0_Coverage EPSG:4326 CRS:84 122.74187182100002 122.74849666600005 -16.500571355999966 -16.494175369999937 ausseabed:AHO_Reference_Surfaces_Lombadina_Point_Bathymetry__0_5m_2023_HS The Lombadina Point Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 28 Nov 2022. This surface was created from a contracted national reference survey at Lombadia Point WA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040P MKII, and processed using QPS Qimera and Caris HIPS & SIPS. A grid in 0.5m resolution is provided for the surveyed site within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. Temporarily removed from External publication 9/01/2024 on request of N. Lennard. EPSG:32751 CRS:84 122.74186771455095 122.74850065422338 -16.50057523478952 -16.494171434776085 text/html ausseabed:AHO_Reference_Surfaces_Lombadina_Point_Bathymetry__0_5m_2023_OV The Lombadina Point Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 28 Nov 2022. This surface was created from a contracted national reference survey at Lombadia Point WA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040P MKII, and processed using QPS Qimera and Caris HIPS & SIPS. A grid in 0.5m resolution is provided for the surveyed site within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. Temporarily removed from External publication 9/01/2024 on request of N. Lennard. EPSG:32751 CRS:84 122.74186771455095 122.74850065422338 -16.50057523478952 -16.494171434776085 text/html ausseabed:AHO_Reference_Surfaces_Rottnest_Bathymetry__0_5-2m_2023 The Rottnest Reference Surface was created from a bathymetry survey acquired for the Australian Hydrographic Office (AHO) on 11 December 2022. This surface was created from a contracted national reference survey adjacent to Rottnest Island, WA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, using a Kongsberg EM2040P and processed using Caris HIPS & SIPS. Separate grids in 0.5m and 2m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datums. The datasets were exported as 0.5m and 2m resolution, 32-bit floating point GeoTIFF grids. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149392 <br><a href="https://files.ausseabed.gov.au/survey/AHO-ReferenceSurfaceRottnest-0.5m-2m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32750 115.30760046974547 115.6372061087904 -32.104886358236826 -31.95724976488107 text/html ausseabed:AHO_Reference_Surfaces_Rottnest_Bathymetry__Site1__0_5m__0_5-2m_2023_L0_Coverage features AHO_Reference_Surfaces_Rottnest_Bathymetry__Site1__0_5m__0_5-2m_2023_L0_Coverage EPSG:4326 CRS:84 115.63184410300005 115.63720610900009 -31.965695317999973 -31.961124198999983 ausseabed:AHO_Reference_Surfaces_Rottnest_Bathymetry__Site1__0_5m__0_5-2m_2023_HS The Rottnest Reference Surface was created from a bathymetry survey acquired for the Australian Hydrographic Office (AHO) on 11 December 2022. This surface was created from a contracted national reference survey adjacent to Rottnest Island, WA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, using a Kongsberg EM2040P and processed using Caris HIPS & SIPS. Separate grids in 0.5m and 2m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datums. The datasets were exported as 0.5m and 2m resolution, 32-bit floating point GeoTIFF grids. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.63184410267581 115.6372061087904 -31.96569531843144 -31.961124199079112 text/html ausseabed:AHO_Reference_Surfaces_Rottnest_Bathymetry__Site1__0_5m__0_5-2m_2023_OV The Rottnest Reference Surface was created from a bathymetry survey acquired for the Australian Hydrographic Office (AHO) on 11 December 2022. This surface was created from a contracted national reference survey adjacent to Rottnest Island, WA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, using a Kongsberg EM2040P and processed using Caris HIPS & SIPS. Separate grids in 0.5m and 2m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datums. The datasets were exported as 0.5m and 2m resolution, 32-bit floating point GeoTIFF grids. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.63184410267581 115.6372061087904 -31.96569531843144 -31.961124199079112 text/html ausseabed:AHO_Reference_Surfaces_Rottnest_Bathymetry__Site2__2m__0_5-2m_2023_L0_Coverage features AHO_Reference_Surfaces_Rottnest_Bathymetry__Site2__2m__0_5-2m_2023_L0_Coverage EPSG:4326 CRS:84 115.30760047000001 115.318402805 -32.101074807999964 -32.09187929799998 ausseabed:AHO_Reference_Surfaces_Rottnest_Bathymetry__Site2__2m__0_5-2m_2023_HS The Rottnest Reference Surface was created from a bathymetry survey acquired for the Australian Hydrographic Office (AHO) on 11 December 2022. This surface was created from a contracted national reference survey adjacent to Rottnest Island, WA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, using a Kongsberg EM2040P and processed using Caris HIPS & SIPS. Separate grids in 0.5m and 2m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datums. The datasets were exported as 0.5m and 2m resolution, 32-bit floating point GeoTIFF grids. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.30760046974547 115.31840280503009 -32.10107480821599 -32.09187929812123 text/html ausseabed:AHO_Reference_Surfaces_Rottnest_Bathymetry__Site2__2m__0_5-2m_2023_OV The Rottnest Reference Surface was created from a bathymetry survey acquired for the Australian Hydrographic Office (AHO) on 11 December 2022. This surface was created from a contracted national reference survey adjacent to Rottnest Island, WA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, using a Kongsberg EM2040P and processed using Caris HIPS & SIPS. Separate grids in 0.5m and 2m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datums. The datasets were exported as 0.5m and 2m resolution, 32-bit floating point GeoTIFF grids. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.30760046974547 115.31840280503009 -32.10107480821599 -32.09187929812123 text/html ausseabed:AHO_Reference_Surfaces_Rottnest_Bathymetry__Site1__0_5m__0_5-2m_2023 The Rottnest Reference Surface was created from a bathymetry survey acquired for the Australian Hydrographic Office (AHO) on 11 December 2022. This surface was created from a contracted national reference survey adjacent to Rottnest Island, WA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, using a Kongsberg EM2040P and processed using Caris HIPS & SIPS. Separate grids in 0.5m and 2m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datums. The datasets were exported as 0.5m and 2m resolution, 32-bit floating point GeoTIFF grids. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149392 <br><a href="https://files.ausseabed.gov.au/survey/AHO-ReferenceSurfaceRottnest-0.5m-2m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32750 115.63184410267581 115.6372061087904 -31.96569531843144 -31.961124199079112 text/html ausseabed:AHO_Reference_Surfaces_Rottnest_Bathymetry__Site1__0_5m__0_5-2m_2023_L0_Coverage features AHO_Reference_Surfaces_Rottnest_Bathymetry__Site1__0_5m__0_5-2m_2023_L0_Coverage EPSG:4326 CRS:84 115.63184410300005 115.63720610900009 -31.965695317999973 -31.961124198999983 ausseabed:AHO_Reference_Surfaces_Rottnest_Bathymetry__Site1__0_5m__0_5-2m_2023_HS The Rottnest Reference Surface was created from a bathymetry survey acquired for the Australian Hydrographic Office (AHO) on 11 December 2022. This surface was created from a contracted national reference survey adjacent to Rottnest Island, WA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, using a Kongsberg EM2040P and processed using Caris HIPS & SIPS. Separate grids in 0.5m and 2m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datums. The datasets were exported as 0.5m and 2m resolution, 32-bit floating point GeoTIFF grids. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.63184410267581 115.6372061087904 -31.96569531843144 -31.961124199079112 text/html ausseabed:AHO_Reference_Surfaces_Rottnest_Bathymetry__Site1__0_5m__0_5-2m_2023_OV The Rottnest Reference Surface was created from a bathymetry survey acquired for the Australian Hydrographic Office (AHO) on 11 December 2022. This surface was created from a contracted national reference survey adjacent to Rottnest Island, WA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, using a Kongsberg EM2040P and processed using Caris HIPS & SIPS. Separate grids in 0.5m and 2m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datums. The datasets were exported as 0.5m and 2m resolution, 32-bit floating point GeoTIFF grids. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.63184410267581 115.6372061087904 -31.96569531843144 -31.961124199079112 text/html ausseabed:AHO_Reference_Surfaces_Rottnest_Bathymetry__Site2__2m__0_5-2m_2023 The Rottnest Reference Surface was created from a bathymetry survey acquired for the Australian Hydrographic Office (AHO) on 11 December 2022. This surface was created from a contracted national reference survey adjacent to Rottnest Island, WA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, using a Kongsberg EM2040P and processed using Caris HIPS & SIPS. Separate grids in 0.5m and 2m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datums. The datasets were exported as 0.5m and 2m resolution, 32-bit floating point GeoTIFF grids. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149392 <br><a href="https://files.ausseabed.gov.au/survey/AHO-ReferenceSurfaceRottnest-0.5m-2m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32750 115.30760046974547 115.31840280503009 -32.10107480821599 -32.09187929812123 text/html ausseabed:AHO_Reference_Surfaces_Rottnest_Bathymetry__Site2__2m__0_5-2m_2023_L0_Coverage features AHO_Reference_Surfaces_Rottnest_Bathymetry__Site2__2m__0_5-2m_2023_L0_Coverage EPSG:4326 CRS:84 115.30760047000001 115.318402805 -32.101074807999964 -32.09187929799998 ausseabed:AHO_Reference_Surfaces_Rottnest_Bathymetry__Site2__2m__0_5-2m_2023_HS The Rottnest Reference Surface was created from a bathymetry survey acquired for the Australian Hydrographic Office (AHO) on 11 December 2022. This surface was created from a contracted national reference survey adjacent to Rottnest Island, WA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, using a Kongsberg EM2040P and processed using Caris HIPS & SIPS. Separate grids in 0.5m and 2m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datums. The datasets were exported as 0.5m and 2m resolution, 32-bit floating point GeoTIFF grids. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.30760046974547 115.31840280503009 -32.10107480821599 -32.09187929812123 text/html ausseabed:AHO_Reference_Surfaces_Rottnest_Bathymetry__Site2__2m__0_5-2m_2023_OV The Rottnest Reference Surface was created from a bathymetry survey acquired for the Australian Hydrographic Office (AHO) on 11 December 2022. This surface was created from a contracted national reference survey adjacent to Rottnest Island, WA, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, using a Kongsberg EM2040P and processed using Caris HIPS & SIPS. Separate grids in 0.5m and 2m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datums. The datasets were exported as 0.5m and 2m resolution, 32-bit floating point GeoTIFF grids. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.30760046974547 115.31840280503009 -32.10107480821599 -32.09187929812123 text/html ausseabed:AHO_Reference_Surfaces_Torres_Strait_Bathymetry_0_5m_2023 The Torres Strait Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 12 Dec 2021. This surface was created from a contracted national reference survey between Goods Island and Goods Island cardinal mark, and Tuesday Island and the Herald Patches QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Seperate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149077 <br><a href="https://files.ausseabed.gov.au/survey/AHO-Reference-SurfaceTorresStrait-0.5m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32754 142.0945286702965 142.36271998573173 -10.578948086336217 -10.512207166519087 text/html ausseabed:AHO_Reference_Surfaces_Torres_Strait_Bathymetry__Site2__0_5m_2023_L0_Coverage features AHO_Reference_Surfaces_Torres_Strait_Bathymetry__Site2__0_5m_2023_L0_Coverage EPSG:4326 CRS:84 142.35538038000004 142.36243969600002 -10.518000121999933 -10.512231225999926 ausseabed:AHO_Reference_Surfaces_Torres_Strait_Bathymetry__Site2__0_5m_2023_HS The Torres Strait Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 12 Dec 2021. This surface was created from a contracted national reference survey between Goods Island and Goods Island cardinal mark, and Tuesday Island and the Herald Patches QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Seperate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32754 CRS:84 142.35536385148328 142.362456353821 -10.51802414980124 -10.512207166519087 text/html ausseabed:AHO_Reference_Surfaces_Torres_Strait_Bathymetry__Site2__0_5m_2023_OV The Torres Strait Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 12 Dec 2021. This surface was created from a contracted national reference survey between Goods Island and Goods Island cardinal mark, and Tuesday Island and the Herald Patches QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Seperate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32754 CRS:84 142.35536385148328 142.362456353821 -10.51802414980124 -10.512207166519087 text/html ausseabed:AHO_Reference_Surfaces_Torres_Strait_Bathymetry__Site1__0_5m_2023_L0_Coverage features AHO_Reference_Surfaces_Torres_Strait_Bathymetry__Site1__0_5m_2023_L0_Coverage EPSG:4326 CRS:84 142.09476303700012 142.10027188800007 -10.578948022999953 -10.574380492999978 ausseabed:AHO_Reference_Surfaces_Torres_Strait_Bathymetry__Site1__0_5m_2023_HS The Torres Strait Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 12 Dec 2021. This surface was created from a contracted national reference survey between Goods Island and Goods Island cardinal mark, and Tuesday Island and the Herald Patches QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Seperate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32754 CRS:84 142.09474475884753 142.10027195267608 -10.578948086336217 -10.574380493180056 text/html ausseabed:AHO_Reference_Surfaces_Torres_Strait_Bathymetry__Site1__0_5m_2023_OV The Torres Strait Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 12 Dec 2021. This surface was created from a contracted national reference survey between Goods Island and Goods Island cardinal mark, and Tuesday Island and the Herald Patches QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Seperate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32754 CRS:84 142.09474475884753 142.10027195267608 -10.578948086336217 -10.574380493180056 text/html ausseabed:AHO_Reference_Surfaces_Torres_Strait_Bathymetry__Site1__0_5m_2023 The Torres Strait Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 12 Dec 2021. This surface was created from a contracted national reference survey between Goods Island and Goods Island cardinal mark, and Tuesday Island and the Herald Patches QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Seperate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149077 <br><a href="https://files.ausseabed.gov.au/survey/AHO-Reference-SurfaceTorresStrait-0.5m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32754 142.09474475884753 142.10027195267608 -10.578948086336217 -10.574380493180056 text/html ausseabed:AHO_Reference_Surfaces_Torres_Strait_Bathymetry__Site1__0_5m_2023_L0_Coverage features AHO_Reference_Surfaces_Torres_Strait_Bathymetry__Site1__0_5m_2023_L0_Coverage EPSG:4326 CRS:84 142.09476303700012 142.10027188800007 -10.578948022999953 -10.574380492999978 ausseabed:AHO_Reference_Surfaces_Torres_Strait_Bathymetry__Site1__0_5m_2023_HS The Torres Strait Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 12 Dec 2021. This surface was created from a contracted national reference survey between Goods Island and Goods Island cardinal mark, and Tuesday Island and the Herald Patches QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Seperate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32754 CRS:84 142.09474475884753 142.10027195267608 -10.578948086336217 -10.574380493180056 text/html ausseabed:AHO_Reference_Surfaces_Torres_Strait_Bathymetry__Site1__0_5m_2023_OV The Torres Strait Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 12 Dec 2021. This surface was created from a contracted national reference survey between Goods Island and Goods Island cardinal mark, and Tuesday Island and the Herald Patches QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Seperate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32754 CRS:84 142.09474475884753 142.10027195267608 -10.578948086336217 -10.574380493180056 text/html ausseabed:AHO_Reference_Surfaces_Torres_Strait_Bathymetry__Site2__0_5m_2023 The Torres Strait Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 12 Dec 2021. This surface was created from a contracted national reference survey between Goods Island and Goods Island cardinal mark, and Tuesday Island and the Herald Patches QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Seperate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149077 <br><a href="https://files.ausseabed.gov.au/survey/AHO-Reference-SurfaceTorresStrait-0.5m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32754 142.35536385148328 142.362456353821 -10.51802414980124 -10.512207166519087 text/html ausseabed:AHO_Reference_Surfaces_Torres_Strait_Bathymetry__Site2__0_5m_2023_L0_Coverage features AHO_Reference_Surfaces_Torres_Strait_Bathymetry__Site2__0_5m_2023_L0_Coverage EPSG:4326 CRS:84 142.35538038000004 142.36243969600002 -10.518000121999933 -10.512231225999926 ausseabed:AHO_Reference_Surfaces_Torres_Strait_Bathymetry__Site2__0_5m_2023_HS The Torres Strait Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 12 Dec 2021. This surface was created from a contracted national reference survey between Goods Island and Goods Island cardinal mark, and Tuesday Island and the Herald Patches QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Seperate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32754 CRS:84 142.35536385148328 142.362456353821 -10.51802414980124 -10.512207166519087 text/html ausseabed:AHO_Reference_Surfaces_Torres_Strait_Bathymetry__Site2__0_5m_2023_OV The Torres Strait Reference Surfaces bathymetry survey was acquired for the Australian Hydrographic Office (AHO) on 12 Dec 2021. This surface was created from a contracted national reference survey between Goods Island and Goods Island cardinal mark, and Tuesday Island and the Herald Patches QLD, collected for the purpose of calibrating multibeam echosounders. It was conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program, acquired using Kongsberg EM2040D, and processed using QPS Qimera. Seperate grids in 0.5m resolution are provided for the two surveyed sites within this survey area in MSL, LAT and Ellipsoid vertical datum. The dataset was then exported as a 0.5m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32754 CRS:84 142.35536385148328 142.362456353821 -10.51802414980124 -10.512207166519087 text/html ausseabed:Abbot_Point_to_Hydrographers_Passage__QLD_Bathymetry_30m_2020 The Abbot Point to Hydrographers Passage bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the RV Escape during the period 6 Oct 2020 – 16 Mar 2021. This was a contracted survey conducted for the Australian Hydrographic Office by iXblue Pty Ltd as part of the Hydroscheme Industry Partnership Program. The survey area encompases a section of Two-Way Route from Abbot Point through Hydrographers Passage QLD. Bathymetry data was acquired using a Kongsberg EM 2040, and processed using QPS QINSy. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149072 <br><a href="https://files.ausseabed.gov.au/survey/AbbotPointToHydrographersPassage-HIPP-SI-1007-Bathymetry-30m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 148.13296308038286 149.82406877370647 -20.8421231186799 -19.63705344198535 text/html ausseabed:Abbot_Point_to_Hydrographers_Passage__QLD_Bathymetry__HIPP_SI_1007__30m_2020_L0_Coverage features Abbot_Point_to_Hydrographers_Passage__QLD_Bathymetry__HIPP_SI_1007__30m_2020_L0_Coverage EPSG:4326 CRS:84 148.13353731000007 149.824068774 -20.84212311899995 -19.637324426999953 ausseabed:Abbot_Point_to_Hydrographers_Passage__QLD_Bathymetry__HIPP_SI_1007__30m_2020_HS The Abbot Point to Hydrographers Passage bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the RV Escape during the period 6 Oct 2020 – 16 Mar 2021. This was a contracted survey conducted for the Australian Hydrographic Office by iXblue Pty Ltd as part of the Hydroscheme Industry Partnership Program. The survey area encompases a section of Two-Way Route from Abbot Point through Hydrographers Passage QLD. Bathymetry data was acquired using a Kongsberg EM 2040, and processed using QPS QINSy. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 148.13296308038286 149.82406877370647 -20.8421231186799 -19.63705344198535 text/html ausseabed:Abbot_Point_to_Hydrographers_Passage__QLD_Bathymetry__HIPP_SI_1007__30m_2020_OV The Abbot Point to Hydrographers Passage bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the RV Escape during the period 6 Oct 2020 – 16 Mar 2021. This was a contracted survey conducted for the Australian Hydrographic Office by iXblue Pty Ltd as part of the Hydroscheme Industry Partnership Program. The survey area encompases a section of Two-Way Route from Abbot Point through Hydrographers Passage QLD. Bathymetry data was acquired using a Kongsberg EM 2040, and processed using QPS QINSy. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 148.13296308038286 149.82406877370647 -20.8421231186799 -19.63705344198535 text/html ausseabed:Adolphus_Channel_to_Great_North_East_Channel_Bathymetry_30m_2023 The Adolphus Channel to Great North East Channel bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 16 Nov 2023 – 8 Feb 2024. This was a contracted survey conducted for the Australian Hydrographic Office by PHS as part of the Hydroscheme Industry Partnership Program. Bathymetry data was acquired using a Kongsberg EM2040-07|Kongsberg 2040P MKII and processed using CARIS HIPS and SIPS software. The dataset was then exported as a 30m resolution, 32-bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150391 <br><a href="https://files.ausseabed.gov.au/survey/KangarooIsland+South+East-HIPP-SI-1023-Bathymetry-30m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:32754 142.34383373007694 142.87326379568012 -10.770845221941393 -10.251504280387055 text/html ausseabed:Adolphus_Channel_to_Great_North_East_Channel_Bathymetry__HIPP_SI_1028__30m_2023_L0_Coverage features Adolphus_Channel_to_Great_North_East_Channel_Bathymetry__HIPP_SI_1028__30m_2023_L0_Coverage EPSG:4326 CRS:84 142.34499220600003 142.87047282000003 -10.769163846999959 -10.252153224999972 ausseabed:Adolphus_Channel_to_Great_North_East_Channel_Bathymetry__HIPP_SI_1028__30m_2023_HS The Adolphus Channel to Great North East Channel bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 16 Nov 2023 – 8 Feb 2024. This was a contracted survey conducted for the Australian Hydrographic Office by PHS as part of the Hydroscheme Industry Partnership Program. Bathymetry data was acquired using a Kongsberg EM2040-07|Kongsberg 2040P MKII and processed using CARIS HIPS and SIPS software. The dataset was then exported as a 30m resolution, 32-bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32754 CRS:84 142.34383373007694 142.87326379568012 -10.770845221941393 -10.251504280387055 text/html ausseabed:Adolphus_Channel_to_Great_North_East_Channel_Bathymetry__HIPP_SI_1028__30m_2023_OV The Adolphus Channel to Great North East Channel bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 16 Nov 2023 – 8 Feb 2024. This was a contracted survey conducted for the Australian Hydrographic Office by PHS as part of the Hydroscheme Industry Partnership Program. Bathymetry data was acquired using a Kongsberg EM2040-07|Kongsberg 2040P MKII and processed using CARIS HIPS and SIPS software. The dataset was then exported as a 30m resolution, 32-bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:32754 CRS:84 142.34383373007694 142.87326379568012 -10.770845221941393 -10.251504280387055 text/html ausseabed:Antarctica__Davis_Base_Bathymetry_2m_2010 The Davis Coastal Seabed Mapping Survey, Antarctica (GA-4301 / AAS2201 / HI468) was acquired by the Australian Antarctic Division workboat Howard Burton during February-March 2010 as a component of Australian Antarctic Science (AAS) Project 2201 - Natural Variability and Human Induced Change on Antarctic Nearshore Marine Benthic Communities. The survey was undertaken as a collaboration between Geoscience Australia, the Australian Antarctic Division and the Australian Hydrographic Service (Royal Australian Navy). The objectives were to provide multibeam bathymetry and backscatter of the coastal region of the Vestfold Hills around Davis Station, Antarctica, to aid the understanding of sea bed character, benthic habitats, provide a basis for hydrodynamic modelling of water movement around Davis, and to update and extend the navigational charts of the region. <br>https://pid.geoscience.gov.au/dataset/ga/76729 <br><a href="https://files.ausseabed.gov.au/survey/DavisHarbourAntarctica-Bathymetry-2m-2010.zip" target="_blank">Download Bathymetry</a> EPSG:32743 77.7373223273288 78.12322123469941 -68.6795530241016 -68.50203973595417 text/html ausseabed:Antarctica__Davis_Base_Bathymetry__2m_2010_L0_Coverage features Antarctica__Davis_Base_Bathymetry__2m_2010_L0_Coverage EPSG:4326 CRS:84 77.74975094600006 78.09735320300007 -68.67670045199998 -68.50249499699999 ausseabed:Antarctica__Davis_Base_Bathymetry__2m_2010_HS The Davis Coastal Seabed Mapping Survey, Antarctica (GA-4301 / AAS2201 / HI468) was acquired by the Australian Antarctic Division workboat Howard Burton during February-March 2010 as a component of Australian Antarctic Science (AAS) Project 2201 - Natural Variability and Human Induced Change on Antarctic Nearshore Marine Benthic Communities. The survey was undertaken as a collaboration between Geoscience Australia, the Australian Antarctic Division and the Australian Hydrographic Service (Royal Australian Navy). The objectives were to provide multibeam bathymetry and backscatter of the coastal region of the Vestfold Hills around Davis Station, Antarctica, to aid the understanding of sea bed character, benthic habitats, provide a basis for hydrodynamic modelling of water movement around Davis, and to update and extend the navigational charts of the region. EPSG:32743 CRS:84 77.7373223273288 78.12322123469941 -68.6795530241016 -68.50203973595417 text/html ausseabed:Antarctica__Davis_Base_Bathymetry__2m_2010_OV The Davis Coastal Seabed Mapping Survey, Antarctica (GA-4301 / AAS2201 / HI468) was acquired by the Australian Antarctic Division workboat Howard Burton during February-March 2010 as a component of Australian Antarctic Science (AAS) Project 2201 - Natural Variability and Human Induced Change on Antarctic Nearshore Marine Benthic Communities. The survey was undertaken as a collaboration between Geoscience Australia, the Australian Antarctic Division and the Australian Hydrographic Service (Royal Australian Navy). The objectives were to provide multibeam bathymetry and backscatter of the coastal region of the Vestfold Hills around Davis Station, Antarctica, to aid the understanding of sea bed character, benthic habitats, provide a basis for hydrodynamic modelling of water movement around Davis, and to update and extend the navigational charts of the region. EPSG:32743 CRS:84 77.7373223273288 78.12322123469941 -68.6795530241016 -68.50203973595417 text/html ausseabed:Apollo_Marine_Park_-_Shallow_Waters_Bathymetry__5m_2024 This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Apollo Marine Park and was acquired between 24th Februarfy 2024 and the 5th March 2024. The SUBCO Subsea Cable Network (SSCN) comprises a trunk route between Perth (Western Australia) and Sydney (New South Wales) with branches to Garden Island (Western Australia), Adelaide (South Australia), and Torquay (Victoria). EGS Australia was contracted by OMS to supply hydrographic, geophysical, and geotechnical survey services, to provide data for engineering, construction, and subsequent maintenance of the SSCN Segment 2-C (BU TQW up to 206.3m WD). The primary purpose of the survey is to determine a viable and secure route for the cable system that is clear of excessive slopes (>6°), sea floor conditions that will adversely affect ploughing and burial of the cable, and obstacles such as rock outcrops, cable spans, existing cables, pipelines, shipwrecks etc. The SSCN Segment 2-C (BU TQW up to 206.3m WD) survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150687 <br><a href="https://files.ausseabed.gov.au/survey/20240001S-ApolloMarinePark-ShallowWaters-SSCN-SEGMENT-2-C.zip" target="_blank">Download Bathymetry</a> EPSG:4326 143.49774580542268 144.0110799401548 -39.374852192912385 -38.857507301911895 text/html ausseabed:Apollo_Marine_Park_-_Shallow_Waters_Bathymetry__5m_2024_L0_Coverage features Apollo_Marine_Park_-_Shallow_Waters_Bathymetry__5m_2024_L0_Coverage EPSG:4326 CRS:84 143.49774580542302 144.01107994015499 -39.3748521929124 -38.8575073019119 ausseabed:Apollo_Marine_Park_-_Shallow_Waters_Bathymetry__5m_2024_HS This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Apollo Marine Park and was acquired between 24th Februarfy 2024 and the 5th March 2024. The SUBCO Subsea Cable Network (SSCN) comprises a trunk route between Perth (Western Australia) and Sydney (New South Wales) with branches to Garden Island (Western Australia), Adelaide (South Australia), and Torquay (Victoria). EGS Australia was contracted by OMS to supply hydrographic, geophysical, and geotechnical survey services, to provide data for engineering, construction, and subsequent maintenance of the SSCN Segment 2-C (BU TQW up to 206.3m WD). The primary purpose of the survey is to determine a viable and secure route for the cable system that is clear of excessive slopes (>6°), sea floor conditions that will adversely affect ploughing and burial of the cable, and obstacles such as rock outcrops, cable spans, existing cables, pipelines, shipwrecks etc. The SSCN Segment 2-C (BU TQW up to 206.3m WD) survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 143.49774580542268 144.0110799401548 -39.374852192912385 -38.857507301911895 text/html ausseabed:Apollo_Marine_Park_-_Shallow_Waters_Bathymetry__5m_2024_OV This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Apollo Marine Park and was acquired between 24th Februarfy 2024 and the 5th March 2024. The SUBCO Subsea Cable Network (SSCN) comprises a trunk route between Perth (Western Australia) and Sydney (New South Wales) with branches to Garden Island (Western Australia), Adelaide (South Australia), and Torquay (Victoria). EGS Australia was contracted by OMS to supply hydrographic, geophysical, and geotechnical survey services, to provide data for engineering, construction, and subsequent maintenance of the SSCN Segment 2-C (BU TQW up to 206.3m WD). The primary purpose of the survey is to determine a viable and secure route for the cable system that is clear of excessive slopes (>6°), sea floor conditions that will adversely affect ploughing and burial of the cable, and obstacles such as rock outcrops, cable spans, existing cables, pipelines, shipwrecks etc. The SSCN Segment 2-C (BU TQW up to 206.3m WD) survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 143.49774580542268 144.0110799401548 -39.374852192912385 -38.857507301911895 text/html ausseabed:Apollo_Marine_Park_Bathymetry_2m_2021 The Apollo Marine Park bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the M/V Yolla during the period 07 January - 22 May 2021 using a Kongsberg EM2040C multibeam sonar system. The survey was completed as part of a contract with Parks Australia to map the shallow bathymetry in the Marine Park and an Our Marine Parks grant to extend the mapping within the park. The survey was led by Dr. Daniel Ierodiaconou (Deakin University). This dataset contains a 2m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147191 <br><a href="https://files.ausseabed.gov.au/survey/ApolloMarinePark-Bathymetry-2m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:32754 143.40465006470194 143.8485407939431 -39.08072890136189 -38.87438531716603 text/html ausseabed:Apollo_Marine_Park_Bathymetry__2m_2021_L0_Coverage features Apollo_Marine_Park_Bathymetry__2m_2021_L0_Coverage EPSG:4326 CRS:84 143.49107318400002 143.67225057500002 -39.06110046499998 -38.90338809699995 ausseabed:Apollo_Marine_Park_Bathymetry__2m_2021_HS The Apollo Marine Park bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the M/V Yolla during the period 07 January - 22 May 2021 using a Kongsberg EM2040C multibeam sonar system. The survey was completed as part of a contract with Parks Australia to map the shallow bathymetry in the Marine Park and an Our Marine Parks grant to extend the mapping within the park. The survey was led by Dr. Daniel Ierodiaconou (Deakin University). This dataset contains a 2m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:32754 CRS:84 143.40465006470194 143.8485407939431 -39.08072890136189 -38.87438531716603 text/html ausseabed:Apollo_Marine_Park_Bathymetry__2m_2021_OV The Apollo Marine Park bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the M/V Yolla during the period 07 January - 22 May 2021 using a Kongsberg EM2040C multibeam sonar system. The survey was completed as part of a contract with Parks Australia to map the shallow bathymetry in the Marine Park and an Our Marine Parks grant to extend the mapping within the park. The survey was led by Dr. Daniel Ierodiaconou (Deakin University). This dataset contains a 2m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:32754 CRS:84 143.40465006470194 143.8485407939431 -39.08072890136189 -38.87438531716603 text/html ausseabed:Approaches_to_Darwin__Beagle_Gulf_Bathymetry_30m_2020 The Approaches to Darwin bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Limitless during the period 9 July 2020 – 28 Aug 2021. This was a contracted survey conducted for the Australian Hydrographic Office by Precision Hydrographic Services as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Beagle Gulf, Northern Territory. Bathymetry data was acquired using a R2Sonic 2026 and a R2Sonic 2024 and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147100 <br><a href="https://files.ausseabed.gov.au/survey/ApproachesToDarwinBeagle-Gulf-HIPP-SI-1002-Bathymetry-30m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 130.41664512576207 130.71747754694823 -12.418650113453108 -12.096749894324436 text/html ausseabed:Approaches_to_Darwin__Beagle_Gulf_Bathymetry__HIPP_SI_1002__30m_2020_L0_Coverage features Approaches_to_Darwin__Beagle_Gulf_Bathymetry__HIPP_SI_1002__30m_2020_L0_Coverage EPSG:4326 CRS:84 130.41719660600006 130.71747754700004 -12.418107736999957 -12.097292269999969 ausseabed:Approaches_to_Darwin__Beagle_Gulf_Bathymetry__HIPP_SI_1002__30m_2020_HS The Approaches to Darwin bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Limitless during the period 9 July 2020 – 28 Aug 2021. This was a contracted survey conducted for the Australian Hydrographic Office by Precision Hydrographic Services as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Beagle Gulf, Northern Territory. Bathymetry data was acquired using a R2Sonic 2026 and a R2Sonic 2024 and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 130.41664512576207 130.71747754694823 -12.418650113453108 -12.096749894324436 text/html ausseabed:Approaches_to_Darwin__Beagle_Gulf_Bathymetry__HIPP_SI_1002__30m_2020_OV The Approaches to Darwin bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Limitless during the period 9 July 2020 – 28 Aug 2021. This was a contracted survey conducted for the Australian Hydrographic Office by Precision Hydrographic Services as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Beagle Gulf, Northern Territory. Bathymetry data was acquired using a R2Sonic 2026 and a R2Sonic 2024 and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 130.41664512576207 130.71747754694823 -12.418650113453108 -12.096749894324436 text/html ausseabed:Approaches_to_Moreton_Bay_Bathymetry_30m_2023 The Approaches to Moreton Bay bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 3 Sept 2023 – 16 Dec 2023. This was a contracted survey conducted for the Australian Hydrographic Office by Fugro Australia as part of the Hydroscheme Industry Partnership Program. Bathymetry data was acquired using a Kongsberg EM2040P, and processed using CARIS HIPS and SIPS software. The dataset was then exported as a 30m resolution, 32-bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150390 <br><a href="https://files.ausseabed.gov.au/survey/ApproachesToMoretonBay-HIPP-SI-1021-Bathymetry-30m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:4326 153.18732486539912 153.60180753749188 -26.946898325025906 -26.431355183469712 text/html ausseabed:Approaches_to_Moreton_Bay_Bathymetry__HIPP_SI_1021__30m__30m_2023_L0_Coverage features Approaches_to_Moreton_Bay_Bathymetry__HIPP_SI_1021__30m__30m_2023_L0_Coverage EPSG:4326 CRS:84 153.18759436000005 153.601807537 -26.94689832499995 -26.431355182999937 ausseabed:Approaches_to_Moreton_Bay_Bathymetry__HIPP_SI_1021__30m__30m_2023_HS The Approaches to Moreton Bay bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 3 Sept 2023 – 16 Dec 2023. This was a contracted survey conducted for the Australian Hydrographic Office by Fugro Australia as part of the Hydroscheme Industry Partnership Program. Bathymetry data was acquired using a Kongsberg EM2040P, and processed using CARIS HIPS and SIPS software. The dataset was then exported as a 30m resolution, 32-bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 153.18732486539912 153.60180753749188 -26.946898325025906 -26.431355183469712 text/html ausseabed:Approaches_to_Moreton_Bay_Bathymetry__HIPP_SI_1021__30m__30m_2023_OV The Approaches to Moreton Bay bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 3 Sept 2023 – 16 Dec 2023. This was a contracted survey conducted for the Australian Hydrographic Office by Fugro Australia as part of the Hydroscheme Industry Partnership Program. Bathymetry data was acquired using a Kongsberg EM2040P, and processed using CARIS HIPS and SIPS software. The dataset was then exported as a 30m resolution, 32-bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 153.18732486539912 153.60180753749188 -26.946898325025906 -26.431355183469712 text/html ausseabed:Approaches_to_Newcastle__NSW_Bathymetry_30m_2020 The Approaches to Newcastle bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Guardian during the period 4 Dec 2020 – 15 Jan 2021. This was a contracted survey conducted for the Australian Hydrographic Office by Guardian Geomatics as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area east of Approaches to Newcastle NSW. Bathymetry data was acquired using a Kongsberg EM 2040-07, and processed using Caris Hips & Sips processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149069 <br><a href="https://files.ausseabed.gov.au/survey/ApproachesToNewcastle-NSW-HIPP-SI-1001-Bathymetry-30m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 151.76412396076856 152.17645067617943 -33.06981530158457 -32.793852846303054 text/html ausseabed:Approaches_to_Newcastle__NSW_Bathymetry__HIPP_SI_1001__30m_2020_L0_Coverage Approaches_to_Newcastle__NSW_Bathymetry__HIPP_SI_1001__30m_2020_L0_Coverage features EPSG:4326 CRS:84 151.7641239610001 152.17645067600006 -33.06981530199994 -32.793852845999936 ausseabed:Approaches_to_Newcastle__NSW_Bathymetry__HIPP_SI_1001__30m_2020_HS The Approaches to Newcastle bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Guardian during the period 4 Dec 2020 – 15 Jan 2021. This was a contracted survey conducted for the Australian Hydrographic Office by Guardian Geomatics as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area east of Approaches to Newcastle NSW. Bathymetry data was acquired using a Kongsberg EM 2040-07, and processed using Caris Hips & Sips processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 151.76412396076856 152.17645067617943 -33.06981530158457 -32.793852846303054 text/html ausseabed:Approaches_to_Newcastle__NSW_Bathymetry__HIPP_SI_1001__30m_2020_OV The Approaches to Newcastle bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Guardian during the period 4 Dec 2020 – 15 Jan 2021. This was a contracted survey conducted for the Australian Hydrographic Office by Guardian Geomatics as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area east of Approaches to Newcastle NSW. Bathymetry data was acquired using a Kongsberg EM 2040-07, and processed using Caris Hips & Sips processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 151.76412396076856 152.17645067617943 -33.06981530158457 -32.793852846303054 text/html ausseabed:Arafura_Marine_Park_Bathymetry_6m_2020 This resource includes bathymetry data for Arafura Marine Park (Arafura Sea) collected by Geoscience Australia (GA) and the Australian Institute of Marine Science during the period 2 – 15 November 2020 on the RV Solander. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and AIMS. The purpose of the project was to build baseline information for benthic habitats in Arafura Marine Park that will support ongoing environmental monitoring within the North Marine Park Network as part of the 10-year management plan (2018-2028). Data acquisition for the project included multibeam bathymetry and backscatter for two areas (Money Shoal and Pillar Bank), seabed samples and underwater imagery of benthic communities and demersal fish. This bathymetry dataset contains a 6 m resolution 32-bit geotiff of the survey areas produced from the processed EM2040C Dual Head system using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Picard, K. Stowar, M., Roberts, N., Siwabessy, J., Abdul Wahab, M.A., Galaiduk, R., Miller, K., Nichol, S. 2021. Arafura Marine Park Post Survey Report. Report to the National Environmental Science Program, Marine Biodiversity Hub. <br>https://pid.geoscience.gov.au/dataset/ga/145179 <br><a href="https://files.ausseabed.gov.au/survey/ArafuraMarinePark-Bathymetry-6m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 130.73368281055207 133.550170720852 -12.478273032883243 -9.118537937664868 text/html ausseabed:Arafura_Marine_Park_Bathymetry__6m_2020_L0_Coverage features Arafura_Marine_Park_Bathymetry__6m_2020_L0_Coverage EPSG:4326 CRS:84 130.73432959800004 133.5501707210001 -12.478111335999927 -9.118537937999974 ausseabed:Arafura_Marine_Park_Bathymetry__6m_2020_HS This resource includes bathymetry data for Arafura Marine Park (Arafura Sea) collected by Geoscience Australia (GA) and the Australian Institute of Marine Science during the period 2 – 15 November 2020 on the RV Solander. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and AIMS. The purpose of the project was to build baseline information for benthic habitats in Arafura Marine Park that will support ongoing environmental monitoring within the North Marine Park Network as part of the 10-year management plan (2018-2028). Data acquisition for the project included multibeam bathymetry and backscatter for two areas (Money Shoal and Pillar Bank), seabed samples and underwater imagery of benthic communities and demersal fish. This bathymetry dataset contains a 6 m resolution 32-bit geotiff of the survey areas produced from the processed EM2040C Dual Head system using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Picard, K. Stowar, M., Roberts, N., Siwabessy, J., Abdul Wahab, M.A., Galaiduk, R., Miller, K., Nichol, S. 2021. Arafura Marine Park Post Survey Report. Report to the National Environmental Science Program, Marine Biodiversity Hub. EPSG:4326 CRS:84 130.73368281055207 133.550170720852 -12.478273032883243 -9.118537937664868 text/html ausseabed:Arafura_Marine_Park_Bathymetry__6m_2020_OV This resource includes bathymetry data for Arafura Marine Park (Arafura Sea) collected by Geoscience Australia (GA) and the Australian Institute of Marine Science during the period 2 – 15 November 2020 on the RV Solander. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and AIMS. The purpose of the project was to build baseline information for benthic habitats in Arafura Marine Park that will support ongoing environmental monitoring within the North Marine Park Network as part of the 10-year management plan (2018-2028). Data acquisition for the project included multibeam bathymetry and backscatter for two areas (Money Shoal and Pillar Bank), seabed samples and underwater imagery of benthic communities and demersal fish. This bathymetry dataset contains a 6 m resolution 32-bit geotiff of the survey areas produced from the processed EM2040C Dual Head system using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Picard, K. Stowar, M., Roberts, N., Siwabessy, J., Abdul Wahab, M.A., Galaiduk, R., Miller, K., Nichol, S. 2021. Arafura Marine Park Post Survey Report. Report to the National Environmental Science Program, Marine Biodiversity Hub. EPSG:4326 CRS:84 130.73368281055207 133.550170720852 -12.478273032883243 -9.118537937664868 text/html ausseabed:Arafura_Sea_Bathymetry_5-8m_2005 Multibeam echosounder data collected on Southern Surveyor voyage 05/2005 using the Simrad EM300 multibeam echosounder to acquire high resolution seafloor bathymetry and backscatter information. This voyage took place off Arafura Sea during April and May 2005. Ping rate varied according to depth. Data are stored in Simrad *.all raw format at CMAR and Geoscience Australia (GA). There are 454 files totalling 16.1 GB of raw data in this dataset. Additional information regarding this dataset is contained in the cruise report for this voyage and/or the data processing report (as available). <br>https://pid.geoscience.gov.au/dataset/ga/146066 <br><a href="https://files.ausseabed.gov.au/survey/ArafuraSea-Bathymetry-5m-8m-2005.zip" target="_blank">Download Bathymetry</a> EPSG:4326 130.71212773530968 135.4249592103859 -12.480137037097792 -8.972983912178982 text/html ausseabed:Arafura_Sea_Bathymetry__5m___5-8m_2005_L0_Coverage features Arafura_Sea_Bathymetry__5m___5-8m_2005_L0_Coverage EPSG:4326 CRS:84 130.71441843900004 135.4249592100001 -12.479687878999925 -9.655519372999947 ausseabed:Arafura_Sea_Bathymetry__5m___5-8m_2005_HS Multibeam echosounder data collected on Southern Surveyor voyage 05/2005 using the Simrad EM300 multibeam echosounder to acquire high resolution seafloor bathymetry and backscatter information. This voyage took place off Arafura Sea during April and May 2005. Ping rate varied according to depth. Data are stored in Simrad *.all raw format at CMAR and Geoscience Australia (GA). There are 454 files totalling 16.1 GB of raw data in this dataset. Additional information regarding this dataset is contained in the cruise report for this voyage and/or the data processing report (as available). EPSG:4326 CRS:84 130.71212773530968 135.4249592103859 -12.480137037097792 -9.655519373476574 text/html ausseabed:Arafura_Sea_Bathymetry__5m___5-8m_2005_OV Multibeam echosounder data collected on Southern Surveyor voyage 05/2005 using the Simrad EM300 multibeam echosounder to acquire high resolution seafloor bathymetry and backscatter information. This voyage took place off Arafura Sea during April and May 2005. Ping rate varied according to depth. Data are stored in Simrad *.all raw format at CMAR and Geoscience Australia (GA). There are 454 files totalling 16.1 GB of raw data in this dataset. Additional information regarding this dataset is contained in the cruise report for this voyage and/or the data processing report (as available). EPSG:4326 CRS:84 130.71212773530968 135.4249592103859 -12.480137037097792 -9.655519373476574 text/html ausseabed:Arafura_Sea_Bathymetry__8m___5-8m_2005_L0_Coverage features Arafura_Sea_Bathymetry__8m___5-8m_2005_L0_Coverage EPSG:4326 CRS:84 133.05066250700008 135.07826790100012 -9.788151133999975 -8.972983911999961 ausseabed:Arafura_Sea_Bathymetry__8m___5-8m_2005_HS Multibeam echosounder data collected on Southern Surveyor voyage 05/2005 using the Simrad EM300 multibeam echosounder to acquire high resolution seafloor bathymetry and backscatter information. This voyage took place off Arafura Sea during April and May 2005. Ping rate varied according to depth. Data are stored in Simrad *.all raw format at CMAR and Geoscience Australia (GA). There are 454 files totalling 16.1 GB of raw data in this dataset. Additional information regarding this dataset is contained in the cruise report for this voyage and/or the data processing report (as available). EPSG:4326 CRS:84 133.05066250711738 135.07826790120924 -9.788726055382238 -8.972983912178982 text/html ausseabed:Arafura_Sea_Bathymetry__8m___5-8m_2005_OV Multibeam echosounder data collected on Southern Surveyor voyage 05/2005 using the Simrad EM300 multibeam echosounder to acquire high resolution seafloor bathymetry and backscatter information. This voyage took place off Arafura Sea during April and May 2005. Ping rate varied according to depth. Data are stored in Simrad *.all raw format at CMAR and Geoscience Australia (GA). There are 454 files totalling 16.1 GB of raw data in this dataset. Additional information regarding this dataset is contained in the cruise report for this voyage and/or the data processing report (as available). EPSG:4326 CRS:84 133.05066250711738 135.07826790120924 -9.788726055382238 -8.972983912178982 text/html ausseabed:Arafura_Sea_Bathymetry__5m___5-8m_2005 Multibeam echosounder data collected on Southern Surveyor voyage 05/2005 using the Simrad EM300 multibeam echosounder to acquire high resolution seafloor bathymetry and backscatter information. This voyage took place off Arafura Sea during April and May 2005. Ping rate varied according to depth. Data are stored in Simrad *.all raw format at CMAR and Geoscience Australia (GA). There are 454 files totalling 16.1 GB of raw data in this dataset. Additional information regarding this dataset is contained in the cruise report for this voyage and/or the data processing report (as available). <br>https://pid.geoscience.gov.au/dataset/ga/146066 <br><a href="https://files.ausseabed.gov.au/survey/ArafuraSea-Bathymetry-5m-8m-2005.zip" target="_blank">Download Bathymetry</a> EPSG:4326 130.71212773530968 135.4249592103859 -12.480137037097792 -9.655519373476574 text/html ausseabed:Arafura_Sea_Bathymetry__5m___5-8m_2005_L0_Coverage features Arafura_Sea_Bathymetry__5m___5-8m_2005_L0_Coverage EPSG:4326 CRS:84 130.71441843900004 135.4249592100001 -12.479687878999925 -9.655519372999947 ausseabed:Arafura_Sea_Bathymetry__5m___5-8m_2005_HS Multibeam echosounder data collected on Southern Surveyor voyage 05/2005 using the Simrad EM300 multibeam echosounder to acquire high resolution seafloor bathymetry and backscatter information. This voyage took place off Arafura Sea during April and May 2005. Ping rate varied according to depth. Data are stored in Simrad *.all raw format at CMAR and Geoscience Australia (GA). There are 454 files totalling 16.1 GB of raw data in this dataset. Additional information regarding this dataset is contained in the cruise report for this voyage and/or the data processing report (as available). EPSG:4326 CRS:84 130.71212773530968 135.4249592103859 -12.480137037097792 -9.655519373476574 text/html ausseabed:Arafura_Sea_Bathymetry__5m___5-8m_2005_OV Multibeam echosounder data collected on Southern Surveyor voyage 05/2005 using the Simrad EM300 multibeam echosounder to acquire high resolution seafloor bathymetry and backscatter information. This voyage took place off Arafura Sea during April and May 2005. Ping rate varied according to depth. Data are stored in Simrad *.all raw format at CMAR and Geoscience Australia (GA). There are 454 files totalling 16.1 GB of raw data in this dataset. Additional information regarding this dataset is contained in the cruise report for this voyage and/or the data processing report (as available). EPSG:4326 CRS:84 130.71212773530968 135.4249592103859 -12.480137037097792 -9.655519373476574 text/html ausseabed:Arafura_Sea_Bathymetry__8m___5-8m_2005 Multibeam echosounder data collected on Southern Surveyor voyage 05/2005 using the Simrad EM300 multibeam echosounder to acquire high resolution seafloor bathymetry and backscatter information. This voyage took place off Arafura Sea during April and May 2005. Ping rate varied according to depth. Data are stored in Simrad *.all raw format at CMAR and Geoscience Australia (GA). There are 454 files totalling 16.1 GB of raw data in this dataset. Additional information regarding this dataset is contained in the cruise report for this voyage and/or the data processing report (as available). <br>https://pid.geoscience.gov.au/dataset/ga/146066 <br><a href="https://files.ausseabed.gov.au/survey/ArafuraSea-Bathymetry-5m-8m-2005.zip" target="_blank">Download Bathymetry</a> EPSG:4326 133.05066250711738 135.07826790120924 -9.788726055382238 -8.972983912178982 text/html ausseabed:Arafura_Sea_Bathymetry__8m___5-8m_2005_L0_Coverage features Arafura_Sea_Bathymetry__8m___5-8m_2005_L0_Coverage EPSG:4326 CRS:84 133.05066250700008 135.07826790100012 -9.788151133999975 -8.972983911999961 ausseabed:Arafura_Sea_Bathymetry__8m___5-8m_2005_HS Multibeam echosounder data collected on Southern Surveyor voyage 05/2005 using the Simrad EM300 multibeam echosounder to acquire high resolution seafloor bathymetry and backscatter information. This voyage took place off Arafura Sea during April and May 2005. Ping rate varied according to depth. Data are stored in Simrad *.all raw format at CMAR and Geoscience Australia (GA). There are 454 files totalling 16.1 GB of raw data in this dataset. Additional information regarding this dataset is contained in the cruise report for this voyage and/or the data processing report (as available). EPSG:4326 CRS:84 133.05066250711738 135.07826790120924 -9.788726055382238 -8.972983912178982 text/html ausseabed:Arafura_Sea_Bathymetry__8m___5-8m_2005_OV Multibeam echosounder data collected on Southern Surveyor voyage 05/2005 using the Simrad EM300 multibeam echosounder to acquire high resolution seafloor bathymetry and backscatter information. This voyage took place off Arafura Sea during April and May 2005. Ping rate varied according to depth. Data are stored in Simrad *.all raw format at CMAR and Geoscience Australia (GA). There are 454 files totalling 16.1 GB of raw data in this dataset. Additional information regarding this dataset is contained in the cruise report for this voyage and/or the data processing report (as available). EPSG:4326 CRS:84 133.05066250711738 135.07826790120924 -9.788726055382238 -8.972983912178982 text/html ausseabed:Ashmore_Reef_Marine_Park_Bathymetry__16m_2021 This resource includes bathymetry data acquired during the Ashmore Reef Marine Park survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Ashmore Reef Marine Park bathymetry survey (GA4870/FK210409), also known as the Australian Mesophotic Coral Examination survey, was led by AIMS aboard the Schmidt Ocean Institute's research vessel Falkor, from the 09th of April to the 26th of April 2021. The primary objective of the expedition was to map Mesophotic Coral Ecosystems (MCE’s), monitor anthropogenic and natural stressors to MCE’s and use an ROV and AUV to capture high definition video and collect samples. The data collected from the expedition will develop baseline knowledge to inform conservation efforts and improve management of the Ashmore Reef Marine Park. This V1 dataset contains one 16m resolution 32-bit floating point geotiff file of the Ashmore Reef Marine Park bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145473 <br><a href="https://files.ausseabed.gov.au/survey/AshmoreReefMarinePark-Bathymetry-16m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 122.65216003687482 130.83674652309912 -12.571311546859503 -11.899946636119939 text/html ausseabed:Ashmore_Reef_Marine_Park_Bathymetry__16m_2021_L0_Coverage features Ashmore_Reef_Marine_Park_Bathymetry__16m_2021_L0_Coverage EPSG:4326 CRS:84 122.65216003700004 130.8367465230001 -12.571311546999937 -11.899946635999981 ausseabed:Ashmore_Reef_Marine_Park_Bathymetry__16m_2021_HS This resource includes bathymetry data acquired during the Ashmore Reef Marine Park survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Ashmore Reef Marine Park bathymetry survey (GA4870/FK210409), also known as the Australian Mesophotic Coral Examination survey, was led by AIMS aboard the Schmidt Ocean Institute's research vessel Falkor, from the 09th of April to the 26th of April 2021. The primary objective of the expedition was to map Mesophotic Coral Ecosystems (MCE’s), monitor anthropogenic and natural stressors to MCE’s and use an ROV and AUV to capture high definition video and collect samples. The data collected from the expedition will develop baseline knowledge to inform conservation efforts and improve management of the Ashmore Reef Marine Park. This V1 dataset contains one 16m resolution 32-bit floating point geotiff file of the Ashmore Reef Marine Park bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 122.65216003687482 130.83674652309912 -12.571311546859503 -11.899946636119939 text/html ausseabed:Ashmore_Reef_Marine_Park_Bathymetry__16m_2021_OV This resource includes bathymetry data acquired during the Ashmore Reef Marine Park survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Ashmore Reef Marine Park bathymetry survey (GA4870/FK210409), also known as the Australian Mesophotic Coral Examination survey, was led by AIMS aboard the Schmidt Ocean Institute's research vessel Falkor, from the 09th of April to the 26th of April 2021. The primary objective of the expedition was to map Mesophotic Coral Ecosystems (MCE’s), monitor anthropogenic and natural stressors to MCE’s and use an ROV and AUV to capture high definition video and collect samples. The data collected from the expedition will develop baseline knowledge to inform conservation efforts and improve management of the Ashmore Reef Marine Park. This V1 dataset contains one 16m resolution 32-bit floating point geotiff file of the Ashmore Reef Marine Park bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 122.65216003687482 130.83674652309912 -12.571311546859503 -11.899946636119939 text/html ausseabed:Ashmore_Reef_and_Cartier_Island_Marine_Parks_Satellite-derived_Bathymetry_2m_2022 The Ashmore Reef and Cartier Island Marine Parks Bathymetry was derived by EOMAP form multispectral satellite data from WorldView-3 satellite sensor. This was acquired by the Australian Government as part of the Marine Parks Grant - Round 3, in 2022-2023 and undertaken by EOMAP Australia Pty Ltd and EOMAP GmbH & Co.KG. The survey area encompasses the Ashmore Reef and Cartier Island Marine Parks in Western Australia. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149098 <br><a href="https://files.ausseabed.gov.au/survey/AshmoreReefandCartierIslandMarineParks-Bathymetry-2m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 122.91091039526137 123.58484375006738 -12.552994331404154 -12.159290802568044 text/html ausseabed:Ashmore_Reef_and_Cartier_Island_Marine_Parks_Satellite-derived_Bathymetry__Ashmore_Reef__2m_2022_L0_Coverage features Ashmore_Reef_and_Cartier_Island_Marine_Parks_Satellite-derived_Bathymetry__Ashmore_Reef__2m_2022_L0_Coverage EPSG:4326 CRS:84 122.92548830600003 123.20050686000002 -12.314413653999964 -12.16520050899993 ausseabed:Ashmore_Reef_and_Cartier_Island_Marine_Parks_Satellite-derived_Bathymetry__Ashmore_Reef__2m_2022_HS The Ashmore Reef and Cartier Island Marine Parks Bathymetry was derived by EOMAP form multispectral satellite data from WorldView-3 satellite sensor. This was acquired by the Australian Government as part of the Marine Parks Grant - Round 3, in 2022-2023 and undertaken by EOMAP Australia Pty Ltd and EOMAP GmbH & Co.KG. The survey area encompasses the Ashmore Reef and Cartier Island Marine Parks in Western Australia. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.91098981557906 123.2142015905759 -12.319791542247987 -12.159824664569253 text/html ausseabed:Ashmore_Reef_and_Cartier_Island_Marine_Parks_Satellite-derived_Bathymetry__Ashmore_Reef__2m_2022_OV The Ashmore Reef and Cartier Island Marine Parks Bathymetry was derived by EOMAP form multispectral satellite data from WorldView-3 satellite sensor. This was acquired by the Australian Government as part of the Marine Parks Grant - Round 3, in 2022-2023 and undertaken by EOMAP Australia Pty Ltd and EOMAP GmbH & Co.KG. The survey area encompasses the Ashmore Reef and Cartier Island Marine Parks in Western Australia. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.91098981557906 123.2142015905759 -12.319791542247987 -12.159824664569253 text/html ausseabed:Ashmore_Reef_and_Cartier_Island_Marine_Parks_Satellite-derived_Bathymetry__Cartier_Island__2m_2022_L0_Coverage Ashmore_Reef_and_Cartier_Island_Marine_Parks_Satellite-derived_Bathymetry__Cartier_Island__2m_2022_L0_Coverage features EPSG:4326 CRS:84 123.53163938400007 123.58479022100005 -12.54934265999998 -12.521404192999967 ausseabed:Ashmore_Reef_and_Cartier_Island_Marine_Parks_Satellite-derived_Bathymetry__Cartier_Island__2m_2022_HS The Ashmore Reef and Cartier Island Marine Parks Bathymetry was derived by EOMAP form multispectral satellite data from WorldView-3 satellite sensor. This was acquired by the Australian Government as part of the Marine Parks Grant - Round 3, in 2022-2023 and undertaken by EOMAP Australia Pty Ltd and EOMAP GmbH & Co.KG. The survey area encompasses the Ashmore Reef and Cartier Island Marine Parks in Western Australia. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.53081219175272 123.58484375006738 -12.552470212964902 -12.517019713211319 text/html ausseabed:Ashmore_Reef_and_Cartier_Island_Marine_Parks_Satellite-derived_Bathymetry__Cartier_Island__2m_2022_OV The Ashmore Reef and Cartier Island Marine Parks Bathymetry was derived by EOMAP form multispectral satellite data from WorldView-3 satellite sensor. This was acquired by the Australian Government as part of the Marine Parks Grant - Round 3, in 2022-2023 and undertaken by EOMAP Australia Pty Ltd and EOMAP GmbH & Co.KG. The survey area encompasses the Ashmore Reef and Cartier Island Marine Parks in Western Australia. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.53081219175272 123.58484375006738 -12.552470212964902 -12.517019713211319 text/html ausseabed:Ashmore_Reef_and_Cartier_Island_Marine_Parks_Satellite-derived_Bathymetry__Ashmore_Reef__2m_2022 The Ashmore Reef and Cartier Island Marine Parks Bathymetry was derived by EOMAP form multispectral satellite data from WorldView-3 satellite sensor. This was acquired by the Australian Government as part of the Marine Parks Grant - Round 3, in 2022-2023 and undertaken by EOMAP Australia Pty Ltd and EOMAP GmbH & Co.KG. The survey area encompasses the Ashmore Reef and Cartier Island Marine Parks in Western Australia. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149098 <br><a href="https://files.ausseabed.gov.au/survey/AshmoreReefandCartierIslandMarineParks-Bathymetry-2m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 122.91098981557906 123.2142015905759 -12.319791595289201 -12.159824664569253 text/html ausseabed:Ashmore_Reef_and_Cartier_Island_Marine_Parks_Satellite-derived_Bathymetry__Ashmore_Reef__2m_2022_L0_Coverage features Ashmore_Reef_and_Cartier_Island_Marine_Parks_Satellite-derived_Bathymetry__Ashmore_Reef__2m_2022_L0_Coverage EPSG:4326 CRS:84 122.92548830600003 123.20050686000002 -12.314413653999964 -12.16520050899993 ausseabed:Ashmore_Reef_and_Cartier_Island_Marine_Parks_Satellite-derived_Bathymetry__Ashmore_Reef__2m_2022_HS The Ashmore Reef and Cartier Island Marine Parks Bathymetry was derived by EOMAP form multispectral satellite data from WorldView-3 satellite sensor. This was acquired by the Australian Government as part of the Marine Parks Grant - Round 3, in 2022-2023 and undertaken by EOMAP Australia Pty Ltd and EOMAP GmbH & Co.KG. The survey area encompasses the Ashmore Reef and Cartier Island Marine Parks in Western Australia. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.91098981557906 123.2142015905759 -12.319791542247987 -12.159824664569253 text/html ausseabed:Ashmore_Reef_and_Cartier_Island_Marine_Parks_Satellite-derived_Bathymetry__Ashmore_Reef__2m_2022_OV The Ashmore Reef and Cartier Island Marine Parks Bathymetry was derived by EOMAP form multispectral satellite data from WorldView-3 satellite sensor. This was acquired by the Australian Government as part of the Marine Parks Grant - Round 3, in 2022-2023 and undertaken by EOMAP Australia Pty Ltd and EOMAP GmbH & Co.KG. The survey area encompasses the Ashmore Reef and Cartier Island Marine Parks in Western Australia. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.91098981557906 123.2142015905759 -12.319791542247987 -12.159824664569253 text/html ausseabed:Ashmore_Reef_and_Cartier_Island_Marine_Parks_Satellite-derived_Bathymetry__Cartier_Island__2m_2022 The Ashmore Reef and Cartier Island Marine Parks Bathymetry was derived by EOMAP form multispectral satellite data from WorldView-3 satellite sensor. This was acquired by the Australian Government as part of the Marine Parks Grant - Round 3, in 2022-2023 and undertaken by EOMAP Australia Pty Ltd and EOMAP GmbH & Co.KG. The survey area encompasses the Ashmore Reef and Cartier Island Marine Parks in Western Australia. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149098 <br><a href="https://files.ausseabed.gov.au/survey/AshmoreReefandCartierIslandMarineParks-Bathymetry-2m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 123.53081219175272 123.58484375006738 -12.552470212964902 -12.517019713211319 text/html ausseabed:Ashmore_Reef_and_Cartier_Island_Marine_Parks_Satellite-derived_Bathymetry__Cartier_Island__2m_2022_L0_Coverage Ashmore_Reef_and_Cartier_Island_Marine_Parks_Satellite-derived_Bathymetry__Cartier_Island__2m_2022_L0_Coverage features EPSG:4326 CRS:84 123.53163938400007 123.58479022100005 -12.54934265999998 -12.521404192999967 ausseabed:Ashmore_Reef_and_Cartier_Island_Marine_Parks_Satellite-derived_Bathymetry__Cartier_Island__2m_2022_HS The Ashmore Reef and Cartier Island Marine Parks Bathymetry was derived by EOMAP form multispectral satellite data from WorldView-3 satellite sensor. This was acquired by the Australian Government as part of the Marine Parks Grant - Round 3, in 2022-2023 and undertaken by EOMAP Australia Pty Ltd and EOMAP GmbH & Co.KG. The survey area encompasses the Ashmore Reef and Cartier Island Marine Parks in Western Australia. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.53081219175272 123.58484375006738 -12.552470212964902 -12.517019713211319 text/html ausseabed:Ashmore_Reef_and_Cartier_Island_Marine_Parks_Satellite-derived_Bathymetry__Cartier_Island__2m_2022_OV The Ashmore Reef and Cartier Island Marine Parks Bathymetry was derived by EOMAP form multispectral satellite data from WorldView-3 satellite sensor. This was acquired by the Australian Government as part of the Marine Parks Grant - Round 3, in 2022-2023 and undertaken by EOMAP Australia Pty Ltd and EOMAP GmbH & Co.KG. The survey area encompasses the Ashmore Reef and Cartier Island Marine Parks in Western Australia. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.53081219175272 123.58484375006738 -12.552470212964902 -12.517019713211319 text/html ausseabed:AusBathyTopo__Australia__Bathymetry_250m_2023 The AusBathyTopo 250m (Australia) 2023 Grid is a high-resolution depth model for Australia that replaces the Australian Bathymetry and Topography Grid, June 2009. This publication is the result of a collaborative partnership between Geoscience Australia, the Australian Hydrographic Office, James Cook University, and the University of Sydney. It has been compiled using 1582 unique data sources from multibeam echosounders, single-beam echosounders, LiDAR, 3D seismic first returns, Electronic Navigation Charts and satellite derived bathymetry alongside higher-resolution regional compilations. In particular, the map incorporates new innovations such as the use of earth observation data (satellite based) produced by Digital Earth Australia to improve shallow coastal depth modelling to present a seamless transition between land and sea. All source bathymetry data were extensively edited as 3D point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. This new continental-scale grid represents decades of data collection, analysis, investment and collaboration from Australia’s seabed mapping community and is a significant improvement on the 2009 compilation. The data extends across a vast area from 92°E to 172° E and 8°S to 60° S. This includes areas adjacent to the Australian continent and Tasmania, and surrounding Macquarie Island and the Australian Territories of Norfolk Island, Christmas Island, and Cocos (Keeling) Islands. Australia's marine jurisdiction offshore from the territory of Heard and McDonald Islands and the Australian Antarctic Territory are not included. We acknowledge the use of the CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. The datasets used were collected by the Marine National Facility on 43 voyages (see Lineage for identification). This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/AustralianBathymetryandTopography-250m-2023zip" target="_blank">Download Bathymetry</a> EPSG:4326 92.00013888887796 172.0001388888053 -59.999860839874 -7.999860839921219 text/html ausseabed:AusBathyTopo__Australia__Bathymetry__250m_2023_L0_Coverage features AusBathyTopo__Australia__Bathymetry__250m_2023_L0_Coverage EPSG:4326 CRS:84 92.00013888900008 172.00013888900003 -59.99986083999994 -7.99986083999994 ausseabed:AusBathyTopo__Australia__Bathymetry__250m_2023_HS The AusBathyTopo 250m (Australia) 2023 Grid is a high-resolution depth model for Australia that replaces the Australian Bathymetry and Topography Grid, June 2009. This publication is the result of a collaborative partnership between Geoscience Australia, the Australian Hydrographic Office, James Cook University, and the University of Sydney. It has been compiled using 1582 unique data sources from multibeam echosounders, single-beam echosounders, LiDAR, 3D seismic first returns, Electronic Navigation Charts and satellite derived bathymetry alongside higher-resolution regional compilations. In particular, the map incorporates new innovations such as the use of earth observation data (satellite based) produced by Digital Earth Australia to improve shallow coastal depth modelling to present a seamless transition between land and sea. All source bathymetry data were extensively edited as 3D point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. This new continental-scale grid represents decades of data collection, analysis, investment and collaboration from Australia’s seabed mapping community and is a significant improvement on the 2009 compilation. The data extends across a vast area from 92°E to 172° E and 8°S to 60° S. This includes areas adjacent to the Australian continent and Tasmania, and surrounding Macquarie Island and the Australian Territories of Norfolk Island, Christmas Island, and Cocos (Keeling) Islands. Australia's marine jurisdiction offshore from the territory of Heard and McDonald Islands and the Australian Antarctic Territory are not included. We acknowledge the use of the CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. The datasets used were collected by the Marine National Facility on 43 voyages (see Lineage for identification). This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 92.00013888887796 172.0001388888053 -59.999860839874 -7.999860839921219 text/html ausseabed:AusBathyTopo__Australia__Bathymetry__250m_2023_OV The AusBathyTopo 250m (Australia) 2023 Grid is a high-resolution depth model for Australia that replaces the Australian Bathymetry and Topography Grid, June 2009. This publication is the result of a collaborative partnership between Geoscience Australia, the Australian Hydrographic Office, James Cook University, and the University of Sydney. It has been compiled using 1582 unique data sources from multibeam echosounders, single-beam echosounders, LiDAR, 3D seismic first returns, Electronic Navigation Charts and satellite derived bathymetry alongside higher-resolution regional compilations. In particular, the map incorporates new innovations such as the use of earth observation data (satellite based) produced by Digital Earth Australia to improve shallow coastal depth modelling to present a seamless transition between land and sea. All source bathymetry data were extensively edited as 3D point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. This new continental-scale grid represents decades of data collection, analysis, investment and collaboration from Australia’s seabed mapping community and is a significant improvement on the 2009 compilation. The data extends across a vast area from 92°E to 172° E and 8°S to 60° S. This includes areas adjacent to the Australian continent and Tasmania, and surrounding Macquarie Island and the Australian Territories of Norfolk Island, Christmas Island, and Cocos (Keeling) Islands. Australia's marine jurisdiction offshore from the territory of Heard and McDonald Islands and the Australian Antarctic Territory are not included. We acknowledge the use of the CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. The datasets used were collected by the Marine National Facility on 43 voyages (see Lineage for identification). This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 92.00013888887796 172.0001388888053 -59.999860839874 -7.999860839921219 text/html ausseabed:AusBathyTopo__Australia__Bathymetry_250m_2024 The AusBathyTopo 250m (Australia) 2024 Grid is a national-scale depth model for Australia that replaces the AusBathyTopo 250m (Australia) 2023 Grid. This publication is the result of a collaborative partnership between Geoscience Australia, the Australian Hydrographic Office, James Cook University, and the University of Sydney. It has been compiled using 1456 unique data sources from multibeam echosounders, single-beam echosounders, LiDAR, 3D seismic first returns, Electronic Navigation Charts and satellite derived bathymetry alongside higher-resolution regional compilations. In particular, the map incorporates new innovations such as the use of earth observation data (satellite based) produced by Digital Earth Australia to improve shallow coastal depth modelling to present a seamless transition between land and sea. All source bathymetry data were extensively edited as 3D point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. This new continental-scale grid represents decades of data collection, analysis, investment and collaboration from Australia’s seabed mapping community and is a significant improvement on the 2009 and 2023 compilations. The data extends across a vast area from 92°E to 172° E and 8°S to 60° S. This includes areas adjacent to the Australian continent and Tasmania, and surrounding Macquarie Island and the Australian Territories of Norfolk Island, Christmas Island, and Cocos (Keeling) Islands. Australia's marine jurisdiction offshore from the territory of Heard and McDonald Islands and the Australian Antarctic Territory are not included. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. The datasets used were collected by the Marine National Facility on 81 voyages (see Lineage for identification). * Australian Hydrographic Office. Over 840 datasets contributed to this compilation This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150050 <br><a href="https://files.ausseabed.gov.au/survey/AusBathyTopo-Australia-250m-2024.zip" target="_blank">Download Bathymetry</a> EPSG:4326 92.002638888874 172.000138888874 -59.997360839921 -7.999860839920999 text/html ausseabed:AusBathyTopo__Australia__Bathymetry__250m_2024_L0_Coverage features AusBathyTopo__Australia__Bathymetry__250m_2024_L0_Coverage EPSG:4326 CRS:84 92.00263888900008 172.00013888900003 -59.99736083999994 -7.99986083999994 ausseabed:AusBathyTopo__Australia__Bathymetry__250m_2024_HS The AusBathyTopo 250m (Australia) 2024 Grid is a national-scale depth model for Australia that replaces the AusBathyTopo 250m (Australia) 2023 Grid. This publication is the result of a collaborative partnership between Geoscience Australia, the Australian Hydrographic Office, James Cook University, and the University of Sydney. It has been compiled using 1456 unique data sources from multibeam echosounders, single-beam echosounders, LiDAR, 3D seismic first returns, Electronic Navigation Charts and satellite derived bathymetry alongside higher-resolution regional compilations. In particular, the map incorporates new innovations such as the use of earth observation data (satellite based) produced by Digital Earth Australia to improve shallow coastal depth modelling to present a seamless transition between land and sea. All source bathymetry data were extensively edited as 3D point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. This new continental-scale grid represents decades of data collection, analysis, investment and collaboration from Australia’s seabed mapping community and is a significant improvement on the 2009 and 2023 compilations. The data extends across a vast area from 92°E to 172° E and 8°S to 60° S. This includes areas adjacent to the Australian continent and Tasmania, and surrounding Macquarie Island and the Australian Territories of Norfolk Island, Christmas Island, and Cocos (Keeling) Islands. Australia's marine jurisdiction offshore from the territory of Heard and McDonald Islands and the Australian Antarctic Territory are not included. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. The datasets used were collected by the Marine National Facility on 81 voyages (see Lineage for identification). * Australian Hydrographic Office. Over 840 datasets contributed to this compilation This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 92.002638888874 172.000138888874 -59.997360839921 -7.999860839920999 text/html ausseabed:AusBathyTopo__Australia__Bathymetry__250m_2024_OV The AusBathyTopo 250m (Australia) 2024 Grid is a national-scale depth model for Australia that replaces the AusBathyTopo 250m (Australia) 2023 Grid. This publication is the result of a collaborative partnership between Geoscience Australia, the Australian Hydrographic Office, James Cook University, and the University of Sydney. It has been compiled using 1456 unique data sources from multibeam echosounders, single-beam echosounders, LiDAR, 3D seismic first returns, Electronic Navigation Charts and satellite derived bathymetry alongside higher-resolution regional compilations. In particular, the map incorporates new innovations such as the use of earth observation data (satellite based) produced by Digital Earth Australia to improve shallow coastal depth modelling to present a seamless transition between land and sea. All source bathymetry data were extensively edited as 3D point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. This new continental-scale grid represents decades of data collection, analysis, investment and collaboration from Australia’s seabed mapping community and is a significant improvement on the 2009 and 2023 compilations. The data extends across a vast area from 92°E to 172° E and 8°S to 60° S. This includes areas adjacent to the Australian continent and Tasmania, and surrounding Macquarie Island and the Australian Territories of Norfolk Island, Christmas Island, and Cocos (Keeling) Islands. Australia's marine jurisdiction offshore from the territory of Heard and McDonald Islands and the Australian Antarctic Territory are not included. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. The datasets used were collected by the Marine National Facility on 81 voyages (see Lineage for identification). * Australian Hydrographic Office. Over 840 datasets contributed to this compilation This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 92.002638888874 172.000138888874 -59.997360839921 -7.999860839920999 text/html ausseabed:AusBathyTopo__Bass_Strait__Bathymetry_30m_2022 The Bass Strait Digital Elevation Model (DEM) is a compilation of all available bathymetry data for the area of seabed between the coastlines of Victoria and northern Tasmania, extending approximately 460 km from west of King Island to east of Flinders Island. The Bass Strait is bounded by a continental slope incised with numerous canyons, including the prominent Bass Canyon on the eastern side. The region encompasses islands and exposed rocks, drowned paleo-shorelines and dunefields, fringed by a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Bass Strait, allowing for safe navigation of shipping, improved environmental management and resource development. Australian Hydrographic Office-supplied ENC tile spot depths were used to develop the general bathymetry variation across the entire region. Shallow- and deep-water multibeam survey data reveal the complexity of the seafloor for the continental shelf and adjacent canyons which incise the western and eastern sides of Bass Strait. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the northern Tasmanian nearshore and coast, with some coverage gaps supplemented by Landsat-8 satellite derived bathymetry data. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data over the intertidal zone. Highly accurate photogrammetry coastline data developed for the Tasmania, Victoria and New South Wales coastlines, and Near Surface Feature data representing shoal features observable in aerial imagery, were used to improve the land/water interface of the numerous island and rock features. All source bathymetry data were extensively edited as 3D point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147043 <br><a href="https://files.ausseabed.gov.au/survey/AusBathyTopo-BassStrait-Bathymetry-30m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:4326 143.00005000000095 149.99995000006754 -42.00004999999811 -36.999949999950545 text/html ausseabed:AusBathyTopo__Bass_Strait__Bathymetry__30m_2022_L0_Coverage features AusBathyTopo__Bass_Strait__Bathymetry__30m_2022_L0_Coverage EPSG:4326 CRS:84 143.0000500000001 149.99995 -42.00004999999993 -36.999949999999956 ausseabed:AusBathyTopo__Bass_Strait__Bathymetry__30m_2022_HS The Bass Strait Digital Elevation Model (DEM) is a compilation of all available bathymetry data for the area of seabed between the coastlines of Victoria and northern Tasmania, extending approximately 460 km from west of King Island to east of Flinders Island. The Bass Strait is bounded by a continental slope incised with numerous canyons, including the prominent Bass Canyon on the eastern side. The region encompasses islands and exposed rocks, drowned paleo-shorelines and dunefields, fringed by a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Bass Strait, allowing for safe navigation of shipping, improved environmental management and resource development. Australian Hydrographic Office-supplied ENC tile spot depths were used to develop the general bathymetry variation across the entire region. Shallow- and deep-water multibeam survey data reveal the complexity of the seafloor for the continental shelf and adjacent canyons which incise the western and eastern sides of Bass Strait. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the northern Tasmanian nearshore and coast, with some coverage gaps supplemented by Landsat-8 satellite derived bathymetry data. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data over the intertidal zone. Highly accurate photogrammetry coastline data developed for the Tasmania, Victoria and New South Wales coastlines, and Near Surface Feature data representing shoal features observable in aerial imagery, were used to improve the land/water interface of the numerous island and rock features. All source bathymetry data were extensively edited as 3D point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 143.00005000000095 149.99995000006754 -42.00004999999811 -36.999949999950545 text/html ausseabed:AusBathyTopo__Bass_Strait__Bathymetry__30m_2022_OV The Bass Strait Digital Elevation Model (DEM) is a compilation of all available bathymetry data for the area of seabed between the coastlines of Victoria and northern Tasmania, extending approximately 460 km from west of King Island to east of Flinders Island. The Bass Strait is bounded by a continental slope incised with numerous canyons, including the prominent Bass Canyon on the eastern side. The region encompasses islands and exposed rocks, drowned paleo-shorelines and dunefields, fringed by a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Bass Strait, allowing for safe navigation of shipping, improved environmental management and resource development. Australian Hydrographic Office-supplied ENC tile spot depths were used to develop the general bathymetry variation across the entire region. Shallow- and deep-water multibeam survey data reveal the complexity of the seafloor for the continental shelf and adjacent canyons which incise the western and eastern sides of Bass Strait. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the northern Tasmanian nearshore and coast, with some coverage gaps supplemented by Landsat-8 satellite derived bathymetry data. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data over the intertidal zone. Highly accurate photogrammetry coastline data developed for the Tasmania, Victoria and New South Wales coastlines, and Near Surface Feature data representing shoal features observable in aerial imagery, were used to improve the land/water interface of the numerous island and rock features. All source bathymetry data were extensively edited as 3D point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 143.00005000000095 149.99995000006754 -42.00004999999811 -36.999949999950545 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_A_30m_2017 This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/115066 <br><a href="https://files.ausseabed.gov.au/survey/Great+Barrier+Reef+Bathymetry+2017+30m.zip" target="_blank">Download Bathymetry</a> EPSG:4326 142.0000611111 146.9998611111 -17.00003888890581 -10.000138888905807 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_A_30m_2017_L0_Coverage AusBathyTopo__Great_Barrier_Reef__Bathymetry_A_30m_2017_L0_Coverage features EPSG:4326 CRS:84 142.00006111100004 146.9998611110001 -17.00003888899994 -10.00013888899997 ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_A_30m_2017_HS This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 142.0000611111 146.9998611111 -17.00003888890581 -10.000138888905807 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_A_30m_2017_OV This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 142.0000611111 146.9998611111 -17.00003888890581 -10.000138888905807 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_B_30m_2017 This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/115066 <br><a href="https://files.ausseabed.gov.au/survey/Great+Barrier+Reef+Bathymetry+2017+30m.zip" target="_blank">Download Bathymetry</a> EPSG:4326 143.99994999999998 149.00004999999996 -22.999861111036363 -15.999961111036379 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_B_30m_2017_L0_Coverage features AusBathyTopo__Great_Barrier_Reef__Bathymetry_B_30m_2017_L0_Coverage EPSG:4326 CRS:84 143.99995 149.0000500000001 -22.999861110999973 -15.999961110999948 ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_B_30m_2017_HS This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 143.99994999999998 149.00004999999996 -22.999861111036363 -15.999961111036379 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_B_30m_2017_OV This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 143.99994999999998 149.00004999999996 -22.999861111036363 -15.999961111036379 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_C_30m_2017 This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/115066 <br><a href="https://files.ausseabed.gov.au/survey/Great+Barrier+Reef+Bathymetry+2017+30m.zip" target="_blank">Download Bathymetry</a> EPSG:4326 148.00014999999996 154.00014999999993 -23.999850000000006 -17.999850000000013 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_C_30m_2017_L0_Coverage features AusBathyTopo__Great_Barrier_Reef__Bathymetry_C_30m_2017_L0_Coverage EPSG:4326 CRS:84 148.00015000000008 154.00015000000008 -23.99984999999998 -17.99984999999998 ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_C_30m_2017_HS This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 148.00014999999996 154.00014999999993 -23.999850000000006 -17.999850000000013 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_C_30m_2017_OV This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 148.00014999999996 154.00014999999993 -23.999850000000006 -17.999850000000013 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_D_30m_2017 This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/115066 <br><a href="https://files.ausseabed.gov.au/survey/Great+Barrier+Reef+Bathymetry+2017+30m.zip" target="_blank">Download Bathymetry</a> EPSG:4326 150.00014999999996 156.00014999999996 -28.999850000000006 -22.99985000000002 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_D_30m_2017_L0_Coverage features AusBathyTopo__Great_Barrier_Reef__Bathymetry_D_30m_2017_L0_Coverage EPSG:4326 CRS:84 150.00015000000008 156.00015000000008 -28.99984999999998 -22.99984999999998 ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_D_30m_2017_HS This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 150.00014999999996 156.00014999999996 -28.999850000000006 -22.99985000000002 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_D_30m_2017_OV This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 150.00014999999996 156.00014999999996 -28.999850000000006 -22.99985000000002 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry__30m_2017 This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/115066 <br><a href="https://files.ausseabed.gov.au/survey/Great+Barrier+Reef+Bathymetry+2017+30m.zip" target="_blank">Download Bathymetry</a> EPSG:4326 142.0000611111 156.00014999999996 -28.999850000000006 -10.000138888905807 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_A_30m_2017_L0_Coverage AusBathyTopo__Great_Barrier_Reef__Bathymetry_A_30m_2017_L0_Coverage features EPSG:4326 CRS:84 142.00006111100004 146.9998611110001 -17.00003888899994 -10.00013888899997 ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_A_30m_2017_HS This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 142.0000611111 146.9998611111 -17.00003888890581 -10.000138888905807 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_A_30m_2017_OV This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 142.0000611111 146.9998611111 -17.00003888890581 -10.000138888905807 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_B_30m_2017_L0_Coverage features AusBathyTopo__Great_Barrier_Reef__Bathymetry_B_30m_2017_L0_Coverage EPSG:4326 CRS:84 143.99995 149.0000500000001 -22.999861110999973 -15.999961110999948 ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_B_30m_2017_HS This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 143.99994999999998 149.00004999999996 -22.999861111036363 -15.999961111036379 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_B_30m_2017_OV This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 143.99994999999998 149.00004999999996 -22.999861111036363 -15.999961111036379 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_C_30m_2017_L0_Coverage features AusBathyTopo__Great_Barrier_Reef__Bathymetry_C_30m_2017_L0_Coverage EPSG:4326 CRS:84 148.00015000000008 154.00015000000008 -23.99984999999998 -17.99984999999998 ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_C_30m_2017_HS This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 148.00014999999996 154.00014999999993 -23.999850000000006 -17.999850000000013 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_C_30m_2017_OV This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 148.00014999999996 154.00014999999993 -23.999850000000006 -17.999850000000013 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_D_30m_2017_L0_Coverage features AusBathyTopo__Great_Barrier_Reef__Bathymetry_D_30m_2017_L0_Coverage EPSG:4326 CRS:84 150.00015000000008 156.00015000000008 -28.99984999999998 -22.99984999999998 ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_D_30m_2017_HS This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 150.00014999999996 156.00014999999996 -28.999850000000006 -22.99985000000002 text/html ausseabed:AusBathyTopo__Great_Barrier_Reef__Bathymetry_D_30m_2017_OV This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 30 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over the past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Service cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The High-resolution depth model for the Great Barrier Reef - 30 m (Version 10 Nov 2020) can be downloaded as four separate but overlapping grids, with the area coverage: Great Barrier Reef A 2020 30m 10-17°S 143-147°E Great Barrier Reef B 2020 30m 16-23°S 144-149°E Great Barrier Reef C 2020 30m 18-24°S 148-154°E Great Barrier Reef D 2020 30m 23-29°S 150-156°E There is an updated “Torres Strait Bathymetry 30m 2020 - A High-resolution Depth Model (20200021C)” and can be downloaded at: http://pid.geoscience.gov.au/dataset/ga/144348 It includes a grid with an area coverage: 8 – 13°S and 139 – 146°E This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 150.00014999999996 156.00014999999996 -28.999850000000006 -22.99985000000002 text/html ausseabed:AusBathyTopo__Kerguelen_Plateau__Bathymetry_100m_2022 This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Kerguelen Plateau into a 100 m-resolution Digital Elevation Model (DEM). Heard Island and McDonald Islands are situated on the Kerguelen Plateau within the south-west Indian Ocean and lie within Australia's marine jurisdiction. Heard Island and McDonald Islands (HIMI) are surrounded by an Exclusive Economic Zone extending 200 nautical miles from their coasts and much of the Kerguelen Plateau south of Heard Island has been recognised as Australian Extended Continental Shelf by the UN Commission for the Legal Continental Shelf. The area is currently targeted by fishers licensed under the Convention on the Conservation of Antarctic Marine Living Resources (CCAMLR). The purpose of the bathymetry grid is to improve the geomorphic detail of seafloor features, including submarine volcanic hills on the top of the Kerguelen Plateau and a complex of submarine channels draining the southern flank of northern plateau. Australian Hydrographic Office-supplied single beam echo sounder bathymetry data were used to develop the general depth variation across the Kerguelen Plateau and adjacent Williams Ridge extending to the south-east of the central plateau. Deep-water multibeam bathymetry data reveal the complexity of the seafloor on Kerguelen Plateau and the surrounding abyssal plains and basins. These multibeam surveys were conducted both as systematic surveys by Research Vessel (RV) Investigator and Sonne over Williams Ridge. Other multibeam data were obtained from transit voyages that crossed through the Kerguelen Plateau and Williams Ridge area. SHOM-supplied combined multibeam and single beam data were collected around the French EEZ and approaches to Kerguelen Island, which is French territory. Austral Fisheries provided extensive crowdsourced bathymetry (CSB) data from their various blue-water fishing vessels using single beam echo sounders. These fishing vessels operate within the Kerguelen Plateau and Williams Ridge region under licence from the Australian Fisheries Management Authority. Austral Fisheries CSB date were provided to the Australian Antarctic Division (AAD) for restricted use in this project. All source multibeam and single beam bathymetry data were extensively edited as 3D point clouds to remove obvious anomalous noise, and given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum prior to the grid interpolation process. <br>https://pid.geoscience.gov.au/dataset/ga/147703 <br><a href="https://files.ausseabed.gov.au/survey/AusBathyTopo-KerguelenPlateau-100m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:4326 67.99950000000128 79.99950000000173 -56.000499999999995 -48.00049999999969 text/html ausseabed:AusBathyTopo__Kerguelen_Plateau__Bathymetry__100m_2022_L0_Coverage features AusBathyTopo__Kerguelen_Plateau__Bathymetry__100m_2022_L0_Coverage EPSG:4326 CRS:84 67.99950000000007 79.99950000000007 -56.00049999999993 -48.00049999999993 ausseabed:AusBathyTopo__Kerguelen_Plateau__Bathymetry__100m_2022_HS This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Kerguelen Plateau into a 100 m-resolution Digital Elevation Model (DEM). Heard Island and McDonald Islands are situated on the Kerguelen Plateau within the south-west Indian Ocean and lie within Australia's marine jurisdiction. Heard Island and McDonald Islands (HIMI) are surrounded by an Exclusive Economic Zone extending 200 nautical miles from their coasts and much of the Kerguelen Plateau south of Heard Island has been recognised as Australian Extended Continental Shelf by the UN Commission for the Legal Continental Shelf. The area is currently targeted by fishers licensed under the Convention on the Conservation of Antarctic Marine Living Resources (CCAMLR). The purpose of the bathymetry grid is to improve the geomorphic detail of seafloor features, including submarine volcanic hills on the top of the Kerguelen Plateau and a complex of submarine channels draining the southern flank of northern plateau. Australian Hydrographic Office-supplied single beam echo sounder bathymetry data were used to develop the general depth variation across the Kerguelen Plateau and adjacent Williams Ridge extending to the south-east of the central plateau. Deep-water multibeam bathymetry data reveal the complexity of the seafloor on Kerguelen Plateau and the surrounding abyssal plains and basins. These multibeam surveys were conducted both as systematic surveys by Research Vessel (RV) Investigator and Sonne over Williams Ridge. Other multibeam data were obtained from transit voyages that crossed through the Kerguelen Plateau and Williams Ridge area. SHOM-supplied combined multibeam and single beam data were collected around the French EEZ and approaches to Kerguelen Island, which is French territory. Austral Fisheries provided extensive crowdsourced bathymetry (CSB) data from their various blue-water fishing vessels using single beam echo sounders. These fishing vessels operate within the Kerguelen Plateau and Williams Ridge region under licence from the Australian Fisheries Management Authority. Austral Fisheries CSB date were provided to the Australian Antarctic Division (AAD) for restricted use in this project. All source multibeam and single beam bathymetry data were extensively edited as 3D point clouds to remove obvious anomalous noise, and given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum prior to the grid interpolation process. EPSG:4326 CRS:84 67.99950000000128 79.99950000000173 -56.000499999999995 -48.00049999999969 text/html ausseabed:AusBathyTopo__Kerguelen_Plateau__Bathymetry__100m_2022_OV This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within the Kerguelen Plateau into a 100 m-resolution Digital Elevation Model (DEM). Heard Island and McDonald Islands are situated on the Kerguelen Plateau within the south-west Indian Ocean and lie within Australia's marine jurisdiction. Heard Island and McDonald Islands (HIMI) are surrounded by an Exclusive Economic Zone extending 200 nautical miles from their coasts and much of the Kerguelen Plateau south of Heard Island has been recognised as Australian Extended Continental Shelf by the UN Commission for the Legal Continental Shelf. The area is currently targeted by fishers licensed under the Convention on the Conservation of Antarctic Marine Living Resources (CCAMLR). The purpose of the bathymetry grid is to improve the geomorphic detail of seafloor features, including submarine volcanic hills on the top of the Kerguelen Plateau and a complex of submarine channels draining the southern flank of northern plateau. Australian Hydrographic Office-supplied single beam echo sounder bathymetry data were used to develop the general depth variation across the Kerguelen Plateau and adjacent Williams Ridge extending to the south-east of the central plateau. Deep-water multibeam bathymetry data reveal the complexity of the seafloor on Kerguelen Plateau and the surrounding abyssal plains and basins. These multibeam surveys were conducted both as systematic surveys by Research Vessel (RV) Investigator and Sonne over Williams Ridge. Other multibeam data were obtained from transit voyages that crossed through the Kerguelen Plateau and Williams Ridge area. SHOM-supplied combined multibeam and single beam data were collected around the French EEZ and approaches to Kerguelen Island, which is French territory. Austral Fisheries provided extensive crowdsourced bathymetry (CSB) data from their various blue-water fishing vessels using single beam echo sounders. These fishing vessels operate within the Kerguelen Plateau and Williams Ridge region under licence from the Australian Fisheries Management Authority. Austral Fisheries CSB date were provided to the Australian Antarctic Division (AAD) for restricted use in this project. All source multibeam and single beam bathymetry data were extensively edited as 3D point clouds to remove obvious anomalous noise, and given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum prior to the grid interpolation process. EPSG:4326 CRS:84 67.99950000000128 79.99950000000173 -56.000499999999995 -48.00049999999969 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_30m_2018 This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/121620 <br><a href="https://files.ausseabed.gov.au/survey/NorthAustralia-Bathymetry-30m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:4326 120.99994998499851 133.0003500150015 -17.999950014880504 -7.999049924871503 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_D_30m_2018_L0_Coverage features AusBathyTopo__Northern_Australia__Bathymetry_D_30m_2018_L0_Coverage EPSG:4326 CRS:84 129.00004998500003 133.0003500150001 -15.999850014999936 -7.999249954999925 ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_D_30m_2018_HS This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 129.0000499849985 133.0003500150015 -15.999850015001503 -7.999249954995502 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_D_30m_2018_OV This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 129.0000499849985 133.0003500150015 -15.999850015001503 -7.999249954995502 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_A_30m_2018_L0_Coverage features AusBathyTopo__Northern_Australia__Bathymetry_A_30m_2018_L0_Coverage EPSG:4326 CRS:84 120.99994998500006 124.000250015 -17.999950014999968 -7.999049924999952 ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_A_30m_2018_HS This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 120.99994998499851 124.00025001500151 -17.999950014880504 -7.999049924871503 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_A_30m_2018_OV This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 120.99994998499851 124.00025001500151 -17.999950014880504 -7.999049924871503 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_C_30m_2018_L0_Coverage features AusBathyTopo__Northern_Australia__Bathymetry_C_30m_2018_L0_Coverage EPSG:4326 CRS:84 126.00004998500003 130.0003500150001 -16.000150014999974 -7.999249924999958 ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_C_30m_2018_HS This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 126.00004998499851 130.00035001500152 -16.000150014901504 -7.999249924892503 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_C_30m_2018_OV This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 126.00004998499851 130.00035001500152 -16.000150014901504 -7.999249924892503 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_B_30m_2018_L0_Coverage AusBathyTopo__Northern_Australia__Bathymetry_B_30m_2018_L0_Coverage features EPSG:4326 CRS:84 123.00004998500003 127.0003500150001 -17.000050014999943 -7.9991499249999265 ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_B_30m_2018_HS This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 123.00004998499851 127.00035001500152 -17.0000500148915 -7.999149924882499 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_B_30m_2018_OV This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 123.00004998499851 127.00035001500152 -17.0000500148915 -7.999149924882499 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_A_30m_2018 This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/121620 <br><a href="https://files.ausseabed.gov.au/survey/NorthAustralia-Bathymetry-30m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:4326 120.99994998499851 124.00025001500151 -17.999950014880504 -7.999049924871503 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_A_30m_2018_L0_Coverage features AusBathyTopo__Northern_Australia__Bathymetry_A_30m_2018_L0_Coverage EPSG:4326 CRS:84 120.99994998500006 124.000250015 -17.999950014999968 -7.999049924999952 ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_A_30m_2018_HS This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 120.99994998499851 124.00025001500151 -17.999950014880504 -7.999049924871503 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_A_30m_2018_OV This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 120.99994998499851 124.00025001500151 -17.999950014880504 -7.999049924871503 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_B_30m_2018 This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/121620 <br><a href="https://files.ausseabed.gov.au/survey/NorthAustralia-Bathymetry-30m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:4326 123.00004998499851 127.00035001500152 -17.0000500148915 -7.999149924882499 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_B_30m_2018_L0_Coverage AusBathyTopo__Northern_Australia__Bathymetry_B_30m_2018_L0_Coverage features EPSG:4326 CRS:84 123.00004998500003 127.0003500150001 -17.000050014999943 -7.9991499249999265 ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_B_30m_2018_HS This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 123.00004998499851 127.00035001500152 -17.0000500148915 -7.999149924882499 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_B_30m_2018_OV This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 123.00004998499851 127.00035001500152 -17.0000500148915 -7.999149924882499 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_C_30m_2018 This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/121620 <br><a href="https://files.ausseabed.gov.au/survey/NorthAustralia-Bathymetry-30m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:4326 126.00004998499851 130.00035001500152 -16.000150014901504 -7.999249924892503 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_C_30m_2018_L0_Coverage features AusBathyTopo__Northern_Australia__Bathymetry_C_30m_2018_L0_Coverage EPSG:4326 CRS:84 126.00004998500003 130.0003500150001 -16.000150014999974 -7.999249924999958 ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_C_30m_2018_HS This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 126.00004998499851 130.00035001500152 -16.000150014901504 -7.999249924892503 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_C_30m_2018_OV This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 126.00004998499851 130.00035001500152 -16.000150014901504 -7.999249924892503 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_D_30m_2018 This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/121620 <br><a href="https://files.ausseabed.gov.au/survey/NorthAustralia-Bathymetry-30m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:4326 129.0000499849985 133.0003500150015 -15.999850015001503 -7.999249954995502 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_D_30m_2018_L0_Coverage features AusBathyTopo__Northern_Australia__Bathymetry_D_30m_2018_L0_Coverage EPSG:4326 CRS:84 129.00004998500003 133.0003500150001 -15.999850014999936 -7.999249954999925 ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_D_30m_2018_HS This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 129.0000499849985 133.0003500150015 -15.999850015001503 -7.999249954995502 text/html ausseabed:AusBathyTopo__Northern_Australia__Bathymetry_D_30m_2018_OV This dataset contains bathymetry (depth) products from the compilation of all available source bathymetry data within Northern Australia into a 30 m-resolution Digital Elevation Model (DEM). The Northern Australia region includes a broad continental shelf over 400 km wide extending out from Western Australia and the Northern Territory, and stretching over a distance of ~1500 km. This region encompasses numerous shallow coral reefs including the offshore Sahul Banks, sand cays, drowned ancient river valleys, broad inner-shelf banks and a rugged coastline. Bathymetry mapping of the seafloor is vital for the protection of Northern Australia, allowing for the safe navigation of shipping and improved environmental management. Shallow- and deep-water multibeam surveys have revealed the highly complex seafloor of the continental shelf and adjacent slope canyons draining into the Indian Ocean and Timor Sea. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Sahul Banks reefs, with some coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Northern Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. Acknowledgements: * CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research. * Australian Hydrographic Office. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 129.0000499849985 133.0003500150015 -15.999850015001503 -7.999249954995502 text/html ausseabed:AusBathyTopo__Torres_Strait__Bathymetry_30m_2023 The Australian Bathymetry and Topography (AusBathyTopo) Torres Strait dataset contains depth and elevation data compiled from all available data within the Torres Strait into a 30 m-resolution Digital Elevation Model (DEM). The Torres Strait lies at the northern end of the Great Barrier Reef (GBR), the largest coral reef ecosystem on Earth, and straddles the Arafura Sea to the west and the Coral Sea to the east. The Torres Strait area is bounded by Australia, Indonesia and Papua New Guinea. Bathymetry mapping of this extensive reef and shoal system is vital for the protection of the Torres Strait allowing for the safe navigation of shipping and improved environmental management. Over past ten years, deep-water multibeam surveys have revealed the highly complex continental slope canyons in deeper Coral Sea waters. Shallow-water multibeam surveys conducted by the US-funded Source-to-Sink program revealed the extensive Fly River delta deposits. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Torres Strait and GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed National Intertidal DIgital Elevation Model (NIDEM) improves the source data gap along Australia’s vast intertidal zone. We acknowledge the use of the CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research.” The datasets used were collected by the Marine National Facility on 13 voyages (see Lineage for identification). All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The 30 m-resolution grid is a fundamental dataset to underpin marine habitat mapping, and can be used to accurately simulate water mixing within a whole-of-GBR scale hydrodynamic model. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144348 <br><a href="https://files.ausseabed.gov.au/survey/AustralianBathymetryTopography-TorresStrait-30m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:4326 138.99998369653997 145.99988369653997 -13.000138888905806 -8.000038888905806 text/html ausseabed:AusBathyTopo__Torres_Strait__Bathymetry__30m_2023_L0_Coverage features AusBathyTopo__Torres_Strait__Bathymetry__30m_2023_L0_Coverage EPSG:4326 CRS:84 138.99998369700006 145.9998836970001 -13.00013888899997 -8.000038888999939 ausseabed:AusBathyTopo__Torres_Strait__Bathymetry__30m_2023_HS The Australian Bathymetry and Topography (AusBathyTopo) Torres Strait dataset contains depth and elevation data compiled from all available data within the Torres Strait into a 30 m-resolution Digital Elevation Model (DEM). The Torres Strait lies at the northern end of the Great Barrier Reef (GBR), the largest coral reef ecosystem on Earth, and straddles the Arafura Sea to the west and the Coral Sea to the east. The Torres Strait area is bounded by Australia, Indonesia and Papua New Guinea. Bathymetry mapping of this extensive reef and shoal system is vital for the protection of the Torres Strait allowing for the safe navigation of shipping and improved environmental management. Over past ten years, deep-water multibeam surveys have revealed the highly complex continental slope canyons in deeper Coral Sea waters. Shallow-water multibeam surveys conducted by the US-funded Source-to-Sink program revealed the extensive Fly River delta deposits. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Torres Strait and GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed National Intertidal DIgital Elevation Model (NIDEM) improves the source data gap along Australia’s vast intertidal zone. We acknowledge the use of the CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research.” The datasets used were collected by the Marine National Facility on 13 voyages (see Lineage for identification). All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The 30 m-resolution grid is a fundamental dataset to underpin marine habitat mapping, and can be used to accurately simulate water mixing within a whole-of-GBR scale hydrodynamic model. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 138.99998369653997 145.99988369653997 -13.000138888905806 -8.000038888905806 text/html ausseabed:AusBathyTopo__Torres_Strait__Bathymetry__30m_2023_OV The Australian Bathymetry and Topography (AusBathyTopo) Torres Strait dataset contains depth and elevation data compiled from all available data within the Torres Strait into a 30 m-resolution Digital Elevation Model (DEM). The Torres Strait lies at the northern end of the Great Barrier Reef (GBR), the largest coral reef ecosystem on Earth, and straddles the Arafura Sea to the west and the Coral Sea to the east. The Torres Strait area is bounded by Australia, Indonesia and Papua New Guinea. Bathymetry mapping of this extensive reef and shoal system is vital for the protection of the Torres Strait allowing for the safe navigation of shipping and improved environmental management. Over past ten years, deep-water multibeam surveys have revealed the highly complex continental slope canyons in deeper Coral Sea waters. Shallow-water multibeam surveys conducted by the US-funded Source-to-Sink program revealed the extensive Fly River delta deposits. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the Torres Strait and GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed National Intertidal DIgital Elevation Model (NIDEM) improves the source data gap along Australia’s vast intertidal zone. We acknowledge the use of the CSIRO Marine National Facility (https://ror.org/01mae9353 ) in undertaking this research.” The datasets used were collected by the Marine National Facility on 13 voyages (see Lineage for identification). All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. The 30 m-resolution grid is a fundamental dataset to underpin marine habitat mapping, and can be used to accurately simulate water mixing within a whole-of-GBR scale hydrodynamic model. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 138.99998369653997 145.99988369653997 -13.000138888905806 -8.000038888905806 text/html ausseabed:AusBathyTopo__Williams_Ridge__Bathymetry_100m_2022 This dataset contains a bathymetry (depth) grid of the Williams Ridge region, southeast Indian Ocean, at 100 metre resolution produced from the compilation of all available source data. These data include single beam echo sounder bathymetry data supplied by the Australian Hydrographic Office to generate the general depth model, and deep-water multibeam bathymetry data to reveal the complexity of the seafloor on Williams Ridge, Kerguelen Plateau and the surrounding abyssal plains and basins. Multibeam bathymetry data were collected during systematic surveys over Williams Ridge by Research Vessel (RV) Investigator in 2020 and RV Sonne, and on vessel transits that crossed through the region. The RV Investigator survey also collected seismic, magnetic and gravity data, and rock samples to provide new knowledge of the geological and tectonic evolution of the region (see www.mnf.csiro.au/en/voyages/IN2020_V01). Austral Fisheries also provided crowdsourced bathymetry (CSB) data from fishing vessels collected using single beam echo sounders. These fishing vessels operate within the Kerguelen Plateau and Williams Ridge region licenced under the Conservation of Antarctic Marine Living Resources. Austral Fisheries CSB data were provided to the Australian Antarctic Division for restricted use in this compilation product. All source multibeam and single beam bathymetry data were edited as 3D point clouds to remove anomalous noise, and given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum prior to the grid interpolation process. This dataset was developed to support the management of Australia’s marine jurisdiction and is published with permission of the CEO, Geoscience Australia. This dataset is not to be used for navigational purposes <br>https://pid.geoscience.gov.au/dataset/ga/147484 <br><a href="https://files.ausseabed.gov.au/survey/AusBathyTopo-WilliamsRidge-100m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:4326 76.00049999999976 86.00049999997646 -58.99950000000024 -50.999500000018884 text/html ausseabed:AusBathyTopo__Williams_Ridge__Bathymetry__100m_2022_L0_Coverage features AusBathyTopo__Williams_Ridge__Bathymetry__100m_2022_L0_Coverage EPSG:4326 CRS:84 76.00050000000005 86.00050000000005 -58.999499999999955 -50.999499999999955 ausseabed:AusBathyTopo__Williams_Ridge__Bathymetry__100m_2022_HS This dataset contains a bathymetry (depth) grid of the Williams Ridge region, southeast Indian Ocean, at 100 metre resolution produced from the compilation of all available source data. These data include single beam echo sounder bathymetry data supplied by the Australian Hydrographic Office to generate the general depth model, and deep-water multibeam bathymetry data to reveal the complexity of the seafloor on Williams Ridge, Kerguelen Plateau and the surrounding abyssal plains and basins. Multibeam bathymetry data were collected during systematic surveys over Williams Ridge by Research Vessel (RV) Investigator in 2020 and RV Sonne, and on vessel transits that crossed through the region. The RV Investigator survey also collected seismic, magnetic and gravity data, and rock samples to provide new knowledge of the geological and tectonic evolution of the region (see www.mnf.csiro.au/en/voyages/IN2020_V01). Austral Fisheries also provided crowdsourced bathymetry (CSB) data from fishing vessels collected using single beam echo sounders. These fishing vessels operate within the Kerguelen Plateau and Williams Ridge region licenced under the Conservation of Antarctic Marine Living Resources. Austral Fisheries CSB data were provided to the Australian Antarctic Division for restricted use in this compilation product. All source multibeam and single beam bathymetry data were edited as 3D point clouds to remove anomalous noise, and given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum prior to the grid interpolation process. This dataset was developed to support the management of Australia’s marine jurisdiction and is published with permission of the CEO, Geoscience Australia. This dataset is not to be used for navigational purposes EPSG:4326 CRS:84 76.00049999999976 86.00049999997646 -58.99950000000024 -50.999500000018884 text/html ausseabed:AusBathyTopo__Williams_Ridge__Bathymetry__100m_2022_OV This dataset contains a bathymetry (depth) grid of the Williams Ridge region, southeast Indian Ocean, at 100 metre resolution produced from the compilation of all available source data. These data include single beam echo sounder bathymetry data supplied by the Australian Hydrographic Office to generate the general depth model, and deep-water multibeam bathymetry data to reveal the complexity of the seafloor on Williams Ridge, Kerguelen Plateau and the surrounding abyssal plains and basins. Multibeam bathymetry data were collected during systematic surveys over Williams Ridge by Research Vessel (RV) Investigator in 2020 and RV Sonne, and on vessel transits that crossed through the region. The RV Investigator survey also collected seismic, magnetic and gravity data, and rock samples to provide new knowledge of the geological and tectonic evolution of the region (see www.mnf.csiro.au/en/voyages/IN2020_V01). Austral Fisheries also provided crowdsourced bathymetry (CSB) data from fishing vessels collected using single beam echo sounders. These fishing vessels operate within the Kerguelen Plateau and Williams Ridge region licenced under the Conservation of Antarctic Marine Living Resources. Austral Fisheries CSB data were provided to the Australian Antarctic Division for restricted use in this compilation product. All source multibeam and single beam bathymetry data were edited as 3D point clouds to remove anomalous noise, and given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum prior to the grid interpolation process. This dataset was developed to support the management of Australia’s marine jurisdiction and is published with permission of the CEO, Geoscience Australia. This dataset is not to be used for navigational purposes EPSG:4326 CRS:84 76.00049999999976 86.00049999997646 -58.99950000000024 -50.999500000018884 text/html ausseabed:Backstairs_Passage__SA_Bathymetry_30m_2021 The Backstairs Passage Bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Ocean Dynasty during the period 12 January - 22 March 2021. This is a contracted survey conducted for the Australian Hydrographic Office by Precision Hydrographic Services as part of the Hydroscheme Industry Partnership Program (HIPP). The survey area encompases Backstairs Passage Southern Australia. Bathymetry data was acquired using a Kongsberg EM2040P and R2 Sonic 2024 systems and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147827 <br><a href="https://files.ausseabed.gov.au/survey/Backstairs-Passage-SA-HIPP-SI-1012-Bathymetry-30m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 137.94089034731718 138.46476000720872 -36.07858854707714 -35.56514038107508 text/html ausseabed:Backstairs_Passage__SA_Bathymetry__HIPP_SI_1012__30m_2021_L0_Coverage features Backstairs_Passage__SA_Bathymetry__HIPP_SI_1012__30m_2021_L0_Coverage EPSG:4326 CRS:84 137.9418862970001 138.46442802400009 -36.07831816899994 -35.565410758999974 ausseabed:Backstairs_Passage__SA_Bathymetry__HIPP_SI_1012__30m_2021_HS The Backstairs Passage Bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Ocean Dynasty during the period 12 January - 22 March 2021. This is a contracted survey conducted for the Australian Hydrographic Office by Precision Hydrographic Services as part of the Hydroscheme Industry Partnership Program (HIPP). The survey area encompases Backstairs Passage Southern Australia. Bathymetry data was acquired using a Kongsberg EM2040P and R2 Sonic 2024 systems and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 137.94089034731718 138.46476000720872 -36.07858854707714 -35.56514038107508 text/html ausseabed:Backstairs_Passage__SA_Bathymetry__HIPP_SI_1012__30m_2021_OV The Backstairs Passage Bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Ocean Dynasty during the period 12 January - 22 March 2021. This is a contracted survey conducted for the Australian Hydrographic Office by Precision Hydrographic Services as part of the Hydroscheme Industry Partnership Program (HIPP). The survey area encompases Backstairs Passage Southern Australia. Bathymetry data was acquired using a Kongsberg EM2040P and R2 Sonic 2024 systems and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 137.94089034731718 138.46476000720872 -36.07858854707714 -35.56514038107508 text/html ausseabed:Banks_Strait_A-1_Bathymetry_4m_2018 This resource includes bathymetry data acquired during the Banks Strait bathymetry survey collected by University of Queensland during the period 16 – 28 March 2018 on the TV Bluefin using Bathyswath interferometric sonar system. The survey was undertaken as a project of the Australian Tidal Energy (AUSTEn; http://austen.org.au/) co-funded by the Australian Renewable Energy Agency (ARENA) for the Advancing Renewables Program, led by Prof. Irene Penesis. The purpose of the project was to map the country’s tidal energy resource in unprecedented detail and assess its economic feasibility and ability to contribute to Australia’s energy needs. It will aid the emerging tidal energy industry to develop commercial-scale tidal energy projects. This dataset contains a 4m resolution 32-bit floating point geotiff file of the bathymetry in study area and transits, derived from the processed Bathyswath interferometric data, using Fledermaus. A final report of the project is provided in: Penesis, I et al. 2020. Tidal Energy in Australia: Assessing Resource and Feasibility in Australia’s Future Energy Mix (https://tethys-engineering.pnnl.gov/sites/default/files/publications/tidal-energy-in-australia-2020.pdf). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146179 <br><a href="https://files.ausseabed.gov.au/survey/BanksStrait-Bathymetry-4m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:4326 147.914491823 148.43300092892719 -40.759795064 -40.48770659525017 text/html ausseabed:Banks_Strait_A-1_Bathymetry__4m_2018_L0_Coverage features Banks_Strait_A-1_Bathymetry__4m_2018_L0_Coverage EPSG:4326 CRS:84 147.91472817500005 148.43295365900008 -40.75908600799994 -40.48841565099997 ausseabed:Banks_Strait_A-1_Bathymetry__4m_2018_HS This resource includes bathymetry data acquired during the Banks Strait bathymetry survey collected by University of Queensland during the period 16 – 28 March 2018 on the TV Bluefin using Bathyswath interferometric sonar system. The survey was undertaken as a project of the Australian Tidal Energy (AUSTEn; http://austen.org.au/) co-funded by the Australian Renewable Energy Agency (ARENA) for the Advancing Renewables Program, led by Prof. Irene Penesis. The purpose of the project was to map the country’s tidal energy resource in unprecedented detail and assess its economic feasibility and ability to contribute to Australia’s energy needs. It will aid the emerging tidal energy industry to develop commercial-scale tidal energy projects. This dataset contains a 4m resolution 32-bit floating point geotiff file of the bathymetry in study area and transits, derived from the processed Bathyswath interferometric data, using Fledermaus. A final report of the project is provided in: Penesis, I et al. 2020. Tidal Energy in Australia: Assessing Resource and Feasibility in Australia’s Future Energy Mix (https://tethys-engineering.pnnl.gov/sites/default/files/publications/tidal-energy-in-australia-2020.pdf). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 147.914491823 148.43300092892719 -40.759795064 -40.48770659525017 text/html ausseabed:Banks_Strait_A-1_Bathymetry__4m_2018_OV This resource includes bathymetry data acquired during the Banks Strait bathymetry survey collected by University of Queensland during the period 16 – 28 March 2018 on the TV Bluefin using Bathyswath interferometric sonar system. The survey was undertaken as a project of the Australian Tidal Energy (AUSTEn; http://austen.org.au/) co-funded by the Australian Renewable Energy Agency (ARENA) for the Advancing Renewables Program, led by Prof. Irene Penesis. The purpose of the project was to map the country’s tidal energy resource in unprecedented detail and assess its economic feasibility and ability to contribute to Australia’s energy needs. It will aid the emerging tidal energy industry to develop commercial-scale tidal energy projects. This dataset contains a 4m resolution 32-bit floating point geotiff file of the bathymetry in study area and transits, derived from the processed Bathyswath interferometric data, using Fledermaus. A final report of the project is provided in: Penesis, I et al. 2020. Tidal Energy in Australia: Assessing Resource and Feasibility in Australia’s Future Energy Mix (https://tethys-engineering.pnnl.gov/sites/default/files/publications/tidal-energy-in-australia-2020.pdf). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 147.914491823 148.43300092892719 -40.759795064 -40.48770659525017 text/html ausseabed:Banks_Strait__TAS_Bathymetry_30m_2021 The Banks Strait bathymetry survey was acquired for the Australian Hydrographic Office (AHO) by iXblue onboard the M/V Offshore Solution and SMB Indigo during the period 20 January – 17 July 2021. The survey was contracted as part of the HydroScheme Industry Partnership Program (HIPP). The survey area encompasses Banks Strait located between the Northern Tasmanian coast and the Furneaux Group (including Cape Barren, Clarke and Flinders Islands). Bathymetry data was acquired using a Kongsberg EM2040-04 MKII and EM 2040P multibeam sonar and processed using QPS Qimera V2.0.1. The dataset was then exported to GeoTIFF using CARIS HIPS and SIPS software. This dataset contains a 30m-resolution 32-bit floating point GeoTIFF file. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147082 <br><a href="https://files.ausseabed.gov.au/survey/BanksStrait-TAS-HIPP-SI-1020-Bathymetry-30m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 147.7049024413222 148.659593658152 -41.00587355641574 -40.470703662021506 text/html ausseabed:Banks_Strait__TAS_Bathymetry__HIPP_SI_1020__30m_2021_L0_Coverage features Banks_Strait__TAS_Bathymetry__HIPP_SI_1020__30m_2021_L0_Coverage EPSG:4326 CRS:84 147.7052576090001 148.65888332200007 -41.00560340499993 -40.470973812999944 ausseabed:Banks_Strait__TAS_Bathymetry__HIPP_SI_1020__30m_2021_HS The Banks Strait bathymetry survey was acquired for the Australian Hydrographic Office (AHO) by iXblue onboard the M/V Offshore Solution and SMB Indigo during the period 20 January – 17 July 2021. The survey was contracted as part of the HydroScheme Industry Partnership Program (HIPP). The survey area encompasses Banks Strait located between the Northern Tasmanian coast and the Furneaux Group (including Cape Barren, Clarke and Flinders Islands). Bathymetry data was acquired using a Kongsberg EM2040-04 MKII and EM 2040P multibeam sonar and processed using QPS Qimera V2.0.1. The dataset was then exported to GeoTIFF using CARIS HIPS and SIPS software. This dataset contains a 30m-resolution 32-bit floating point GeoTIFF file. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.7049024413222 148.659593658152 -41.00587355641574 -40.470703662021506 text/html ausseabed:Banks_Strait__TAS_Bathymetry__HIPP_SI_1020__30m_2021_OV The Banks Strait bathymetry survey was acquired for the Australian Hydrographic Office (AHO) by iXblue onboard the M/V Offshore Solution and SMB Indigo during the period 20 January – 17 July 2021. The survey was contracted as part of the HydroScheme Industry Partnership Program (HIPP). The survey area encompasses Banks Strait located between the Northern Tasmanian coast and the Furneaux Group (including Cape Barren, Clarke and Flinders Islands). Bathymetry data was acquired using a Kongsberg EM2040-04 MKII and EM 2040P multibeam sonar and processed using QPS Qimera V2.0.1. The dataset was then exported to GeoTIFF using CARIS HIPS and SIPS software. This dataset contains a 30m-resolution 32-bit floating point GeoTIFF file. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.7049024413222 148.659593658152 -41.00587355641574 -40.470703662021506 text/html ausseabed:Banks_Strait_to_Cape_Barren__TAS_Bathymetry_30m_2021 The Banks Strait to Cape Barren bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Solution during the period 29 November 2021 – 19 April 2022. This was a contracted survey conducted for the Australian Hydrographic Office by Ocean Infinity Australia as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area within Banks Strait to Cape Barren, Tasmania. Bathymetry data was acquired using a Kongsberg EM2040 MKII and a Kongsberg EM2040P, and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147986 <br><a href="https://files.ausseabed.gov.au/survey/BanksStraitToCapeBarrenTAS-HIPP-SI-1024-Bathymetry-30m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 148.17562204956323 148.90239456878254 -40.931095903048025 -40.302440347970965 text/html ausseabed:Banks_Strait_to_Cape_Barren__TAS_Bathymetry__HIPP_SI_1024__30m_2021_L0_Coverage features Banks_Strait_to_Cape_Barren__TAS_Bathymetry__HIPP_SI_1024__30m_2021_L0_Coverage EPSG:4326 CRS:84 148.18093989700003 148.88502293300007 -40.92380166199996 -40.302710504999936 ausseabed:Banks_Strait_to_Cape_Barren__TAS_Bathymetry__HIPP_SI_1024__30m_2021_HS The Banks Strait to Cape Barren bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Solution during the period 29 November 2021 – 19 April 2022. This was a contracted survey conducted for the Australian Hydrographic Office by Ocean Infinity Australia as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area within Banks Strait to Cape Barren, Tasmania. Bathymetry data was acquired using a Kongsberg EM2040 MKII and a Kongsberg EM2040P, and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 148.17562204956323 148.90239456878254 -40.931095903048025 -40.302440347970965 text/html ausseabed:Banks_Strait_to_Cape_Barren__TAS_Bathymetry__HIPP_SI_1024__30m_2021_OV The Banks Strait to Cape Barren bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Solution during the period 29 November 2021 – 19 April 2022. This was a contracted survey conducted for the Australian Hydrographic Office by Ocean Infinity Australia as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area within Banks Strait to Cape Barren, Tasmania. Bathymetry data was acquired using a Kongsberg EM2040 MKII and a Kongsberg EM2040P, and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 148.17562204956323 148.90239456878254 -40.931095903048025 -40.302440347970965 text/html ausseabed:Bass_Pyramid_to_Wright_Block_Bathymetry_30m_2023 The Bass Pyramid to Wright Block bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 16 Oct 2023 – 10 Jan 2024. This was a contracted survey conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Bass Pyramid to Wright Block. Bathymetry data was acquired using a Kongsberg EM2040-07, and processed using CARIS HIPS and SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149884 <br><a href="https://files.ausseabed.gov.au/survey/BassPyramidtoWrightBlock-HIPP-SI-1030-Bathymetry-30m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:4326 147.0285651090041 147.7187407417931 -39.97426657532721 -39.50453751326112 text/html ausseabed:Bass_Pyramid_to_Wright_Block_Bathymetry__HIPP_SI_1030__30m_2023_L0_Coverage features Bass_Pyramid_to_Wright_Block_Bathymetry__HIPP_SI_1030__30m_2023_L0_Coverage EPSG:4326 CRS:84 147.02856510900006 147.71874074200002 -39.974266574999945 -39.504537512999946 ausseabed:Bass_Pyramid_to_Wright_Block_Bathymetry__HIPP_SI_1030__30m_2023_HS The Bass Pyramid to Wright Block bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 16 Oct 2023 – 10 Jan 2024. This was a contracted survey conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Bass Pyramid to Wright Block. Bathymetry data was acquired using a Kongsberg EM2040-07, and processed using CARIS HIPS and SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.0285651090041 147.7187407417931 -39.97426657532721 -39.50453751326112 text/html ausseabed:Bass_Pyramid_to_Wright_Block_Bathymetry__HIPP_SI_1030__30m_2023_OV The Bass Pyramid to Wright Block bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 16 Oct 2023 – 10 Jan 2024. This was a contracted survey conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Bass Pyramid to Wright Block. Bathymetry data was acquired using a Kongsberg EM2040-07, and processed using CARIS HIPS and SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.0285651090041 147.7187407417931 -39.97426657532721 -39.50453751326112 text/html ausseabed:Beagle_Marine_Park_-_Shallow_Waters_Bathymetry__5m_2024 This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Beagle Marine Park and was acquired between 7th March 2024 and the 4th April 2024. The SSCN comprises a trunk route between Perth (Western Australia) and Sydney (New South Wales) with branches to Garden Island (Western Australia), Adelaide (South Australia), and Torquay (Victoria). EGS Australia was contracted by OMS to supply hydrographic, geophysical, and geotechnical survey services, to provide data for engineering, construction, and subsequent maintenance of the SSCN Segment 2-E. The primary purpose of the survey is to determine a viable and secure route for the cable system that is clear of excessive slopes (>6°), sea floor conditions that will adversely affect ploughing and burial of the cable, and obstacles such as rock outcrops, cable spans, existing cables, pipelines, shipwrecks, etc. This enables exact cable lengths, cable design and installation parameters to be defined to minimise problems over the designated life of the system. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150679 <br><a href="https://files.ausseabed.gov.au/survey/BeagleMarinePark_ShallowWaters_Bathymetry_5m_2024_download.zip" target="_blank">Download Bathymetry</a> EPSG:4326 147.37793095283462 147.72004321642814 -39.61232731296047 -39.51630695645002 text/html ausseabed:Beagle_Marine_Park_-_Shallow_Waters_Bathymetry__5m_2024_L0_Coverage features Beagle_Marine_Park_-_Shallow_Waters_Bathymetry__5m_2024_L0_Coverage EPSG:4326 CRS:84 147.37793095283502 147.720043216428 -39.6123273129605 -39.51630695645 ausseabed:Beagle_Marine_Park_-_Shallow_Waters_Bathymetry__5m_2024_HS This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Beagle Marine Park and was acquired between 7th March 2024 and the 4th April 2024. The SSCN comprises a trunk route between Perth (Western Australia) and Sydney (New South Wales) with branches to Garden Island (Western Australia), Adelaide (South Australia), and Torquay (Victoria). EGS Australia was contracted by OMS to supply hydrographic, geophysical, and geotechnical survey services, to provide data for engineering, construction, and subsequent maintenance of the SSCN Segment 2-E. The primary purpose of the survey is to determine a viable and secure route for the cable system that is clear of excessive slopes (>6°), sea floor conditions that will adversely affect ploughing and burial of the cable, and obstacles such as rock outcrops, cable spans, existing cables, pipelines, shipwrecks, etc. This enables exact cable lengths, cable design and installation parameters to be defined to minimise problems over the designated life of the system. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.37793095283462 147.72004321642814 -39.61232731296047 -39.51630695645002 text/html ausseabed:Beagle_Marine_Park_-_Shallow_Waters_Bathymetry__5m_2024_OV This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Beagle Marine Park and was acquired between 7th March 2024 and the 4th April 2024. The SSCN comprises a trunk route between Perth (Western Australia) and Sydney (New South Wales) with branches to Garden Island (Western Australia), Adelaide (South Australia), and Torquay (Victoria). EGS Australia was contracted by OMS to supply hydrographic, geophysical, and geotechnical survey services, to provide data for engineering, construction, and subsequent maintenance of the SSCN Segment 2-E. The primary purpose of the survey is to determine a viable and secure route for the cable system that is clear of excessive slopes (>6°), sea floor conditions that will adversely affect ploughing and burial of the cable, and obstacles such as rock outcrops, cable spans, existing cables, pipelines, shipwrecks, etc. This enables exact cable lengths, cable design and installation parameters to be defined to minimise problems over the designated life of the system. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.37793095283462 147.72004321642814 -39.61232731296047 -39.51630695645002 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S39_5E146_1m_2018 This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/130301 <br><a href="https://files.ausseabed.gov.au/survey/BeagleMarinePark-Bathymetry-1m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:4326 146.4999919042517 147.00002114085115 -39.50000551265272 -38.99999424235896 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S39_5E146_1m_2018_L0_Coverage Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S39_5E146_1m_2018_L0_Coverage features EPSG:4326 CRS:84 146.7094700450001 147.00002114100005 -39.50000551299996 -39.211098333999985 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S39_5E146_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.4999919042517 147.00002114085115 -39.50000551265272 -38.99999424235896 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S39_5E146_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.4999919042517 147.00002114085115 -39.50000551265272 -38.99999424235896 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S39_5E147_1m_2018 This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/130301 <br><a href="https://files.ausseabed.gov.au/survey/BeagleMarinePark-Bathymetry-1m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:4326 146.99999419139263 147.50000546168638 -39.50000551265272 -38.99999424235896 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S39_5E147_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S39_5E147_1m_2018_L0_Coverage EPSG:4326 CRS:84 146.99999419100004 147.46934596100004 -39.50000551299996 -39.23140924299997 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S39_5E147_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.99999419139263 147.50000546168638 -39.50000551265272 -38.99999424235896 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S39_5E147_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.99999419139263 147.50000546168638 -39.50000551265272 -38.99999424235896 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E146_1m_2018 This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/130301 <br><a href="https://files.ausseabed.gov.au/survey/BeagleMarinePark-Bathymetry-1m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:4326 145.99998961711077 146.50000987055736 -40.00000779979364 -39.499987546347036 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E146_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E146_1m_2018_L0_Coverage EPSG:4326 CRS:84 146.16149772200004 146.5000098710001 -40.000007799999935 -39.691535313999964 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E146_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.99998961711077 146.50000987055736 -40.00000779979364 -39.499987546347036 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E146_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.99998961711077 146.50000987055736 -40.00000779979364 -39.499987546347036 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E146_5_1m_2018 This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/130301 <br><a href="https://files.ausseabed.gov.au/survey/BeagleMarinePark-Bathymetry-1m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:4326 146.4999919042517 147.00002114085115 -40.00000779979364 -39.499987546347036 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E146_5_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E146_5_1m_2018_L0_Coverage EPSG:4326 CRS:84 146.499991904 147.00002114100005 -39.694517720999954 -39.49998754599994 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E146_5_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.4999919042517 147.00002114085115 -40.00000779979364 -39.499987546347036 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E146_5_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.4999919042517 147.00002114085115 -40.00000779979364 -39.499987546347036 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E147_1m_2018 This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/130301 <br><a href="https://files.ausseabed.gov.au/survey/BeagleMarinePark-Bathymetry-1m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:4326 146.99999419139263 147.50000546168638 -40.00000779979364 -39.499987546347036 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E147_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E147_1m_2018_L0_Coverage EPSG:4326 CRS:84 146.99999419100004 147.36285068400002 -40.000007799999935 -39.49998754599994 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E147_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.99999419139263 147.50000546168638 -40.00000779979364 -39.499987546347036 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E147_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.99999419139263 147.50000546168638 -40.00000779979364 -39.499987546347036 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E145_5_1m_2018 This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/130301 <br><a href="https://files.ausseabed.gov.au/survey/BeagleMarinePark-Bathymetry-1m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:4326 145.49998732996985 146.00000758341645 -40.50001008693457 -39.99998085033513 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E145_5_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E145_5_1m_2018_L0_Coverage EPSG:4326 CRS:84 145.61607661400012 146.00000758300007 -40.500010086999964 -40.14747523699998 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E145_5_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.49998732996985 146.00000758341645 -40.50001008693457 -39.99998085033513 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E145_5_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.49998732996985 146.00000758341645 -40.50001008693457 -39.99998085033513 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E146_1m_2018 This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/130301 <br><a href="https://files.ausseabed.gov.au/survey/BeagleMarinePark-Bathymetry-1m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:4326 145.99998961711077 146.50000987055736 -40.50001008693457 -39.99998085033513 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E146_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E146_1m_2018_L0_Coverage EPSG:4326 CRS:84 145.9999896170001 146.16478555600008 -40.15048459299993 -39.99998084999993 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E146_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.99998961711077 146.50000987055736 -40.50001008693457 -39.99998085033513 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E146_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.99998961711077 146.50000987055736 -40.50001008693457 -39.99998085033513 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E147_1m_2018 This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/130301 <br><a href="https://files.ausseabed.gov.au/survey/BeagleMarinePark-Bathymetry-1m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:4326 146.99999419139263 147.50000546168638 -40.50001008693457 -39.99998085033513 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E147_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E147_1m_2018_L0_Coverage EPSG:4326 CRS:84 147.044820124 147.09482035300005 -40.289867192999964 -39.99998084999993 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E147_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.99999419139263 147.50000546168638 -40.50001008693457 -39.99998085033513 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E147_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.99999419139263 147.50000546168638 -40.50001008693457 -39.99998085033513 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E145_1m_2018 This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/130301 <br><a href="https://files.ausseabed.gov.au/survey/BeagleMarinePark-Bathymetry-1m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:4326 145.49998732996985 146.00000758341645 -41.000012374075496 -40.49998313747605 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E145_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E145_1m_2018_L0_Coverage EPSG:4326 CRS:84 145.49998733000007 145.6191758020001 -40.606900622999945 -40.49998313699996 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E145_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.49998732996985 146.00000758341645 -41.000012374075496 -40.49998313747605 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E145_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.49998732996985 146.00000758341645 -41.000012374075496 -40.49998313747605 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E145_5_1m_2018 This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/130301 <br><a href="https://files.ausseabed.gov.au/survey/BeagleMarinePark-Bathymetry-1m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:4326 144.99999402598175 145.50001427942834 -41.000012374075496 -40.49998313747605 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E145_5_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E145_5_1m_2018_L0_Coverage EPSG:4326 CRS:84 145.49998733000007 145.6191758020001 -40.606900622999945 -40.49998313699996 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E145_5_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 144.99999402598175 145.50001427942834 -41.000012374075496 -40.49998313747605 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E145_5_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 144.99999402598175 145.50001427942834 -41.000012374075496 -40.49998313747605 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E146_5_1m_2018 This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/130301 <br><a href="https://files.ausseabed.gov.au/survey/BeagleMarinePark-Bathymetry-1m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:4326 146.4999919042517 147.00002114085115 -41.000012374075496 -40.49998313747605 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E146_5_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E146_5_1m_2018_L0_Coverage EPSG:4326 CRS:84 146.90933621300007 146.94382253700007 -40.93151583399998 -40.91382800599996 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E146_5_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.4999919042517 147.00002114085115 -41.000012374075496 -40.49998313747605 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E146_5_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.4999919042517 147.00002114085115 -41.000012374075496 -40.49998313747605 text/html ausseabed:Beagle_Park__Launceston_Tasmania_Bathymetry_1m_2018 This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/130301 <br><a href="https://files.ausseabed.gov.au/survey/BeagleMarinePark-Bathymetry-1m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:4326 144.99999402598175 147.50000546168638 -41.000012374075496 -38.99999424235896 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S39_5E147_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S39_5E147_1m_2018_L0_Coverage EPSG:4326 CRS:84 146.99999419100004 147.46934596100004 -39.50000551299996 -39.23140924299997 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S39_5E147_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.99999419139263 147.50000546168638 -39.50000551265272 -38.99999424235896 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S39_5E147_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.99999419139263 147.50000546168638 -39.50000551265272 -38.99999424235896 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E146_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E146_1m_2018_L0_Coverage EPSG:4326 CRS:84 146.16149772200004 146.5000098710001 -40.000007799999935 -39.691535313999964 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E146_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.99998961711077 146.50000987055736 -40.00000779979364 -39.499987546347036 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E146_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.99998961711077 146.50000987055736 -40.00000779979364 -39.499987546347036 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E146_5_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E146_5_1m_2018_L0_Coverage EPSG:4326 CRS:84 146.499991904 147.00002114100005 -39.694517720999954 -39.49998754599994 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E146_5_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.4999919042517 147.00002114085115 -40.00000779979364 -39.499987546347036 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E146_5_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.4999919042517 147.00002114085115 -40.00000779979364 -39.499987546347036 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E147_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E147_1m_2018_L0_Coverage EPSG:4326 CRS:84 146.99999419100004 147.36285068400002 -40.000007799999935 -39.49998754599994 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E147_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.99999419139263 147.50000546168638 -40.00000779979364 -39.499987546347036 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_0E147_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.99999419139263 147.50000546168638 -40.00000779979364 -39.499987546347036 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E146_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E146_1m_2018_L0_Coverage EPSG:4326 CRS:84 145.9999896170001 146.16478555600008 -40.15048459299993 -39.99998084999993 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E146_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.99998961711077 146.50000987055736 -40.50001008693457 -39.99998085033513 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E146_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.99998961711077 146.50000987055736 -40.50001008693457 -39.99998085033513 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E145_5_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E145_5_1m_2018_L0_Coverage EPSG:4326 CRS:84 145.49998733000007 145.6191758020001 -40.606900622999945 -40.49998313699996 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E145_5_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 144.99999402598175 145.50001427942834 -41.000012374075496 -40.49998313747605 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E145_5_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 144.99999402598175 145.50001427942834 -41.000012374075496 -40.49998313747605 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E146_5_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E146_5_1m_2018_L0_Coverage EPSG:4326 CRS:84 146.90933621300007 146.94382253700007 -40.93151583399998 -40.91382800599996 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E146_5_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.4999919042517 147.00002114085115 -41.000012374075496 -40.49998313747605 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E146_5_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.4999919042517 147.00002114085115 -41.000012374075496 -40.49998313747605 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E145_5_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E145_5_1m_2018_L0_Coverage EPSG:4326 CRS:84 145.61607661400012 146.00000758300007 -40.500010086999964 -40.14747523699998 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E145_5_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.49998732996985 146.00000758341645 -40.50001008693457 -39.99998085033513 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E145_5_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.49998732996985 146.00000758341645 -40.50001008693457 -39.99998085033513 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E147_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E147_1m_2018_L0_Coverage EPSG:4326 CRS:84 147.044820124 147.09482035300005 -40.289867192999964 -39.99998084999993 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E147_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.99999419139263 147.50000546168638 -40.50001008693457 -39.99998085033513 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S40_5E147_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.99999419139263 147.50000546168638 -40.50001008693457 -39.99998085033513 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E145_1m_2018_L0_Coverage features Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E145_1m_2018_L0_Coverage EPSG:4326 CRS:84 145.49998733000007 145.6191758020001 -40.606900622999945 -40.49998313699996 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E145_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.49998732996985 146.00000758341645 -41.000012374075496 -40.49998313747605 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S41_0E145_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.49998732996985 146.00000758341645 -41.000012374075496 -40.49998313747605 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S39_5E146_1m_2018_L0_Coverage Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S39_5E146_1m_2018_L0_Coverage features EPSG:4326 CRS:84 146.7094700450001 147.00002114100005 -39.50000551299996 -39.211098333999985 ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S39_5E146_1m_2018_HS This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.4999919042517 147.00002114085115 -39.50000551265272 -38.99999424235896 text/html ausseabed:Beagle_Park_Launceston_Tasmania_Bathymetry_Tile_S39_5E146_1m_2018_OV This resource includes bathymetry data for Beagle Marine Park (Bass Strait) collected by Geoscience Australia (GA) and the Institute for Marine & Antarctic Studies (University of Tasmania; UTAS) during the period 17 - 26 June 2018 on the TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by GA and UTAS. The purpose of the project was to build baseline information for benthic habitats in the Beagle Marine Park that will support ongoing environmental monitoring within the South-east Marine Park Network as part of the 10-year management plan (2013-2023). Data acquisition for the project was completed during three separate voyages: Phase 1 - Seabed mapping by multibeam sonar; Phase 2 - Seabed imagery acquisition by Autonomous Underwater Vehicle, and sediment sampling; Phase 3 - Survey of demersal fish communities using Baited Remote Underwater Video (BRUVs). This dataset from Phase 1 comprises 11 bathymetry grids derived from multibeam sonar data gridded at 1 m spatial resolution, covering a combined area of 366 km2. A detailed report on the survey is provided in: Barrett, N., Monk, J., Nichol, S.L., Falster, G., Carroll, A., Siwabessy, J., Deane, A., Picard, K., Dando, N., Hulls, J., Evans, H. 2019, Beagle Marine Park Post Survey Report: South-east Marine Park Network. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 146.4999919042517 147.00002114085115 -39.50000551265272 -38.99999424235896 text/html ausseabed:Bonaparte_and_Browse_Basins_Seismic-derived_Bathymetry_30m_2022 The Bonaparte and Browse Basins 3D seismic derived bathymetry compilation (20220002C) was produced by the University of Western Australia, Norwegian Geotechnical Institute and UniLasalle in collaboration with Geoscience Australia through the AusSeabed initiative. The compilation integrates 127 bathymetry grids derived from available and workable 3D seismic datasets into a 30 m resolution 32-bit geotiff. A detailed workflow is described in: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C., 2021, Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys, and historical datasets: Earth System Science Data, v. 13, no. 11, p. 5191-5212 https://doi.org/10.5194/essd-13-5191-2021, 2021. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147396 <br><a href="https://files.ausseabed.gov.au/survey/BonaparteAndBrowseBasins-3D-SeismicDerived-BathymetryCompilation-30m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:4326 120.325915738366 130.660015738366 -15.977228309559997 -9.33312830956 text/html ausseabed:Bonaparte_and_Browse_Basins_Seismic-derived_Bathymetry__30m_2022_L0_Coverage Bonaparte_and_Browse_Basins_Seismic-derived_Bathymetry__30m_2022_L0_Coverage features EPSG:4326 CRS:84 120.32621573800009 130.66001573800008 -15.976028309999947 -9.33312830999995 ausseabed:Bonaparte_and_Browse_Basins_Seismic-derived_Bathymetry__30m_2022_HS The Bonaparte and Browse Basins 3D seismic derived bathymetry compilation (20220002C) was produced by the University of Western Australia, Norwegian Geotechnical Institute and UniLasalle in collaboration with Geoscience Australia through the AusSeabed initiative. The compilation integrates 127 bathymetry grids derived from available and workable 3D seismic datasets into a 30 m resolution 32-bit geotiff. A detailed workflow is described in: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C., 2021, Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys, and historical datasets: Earth System Science Data, v. 13, no. 11, p. 5191-5212 https://doi.org/10.5194/essd-13-5191-2021, 2021. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 120.325915738366 130.660015738366 -15.977228309559997 -9.33312830956 text/html ausseabed:Bonaparte_and_Browse_Basins_Seismic-derived_Bathymetry__30m_2022_OV The Bonaparte and Browse Basins 3D seismic derived bathymetry compilation (20220002C) was produced by the University of Western Australia, Norwegian Geotechnical Institute and UniLasalle in collaboration with Geoscience Australia through the AusSeabed initiative. The compilation integrates 127 bathymetry grids derived from available and workable 3D seismic datasets into a 30 m resolution 32-bit geotiff. A detailed workflow is described in: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C., 2021, Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys, and historical datasets: Earth System Science Data, v. 13, no. 11, p. 5191-5212 https://doi.org/10.5194/essd-13-5191-2021, 2021. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 120.325915738366 130.660015738366 -15.977228309559997 -9.33312830956 text/html ausseabed:Booby_Island_to_DArcole_Islands__Bonaparte_Archipelago_Bathymetry_30m_2022 he Booby Island to D'Arcole Islands, Bonaparte Archipelago bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Solution and MV Special Order during the period 15 September 2022 – 26 November 2022. This was a contracted survey conducted for the Australian Hydrographic Office by Guardian Geomatics as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Booby Island to D'Arcole Islands, Bonaparte Archipelago, Western Australia. Bathymetry data was acquired using a Kongsberg EM2040P and a Kongsberg EM2040-07, and processed using CARIS HIPS & SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149044 <br><a href="https://files.ausseabed.gov.au/survey/BoobyIslandtoDArcoleIslandsBonaparteArchipelago-HIPP-SI-1026-Bathymetry-30m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:4326 124.16949540012826 124.75537662843101 -15.132794697456431 -14.739602097597317 text/html ausseabed:Booby_Island_to_DArcole_Islands__Bonaparte_Archipelago_Bathymetry__HIPP_SI_1026__30m_2022_L0_Coverage features Booby_Island_to_DArcole_Islands__Bonaparte_Archipelago_Bathymetry__HIPP_SI_1026__30m_2022_L0_Coverage EPSG:4326 CRS:84 124.16949540000007 124.75537662800002 -15.132794696999952 -14.739602097999978 ausseabed:Booby_Island_to_DArcole_Islands__Bonaparte_Archipelago_Bathymetry__HIPP_SI_1026__30m_2022_HS he Booby Island to D'Arcole Islands, Bonaparte Archipelago bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Solution and MV Special Order during the period 15 September 2022 – 26 November 2022. This was a contracted survey conducted for the Australian Hydrographic Office by Guardian Geomatics as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Booby Island to D'Arcole Islands, Bonaparte Archipelago, Western Australia. Bathymetry data was acquired using a Kongsberg EM2040P and a Kongsberg EM2040-07, and processed using CARIS HIPS & SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 124.16949540012826 124.75537662843101 -15.132794697456431 -14.739602097597317 text/html ausseabed:Booby_Island_to_DArcole_Islands__Bonaparte_Archipelago_Bathymetry__HIPP_SI_1026__30m_2022_OV he Booby Island to D'Arcole Islands, Bonaparte Archipelago bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Solution and MV Special Order during the period 15 September 2022 – 26 November 2022. This was a contracted survey conducted for the Australian Hydrographic Office by Guardian Geomatics as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Booby Island to D'Arcole Islands, Bonaparte Archipelago, Western Australia. Bathymetry data was acquired using a Kongsberg EM2040P and a Kongsberg EM2040-07, and processed using CARIS HIPS & SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 124.16949540012826 124.75537662843101 -15.132794697456431 -14.739602097597317 text/html ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__100m__20-100m_2019 This is a compilation of all the processed multibeam bathymetric data that Geoscience Australia holds in its database for the Bremer and Denmark Sub-Basins up until 2019. The location of the sub-basin lies in deep water off the southwest margin of WA between Broke and Esperance in Southern Western Australia. Not to be used for navigational purposes. <br>http://pid.geoscience.gov.au/dataset/ga/132281 <br><a href="https://files.ausseabed.gov.au/survey/BremerDenmarkSubBasins-Bathymetry20m-100m-2019.zip" target="_blank">Download Bathymetry</a> EPSG:32750 116.33621179072497 121.87537800574016 -36.49648695251258 -33.943169342257285 text/html ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__100m__20-100m_2019_L0_Coverage features Bremer_Denmark_Sub-basins_Bathymetry__100m__20-100m_2019_L0_Coverage EPSG:32750 CRS:84 116.33621179072497 121.87537800574016 -36.49648695251258 -33.97642547733165 ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__100m__20-100m_2019_HS This is a compilation of all the processed multibeam bathymetric data that Geoscience Australia holds in its database for the Bremer and Denmark Sub-Basins up until 2019. The location of the sub-basin lies in deep water off the southwest margin of WA between Broke and Esperance in Southern Western Australia. Not to be used for navigational purposes. EPSG:32750 CRS:84 116.33621179072497 121.87537800574016 -36.49492531095651 -33.943169342257285 text/html ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__100m__20-100m_2019_OV This is a compilation of all the processed multibeam bathymetric data that Geoscience Australia holds in its database for the Bremer and Denmark Sub-Basins up until 2019. The location of the sub-basin lies in deep water off the southwest margin of WA between Broke and Esperance in Southern Western Australia. Not to be used for navigational purposes. EPSG:32750 CRS:84 116.33621179072497 121.87537800574016 -36.49492531095651 -33.943169342257285 text/html ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__20-100m_2019 This is a compilation of all the processed multibeam bathymetric data that Geoscience Australia holds in its database for the Bremer and Denmark Sub-Basins up until 2019. The location of the sub-basin lies in deep water off the southwest margin of WA between Broke and Esperance in Southern Western Australia. Not to be used for navigational purposes. <br>http://pid.geoscience.gov.au/dataset/ga/132281 <br><a href="https://files.ausseabed.gov.au/survey/BremerDenmarkSubBasins-Bathymetry20m-100m-2019.zip" target="_blank">Download Bathymetry</a> EPSG:32750 116.32865415407578 121.87553267066143 -36.498979665238934 -33.943169342257285 text/html ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__20m__20-100m_2019_L0_Coverage features Bremer_Denmark_Sub-basins_Bathymetry__20m__20-100m_2019_L0_Coverage EPSG:32750 CRS:84 116.33871556516047 121.86547442321213 -36.49089661082943 -33.9740862908657 ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__20m__20-100m_2019_HS This is a compilation of all the processed multibeam bathymetric data that Geoscience Australia holds in its database for the Bremer and Denmark Sub-Basins up until 2019. The location of the sub-basin lies in deep water off the southwest margin of WA between Broke and Esperance in Southern Western Australia. Not to be used for navigational purposes. EPSG:32750 CRS:84 116.33871556516047 121.86547442321213 -36.48934990013851 -33.944784542472085 text/html ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__20m__20-100m_2019_OV This is a compilation of all the processed multibeam bathymetric data that Geoscience Australia holds in its database for the Bremer and Denmark Sub-Basins up until 2019. The location of the sub-basin lies in deep water off the southwest margin of WA between Broke and Esperance in Southern Western Australia. Not to be used for navigational purposes. EPSG:32750 CRS:84 116.33871556516047 121.86547442321213 -36.48934990013851 -33.944784542472085 text/html ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__50m__20-100m_2019_L0_Coverage features Bremer_Denmark_Sub-basins_Bathymetry__50m__20-100m_2019_L0_Coverage EPSG:32750 CRS:84 116.32865415407578 121.86636564890252 -36.49898292974843 -33.97384705959217 ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__50m__20-100m_2019_HS This is a compilation of all the processed multibeam bathymetric data that Geoscience Australia holds in its database for the Bremer and Denmark Sub-Basins up until 2019. The location of the sub-basin lies in deep water off the southwest margin of WA between Broke and Esperance in Southern Western Australia. Not to be used for navigational purposes. EPSG:32750 CRS:84 116.32865415407578 121.86636564890252 -36.49736215215691 -33.952275251041925 text/html ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__50m__20-100m_2019_OV This is a compilation of all the processed multibeam bathymetric data that Geoscience Australia holds in its database for the Bremer and Denmark Sub-Basins up until 2019. The location of the sub-basin lies in deep water off the southwest margin of WA between Broke and Esperance in Southern Western Australia. Not to be used for navigational purposes. EPSG:32750 CRS:84 116.32865415407578 121.86636564890252 -36.49736215215691 -33.952275251041925 text/html ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__100m__20-100m_2019_L0_Coverage features Bremer_Denmark_Sub-basins_Bathymetry__100m__20-100m_2019_L0_Coverage EPSG:32750 CRS:84 116.33621179072497 121.87537800574016 -36.49648695251258 -33.97642547733165 ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__100m__20-100m_2019_HS This is a compilation of all the processed multibeam bathymetric data that Geoscience Australia holds in its database for the Bremer and Denmark Sub-Basins up until 2019. The location of the sub-basin lies in deep water off the southwest margin of WA between Broke and Esperance in Southern Western Australia. Not to be used for navigational purposes. EPSG:32750 CRS:84 116.33621179072497 121.87537800574016 -36.49492531095651 -33.943169342257285 text/html ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__100m__20-100m_2019_OV This is a compilation of all the processed multibeam bathymetric data that Geoscience Australia holds in its database for the Bremer and Denmark Sub-Basins up until 2019. The location of the sub-basin lies in deep water off the southwest margin of WA between Broke and Esperance in Southern Western Australia. Not to be used for navigational purposes. EPSG:32750 CRS:84 116.33621179072497 121.87537800574016 -36.49492531095651 -33.943169342257285 text/html ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__20m__20-100m_2019 This is a compilation of all the processed multibeam bathymetric data that Geoscience Australia holds in its database for the Bremer and Denmark Sub-Basins up until 2019. The location of the sub-basin lies in deep water off the southwest margin of WA between Broke and Esperance in Southern Western Australia. Not to be used for navigational purposes. <br>http://pid.geoscience.gov.au/dataset/ga/132281 <br><a href="https://files.ausseabed.gov.au/survey/BremerDenmarkSubBasins-Bathymetry20m-100m-2019.zip" target="_blank">Download Bathymetry</a> EPSG:32750 116.33871556516047 121.86547442321213 -36.49089661082943 -33.944784542472085 text/html ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__20m__20-100m_2019_L0_Coverage features Bremer_Denmark_Sub-basins_Bathymetry__20m__20-100m_2019_L0_Coverage EPSG:32750 CRS:84 116.33871556516047 121.86547442321213 -36.49089661082943 -33.9740862908657 ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__20m__20-100m_2019_HS This is a compilation of all the processed multibeam bathymetric data that Geoscience Australia holds in its database for the Bremer and Denmark Sub-Basins up until 2019. The location of the sub-basin lies in deep water off the southwest margin of WA between Broke and Esperance in Southern Western Australia. Not to be used for navigational purposes. EPSG:32750 CRS:84 116.33871556516047 121.86547442321213 -36.48934990013851 -33.944784542472085 text/html ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__20m__20-100m_2019_OV This is a compilation of all the processed multibeam bathymetric data that Geoscience Australia holds in its database for the Bremer and Denmark Sub-Basins up until 2019. The location of the sub-basin lies in deep water off the southwest margin of WA between Broke and Esperance in Southern Western Australia. Not to be used for navigational purposes. EPSG:32750 CRS:84 116.33871556516047 121.86547442321213 -36.48934990013851 -33.944784542472085 text/html ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__50m__20-100m_2019 This is a compilation of all the processed multibeam bathymetric data that Geoscience Australia holds in its database for the Bremer and Denmark Sub-Basins up until 2019. The location of the sub-basin lies in deep water off the southwest margin of WA between Broke and Esperance in Southern Western Australia. Not to be used for navigational purposes. <br>http://pid.geoscience.gov.au/dataset/ga/132281 <br><a href="https://files.ausseabed.gov.au/survey/BremerDenmarkSubBasins-Bathymetry20m-100m-2019.zip" target="_blank">Download Bathymetry</a> EPSG:32750 116.32865415407578 121.86636564890252 -36.49898292974843 -33.952275251041925 text/html ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__50m__20-100m_2019_L0_Coverage features Bremer_Denmark_Sub-basins_Bathymetry__50m__20-100m_2019_L0_Coverage EPSG:32750 CRS:84 116.32865415407578 121.86636564890252 -36.49898292974843 -33.97384705959217 ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__50m__20-100m_2019_HS This is a compilation of all the processed multibeam bathymetric data that Geoscience Australia holds in its database for the Bremer and Denmark Sub-Basins up until 2019. The location of the sub-basin lies in deep water off the southwest margin of WA between Broke and Esperance in Southern Western Australia. Not to be used for navigational purposes. EPSG:32750 CRS:84 116.32865415407578 121.86636564890252 -36.49736215215691 -33.952275251041925 text/html ausseabed:Bremer_Denmark_Sub-basins_Bathymetry__50m__20-100m_2019_OV This is a compilation of all the processed multibeam bathymetric data that Geoscience Australia holds in its database for the Bremer and Denmark Sub-Basins up until 2019. The location of the sub-basin lies in deep water off the southwest margin of WA between Broke and Esperance in Southern Western Australia. Not to be used for navigational purposes. EPSG:32750 CRS:84 116.32865415407578 121.86636564890252 -36.49736215215691 -33.952275251041925 text/html ausseabed:Bremer_Marine_Park_Bathymetry_20-100m_2018 Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/130839 <br><a href="https://files.ausseabed.gov.au/survey/BremerMarinePark-Bathymetry-20m-100m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:32750 119.5709503569958 120.13203415046581 -35.213844125890354 -34.34577155882364 text/html ausseabed:Bremer_Marine_Park_Bathymetry__20m___20-100m_2018_L0_Coverage features Bremer_Marine_Park_Bathymetry__20m___20-100m_2018_L0_Coverage EPSG:4326 CRS:84 119.57606083400003 120.13130904500008 -35.21352060299995 -34.359229995999954 ausseabed:Bremer_Marine_Park_Bathymetry__20m___20-100m_2018_HS Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.57133470871615 120.13130904472595 -35.213520603397555 -34.345924518853 text/html ausseabed:Bremer_Marine_Park_Bathymetry__20m___20-100m_2018_OV Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.57133470871615 120.13130904472595 -35.213520603397555 -34.345924518853 text/html ausseabed:Bremer_Marine_Park_Bathymetry__30m___20-100m_2018_L0_Coverage Bremer_Marine_Park_Bathymetry__30m___20-100m_2018_L0_Coverage features EPSG:4326 CRS:84 119.57606083400003 120.13130904500008 -35.21352060299995 -34.359229995999954 ausseabed:Bremer_Marine_Park_Bathymetry__30m___20-100m_2018_HS Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.57133470871615 120.13130904472595 -35.213520603397555 -34.345924518853 text/html ausseabed:Bremer_Marine_Park_Bathymetry__30m___20-100m_2018_OV Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.57133470871615 120.13130904472595 -35.213520603397555 -34.345924518853 text/html ausseabed:Bremer_Marine_Park_Bathymetry__50m___20-100m_2018_L0_Coverage features Bremer_Marine_Park_Bathymetry__50m___20-100m_2018_L0_Coverage EPSG:4326 CRS:84 119.57595477400002 120.13120281200008 -35.21361303899994 -34.35867259699995 ausseabed:Bremer_Marine_Park_Bathymetry__50m___20-100m_2018_HS Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.57122882700565 120.13120281205978 -35.213613038502096 -34.34601732144318 text/html ausseabed:Bremer_Marine_Park_Bathymetry__50m___20-100m_2018_OV Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.57122882700565 120.13120281205978 -35.213613038502096 -34.34601732144318 text/html ausseabed:Bremer_Marine_Park_Bathymetry__100m___20-100m_2018_L0_Coverage features Bremer_Marine_Park_Bathymetry__100m___20-100m_2018_L0_Coverage EPSG:4326 CRS:84 119.57567575400003 120.1320341500001 -35.21384412599997 -34.35850408199997 ausseabed:Bremer_Marine_Park_Bathymetry__100m___20-100m_2018_HS Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.5709503569958 120.13203415046581 -35.213844125890354 -34.34577155882364 text/html ausseabed:Bremer_Marine_Park_Bathymetry__100m___20-100m_2018_OV Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.5709503569958 120.13203415046581 -35.213844125890354 -34.34577155882364 text/html ausseabed:Bremer_Marine_Park_Bathymetry__100m___20-100m_2018 Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/130839 <br><a href="https://files.ausseabed.gov.au/survey/BremerMarinePark-Bathymetry-20m-100m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:32750 119.5709503569958 120.13203415046581 -35.213844125890354 -34.34577155882364 text/html ausseabed:Bremer_Marine_Park_Bathymetry__100m___20-100m_2018_L0_Coverage features Bremer_Marine_Park_Bathymetry__100m___20-100m_2018_L0_Coverage EPSG:4326 CRS:84 119.57567575400003 120.1320341500001 -35.21384412599997 -34.35850408199997 ausseabed:Bremer_Marine_Park_Bathymetry__100m___20-100m_2018_HS Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.5709503569958 120.13203415046581 -35.213844125890354 -34.34577155882364 text/html ausseabed:Bremer_Marine_Park_Bathymetry__100m___20-100m_2018_OV Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.5709503569958 120.13203415046581 -35.213844125890354 -34.34577155882364 text/html ausseabed:Bremer_Marine_Park_Bathymetry__20m___20-100m_2018 Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/130839 <br><a href="https://files.ausseabed.gov.au/survey/BremerMarinePark-Bathymetry-20m-100m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:32750 119.57133470871615 120.13130904472595 -35.213520603397555 -34.345924518853 text/html ausseabed:Bremer_Marine_Park_Bathymetry__20m___20-100m_2018_L0_Coverage features Bremer_Marine_Park_Bathymetry__20m___20-100m_2018_L0_Coverage EPSG:4326 CRS:84 119.57606083400003 120.13130904500008 -35.21352060299995 -34.359229995999954 ausseabed:Bremer_Marine_Park_Bathymetry__20m___20-100m_2018_HS Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.57133470871615 120.13130904472595 -35.213520603397555 -34.345924518853 text/html ausseabed:Bremer_Marine_Park_Bathymetry__20m___20-100m_2018_OV Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.57133470871615 120.13130904472595 -35.213520603397555 -34.345924518853 text/html ausseabed:Bremer_Marine_Park_Bathymetry__30m___20-100m_2018 Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/130839 <br><a href="https://files.ausseabed.gov.au/survey/BremerMarinePark-Bathymetry-20m-100m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:32750 119.57133470871615 120.13130904472595 -35.213520603397555 -34.345924518853 text/html ausseabed:Bremer_Marine_Park_Bathymetry__30m___20-100m_2018_L0_Coverage Bremer_Marine_Park_Bathymetry__30m___20-100m_2018_L0_Coverage features EPSG:4326 CRS:84 119.57606083400003 120.13130904500008 -35.21352060299995 -34.359229995999954 ausseabed:Bremer_Marine_Park_Bathymetry__30m___20-100m_2018_HS Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.57133470871615 120.13130904472595 -35.213520603397555 -34.345924518853 text/html ausseabed:Bremer_Marine_Park_Bathymetry__30m___20-100m_2018_OV Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.57133470871615 120.13130904472595 -35.213520603397555 -34.345924518853 text/html ausseabed:Bremer_Marine_Park_Bathymetry__50m___20-100m_2018 Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/130839 <br><a href="https://files.ausseabed.gov.au/survey/BremerMarinePark-Bathymetry-20m-100m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:32750 119.57122882700565 120.13120281205978 -35.213613038502096 -34.34601732144318 text/html ausseabed:Bremer_Marine_Park_Bathymetry__50m___20-100m_2018_L0_Coverage features Bremer_Marine_Park_Bathymetry__50m___20-100m_2018_L0_Coverage EPSG:4326 CRS:84 119.57595477400002 120.13120281200008 -35.21361303899994 -34.35867259699995 ausseabed:Bremer_Marine_Park_Bathymetry__50m___20-100m_2018_HS Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.57122882700565 120.13120281205978 -35.213613038502096 -34.34601732144318 text/html ausseabed:Bremer_Marine_Park_Bathymetry__50m___20-100m_2018_OV Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new data. This includes compiling existing bathymetry datasets for select marine parks. This dataset includes a compilation of multibeam sonar bathymetry (gridded to 100 m spatial resolution) for Bremer Marine Park, in the South-west Marine Park Network. The park incorporates Bremer Canyon and adjacent smaller canyons that incise the continental slope and outer shelf. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.57122882700565 120.13120281205978 -35.213613038502096 -34.34601732144318 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_1_3m___2-64m_2020 This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145543 <br><a href="https://files.ausseabed.gov.au/survey/BremerLeeuwinAndPerthCanyons-Bathymetry-2m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 119.40379357900515 119.7217163412079 -34.71935123362546 -34.388384933497306 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_1_3m___2-64m_2020_L0_Coverage features Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_1_3m___2-64m_2020_L0_Coverage EPSG:4326 CRS:84 119.40589563700007 119.72171634100005 -34.67103085399998 -34.38838493299994 ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_1_3m___2-64m_2020_HS This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 119.40379357900515 119.7217163412079 -34.71935123362546 -34.388384933497306 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_1_3m___2-64m_2020_OV This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 119.40379357900515 119.7217163412079 -34.71935123362546 -34.388384933497306 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_2-64m_2020 This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145543 <br><a href="https://files.ausseabed.gov.au/survey/BremerLeeuwinAndPerthCanyons-Bathymetry-2m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 114.13950880889004 120.37970982894333 -35.66211066642679 -31.33179980563432 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_3_7m___2-64m_2020_L0_Coverage features Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_3_7m___2-64m_2020_L0_Coverage EPSG:4326 CRS:84 118.14210976200002 119.22475036000003 -35.09331988599996 -34.845313002999944 ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_3_7m___2-64m_2020_HS This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 118.14210976245926 119.22487612386703 -35.09338276847429 -34.845313002764684 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_3_7m___2-64m_2020_OV This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 118.14210976245926 119.22487612386703 -35.09338276847429 -34.845313002764684 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_9_2m___2-64m_2020_L0_Coverage features Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_9_2m___2-64m_2020_L0_Coverage EPSG:4326 CRS:84 115.37558165700011 115.66670767400001 -32.019163711999965 -31.932620016999977 ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_9_2m___2-64m_2020_HS This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 115.3754558925459 115.66670767396313 -32.01946913878066 -31.93262001711198 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_9_2m___2-64m_2020_OV This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 115.3754558925459 115.66670767396313 -32.01946913878066 -31.93262001711198 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_7_16m___2-64m_2020_L0_Coverage features Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_7_16m___2-64m_2020_L0_Coverage EPSG:4326 CRS:84 114.43365316600011 114.49143280500004 -33.47963571699995 -32.57715224999998 ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_7_16m___2-64m_2020_HS This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 114.42977244349473 114.49143280459668 -33.480641830470944 -32.577152250314896 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_7_16m___2-64m_2020_OV This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 114.42977244349473 114.49143280459668 -33.480641830470944 -32.577152250314896 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_2_64m___2-64m_2020_L0_Coverage features Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_2_64m___2-64m_2020_L0_Coverage EPSG:4326 CRS:84 119.0441665300001 120.37970982900003 -35.65866113599998 -34.57378373299997 ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_2_64m___2-64m_2020_HS This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 119.04244176439165 120.37970982894333 -35.66211066642679 -34.57378373341031 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_2_64m___2-64m_2020_OV This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 119.04244176439165 120.37970982894333 -35.66211066642679 -34.57378373341031 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_5_64m___2-64m_2020_L0_Coverage features Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_5_64m___2-64m_2020_L0_Coverage EPSG:4326 CRS:84 115.15424575400004 115.89187040000002 -35.34015446899997 -35.04464467299994 ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_5_64m___2-64m_2020_HS This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 115.14332223997657 115.89187039992768 -35.351077982453255 -35.04464467273441 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_5_64m___2-64m_2020_OV This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 115.14332223997657 115.89187039992768 -35.351077982453255 -35.04464467273441 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_4_32m___2-64m_2020_L0_Coverage features Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_4_32m___2-64m_2020_L0_Coverage EPSG:4326 CRS:84 115.88022823400001 117.04501976400002 -35.50300106299994 -35.244573721999984 ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_4_32m___2-64m_2020_HS This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 115.8787909293909 117.04501976384623 -35.50558821132181 -35.24457372236804 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_4_32m___2-64m_2020_OV This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 115.8787909293909 117.04501976384623 -35.50558821132181 -35.24457372236804 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_8_64m___2-64m_2020_L0_Coverage features Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_8_64m___2-64m_2020_L0_Coverage EPSG:4326 CRS:84 114.14755771400007 115.24163386500004 -32.57363085399993 -31.331799805999935 ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_8_64m___2-64m_2020_HS This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 114.13950880889004 115.2416338646706 -32.573630854401145 -31.33179980563432 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_8_64m___2-64m_2020_OV This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 114.13950880889004 115.2416338646706 -32.573630854401145 -31.33179980563432 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_6_11m___2-64m_2020_L0_Coverage features Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_6_11m___2-64m_2020_L0_Coverage EPSG:4326 CRS:84 114.44148198300002 115.29741475200001 -35.12560533799996 -33.477969342999984 ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_6_11m___2-64m_2020_HS This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 114.43654124916058 115.297414752238 -35.128075704747 -33.47796934250069 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_6_11m___2-64m_2020_OV This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 114.43654124916058 115.297414752238 -35.128075704747 -33.47796934250069 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_1_3m___2-64m_2020_L0_Coverage features Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_1_3m___2-64m_2020_L0_Coverage EPSG:4326 CRS:84 119.40589563700007 119.72171634100005 -34.67103085399998 -34.38838493299994 ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_1_3m___2-64m_2020_HS This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 119.40379357900515 119.7217163412079 -34.71935123362546 -34.388384933497306 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_1_3m___2-64m_2020_OV This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 119.40379357900515 119.7217163412079 -34.71935123362546 -34.388384933497306 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_2_64m___2-64m_2020 This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145543 <br><a href="https://files.ausseabed.gov.au/survey/BremerLeeuwinAndPerthCanyons-Bathymetry-2m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 119.04244176439165 120.37970982894333 -35.66211066642679 -34.57378373341031 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_2_64m___2-64m_2020_L0_Coverage features Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_2_64m___2-64m_2020_L0_Coverage EPSG:4326 CRS:84 119.0441665300001 120.37970982900003 -35.65866113599998 -34.57378373299997 ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_2_64m___2-64m_2020_HS This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 119.04244176439165 120.37970982894333 -35.66211066642679 -34.57378373341031 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_2_64m___2-64m_2020_OV This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 119.04244176439165 120.37970982894333 -35.66211066642679 -34.57378373341031 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_3_7m___2-64m_2020 This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145543 <br><a href="https://files.ausseabed.gov.au/survey/BremerLeeuwinAndPerthCanyons-Bathymetry-2m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 118.14210976245926 119.22487612386703 -35.09338276847429 -34.845313002764684 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_3_7m___2-64m_2020_L0_Coverage features Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_3_7m___2-64m_2020_L0_Coverage EPSG:4326 CRS:84 118.14210976200002 119.22475036000003 -35.09331988599996 -34.845313002999944 ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_3_7m___2-64m_2020_HS This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 118.14210976245926 119.22487612386703 -35.09338276847429 -34.845313002764684 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_3_7m___2-64m_2020_OV This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 118.14210976245926 119.22487612386703 -35.09338276847429 -34.845313002764684 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_4_32m___2-64m_2020 This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145543 <br><a href="https://files.ausseabed.gov.au/survey/BremerLeeuwinAndPerthCanyons-Bathymetry-2m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 115.8787909293909 117.04501976384623 -35.50558821132181 -35.24457372236804 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_4_32m___2-64m_2020_L0_Coverage features Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_4_32m___2-64m_2020_L0_Coverage EPSG:4326 CRS:84 115.88022823400001 117.04501976400002 -35.50300106299994 -35.244573721999984 ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_4_32m___2-64m_2020_HS This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 115.8787909293909 117.04501976384623 -35.50558821132181 -35.24457372236804 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_4_32m___2-64m_2020_OV This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 115.8787909293909 117.04501976384623 -35.50558821132181 -35.24457372236804 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_5_64m___2-64m_2020 This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145543 <br><a href="https://files.ausseabed.gov.au/survey/BremerLeeuwinAndPerthCanyons-Bathymetry-2m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 115.14332223997657 115.89187039992768 -35.351077982453255 -35.04464467273441 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_5_64m___2-64m_2020_L0_Coverage features Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_5_64m___2-64m_2020_L0_Coverage EPSG:4326 CRS:84 115.15424575400004 115.89187040000002 -35.34015446899997 -35.04464467299994 ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_5_64m___2-64m_2020_HS This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 115.14332223997657 115.89187039992768 -35.351077982453255 -35.04464467273441 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_5_64m___2-64m_2020_OV This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 115.14332223997657 115.89187039992768 -35.351077982453255 -35.04464467273441 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_6_11m___2-64m_2020 This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145543 <br><a href="https://files.ausseabed.gov.au/survey/BremerLeeuwinAndPerthCanyons-Bathymetry-2m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 114.43654124916058 115.297414752238 -35.128075704747 -33.47796934250069 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_6_11m___2-64m_2020_L0_Coverage features Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_6_11m___2-64m_2020_L0_Coverage EPSG:4326 CRS:84 114.44148198300002 115.29741475200001 -35.12560533799996 -33.477969342999984 ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_6_11m___2-64m_2020_HS This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 114.43654124916058 115.297414752238 -35.128075704747 -33.47796934250069 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_6_11m___2-64m_2020_OV This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 114.43654124916058 115.297414752238 -35.128075704747 -33.47796934250069 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_7_16m___2-64m_2020 This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145543 <br><a href="https://files.ausseabed.gov.au/survey/BremerLeeuwinAndPerthCanyons-Bathymetry-2m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 114.42977244349473 114.49143280459668 -33.480641830470944 -32.577152250314896 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_7_16m___2-64m_2020_L0_Coverage features Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_7_16m___2-64m_2020_L0_Coverage EPSG:4326 CRS:84 114.43365316600011 114.49143280500004 -33.47963571699995 -32.57715224999998 ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_7_16m___2-64m_2020_HS This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 114.42977244349473 114.49143280459668 -33.480641830470944 -32.577152250314896 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_7_16m___2-64m_2020_OV This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 114.42977244349473 114.49143280459668 -33.480641830470944 -32.577152250314896 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_8_64m___2-64m_2020 This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145543 <br><a href="https://files.ausseabed.gov.au/survey/BremerLeeuwinAndPerthCanyons-Bathymetry-2m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 114.13950880889004 115.2416338646706 -32.573630854401145 -31.33179980563432 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_8_64m___2-64m_2020_L0_Coverage features Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_8_64m___2-64m_2020_L0_Coverage EPSG:4326 CRS:84 114.14755771400007 115.24163386500004 -32.57363085399993 -31.331799805999935 ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_8_64m___2-64m_2020_HS This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 114.13950880889004 115.2416338646706 -32.573630854401145 -31.33179980563432 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_8_64m___2-64m_2020_OV This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 114.13950880889004 115.2416338646706 -32.573630854401145 -31.33179980563432 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_9_2m___2-64m_2020 This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145543 <br><a href="https://files.ausseabed.gov.au/survey/BremerLeeuwinAndPerthCanyons-Bathymetry-2m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 115.3754558925459 115.66670767396313 -32.01946913878066 -31.93262001711198 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_9_2m___2-64m_2020_L0_Coverage features Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_9_2m___2-64m_2020_L0_Coverage EPSG:4326 CRS:84 115.37558165700011 115.66670767400001 -32.019163711999965 -31.932620016999977 ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_9_2m___2-64m_2020_HS This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 115.3754558925459 115.66670767396313 -32.01946913878066 -31.93262001711198 text/html ausseabed:Bremer__Leeuwin_and_Perth_Canyons_Bathymetry_9_2m___2-64m_2020_OV This resource includes bathymetry data acquired during the Bremer, Leeuwin and Perth Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Bremer, Leeuwin and Perth Canyons survey (FK200126/GA4865), also known as The Great Australian Deep-Sea Coral and Canyon Adventure survey (https://schmidtocean.org/cruise/coralandcanyonadventure), was led by Dr. Julie Trotter (The University of Western Australia) and Dr. Paolo Montagna (Institute of Polar Sciences) aboard the Schmidt Ocean Institute's research vessel Falkor, from the 26th of January to the 25th of February 2020. The primary objective of the expedition was to map underwater landscapes in the Bremer, Leeuwin and Perth Canyons, characterise chemical and physical oceanography, and use the SOIs ROV SuBastian to capture high-definition video and collect samples. This V1 dataset contains nine 2m to 64m resolution 32-bit floating point geotiff files of the bathymetry in these three study areas and transits, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. An independently processed dataset in GSF format is available at https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=30215,30216 produced by researchers on the cruise: F. Foglini, A. Remia, J. Trotter and P. Montagna (2021; http://get.iedadata.org/doi/330215 & http://get.iedadata.org/doi/330215). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 115.3754558925459 115.66670767396313 -32.01946913878066 -31.93262001711198 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_1-7m_2014 Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. <br>https://pid.geoscience.gov.au/dataset/ga/83696 <br><a href="https://files.ausseabed.gov.au/survey/CaswellBasin-Bathymetry-1m-7m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:4326 122.37715337642305 130.76364467293322 -14.307369412753731 -12.248300623527674 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_05_2m___1-7m_2014_L0_Coverage features Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_05_2m___1-7m_2014_L0_Coverage EPSG:4326 CRS:84 124.33461567300003 124.97389795200002 -13.412201332999928 -12.75986015799998 ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_05_2m___1-7m_2014_HS Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 124.33425544868182 124.97573735032643 -13.42558044642234 -12.757148907123543 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_05_2m___1-7m_2014_OV Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 124.33425544868182 124.97573735032643 -13.42558044642234 -12.757148907123543 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_07_7m___1-7m_2014_L0_Coverage features Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_07_7m___1-7m_2014_L0_Coverage EPSG:4326 CRS:84 122.38515176700002 123.16856429900008 -14.298557243999937 -13.24901280599994 ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_07_7m___1-7m_2014_HS Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 122.37715337642308 123.16888515181454 -14.308183468610482 -13.247175661780465 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_07_7m___1-7m_2014_OV Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 122.37715337642308 123.16888515181454 -14.308183468610482 -13.247175661780465 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_01_2m___1-7m_2014_L0_Coverage features Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_01_2m___1-7m_2014_L0_Coverage EPSG:4326 CRS:84 128.99316210100005 130.761139253 -12.488581646999933 -12.259941434999973 ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_01_2m___1-7m_2014_HS Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32752 CRS:84 128.9931618344917 130.76528706008668 -12.498727962945441 -12.248300623527655 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_01_2m___1-7m_2014_OV Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32752 CRS:84 128.9931618344917 130.76528706008668 -12.498727962945441 -12.248300623527655 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_02_2m___1-7m_2014_L0_Coverage features Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_02_2m___1-7m_2014_L0_Coverage EPSG:4326 CRS:84 127.54746886600003 128.999346843 -12.683557416999975 -12.383573245999969 ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_02_2m___1-7m_2014_HS Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32752 CRS:84 127.54739326487939 128.9993468551702 -12.700856981516266 -12.374674656416714 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_02_2m___1-7m_2014_OV Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32752 CRS:84 127.54739326487939 128.9993468551702 -12.700856981516266 -12.374674656416714 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_06_7m___1-7m_2014_L0_Coverage features Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_06_7m___1-7m_2014_L0_Coverage EPSG:4326 CRS:84 123.16470646000005 124.34014175100003 -13.873872780999932 -12.82935218199998 ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_06_7m___1-7m_2014_HS Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 123.16442628110096 124.3428106686094 -13.88754435739876 -12.829352182473379 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_06_7m___1-7m_2014_OV Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 123.16442628110096 124.3428106686094 -13.88754435739876 -12.829352182473379 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_A3__AUV__1m___1-7m_2014_L0_Coverage Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_A3__AUV__1m___1-7m_2014_L0_Coverage features EPSG:4326 CRS:84 123.6806349950001 123.7512152170001 -12.975184695999928 -12.933362535999947 ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_A3__AUV__1m___1-7m_2014_HS Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 123.68012984215564 123.751801951922 -12.975805619880097 -12.932840197740067 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_A3__AUV__1m___1-7m_2014_OV Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 123.68012984215564 123.751801951922 -12.975805619880097 -12.932840197740067 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_04_2m___1-7m_2014_L0_Coverage features Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_04_2m___1-7m_2014_L0_Coverage EPSG:4326 CRS:84 124.96764202000008 125.99248647600007 -13.19532378699995 -12.655774002999976 ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_04_2m___1-7m_2014_HS Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 124.96685415185866 125.99594244064107 -13.21027130224804 -12.648242504062885 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_04_2m___1-7m_2014_OV Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 124.96685415185866 125.99594244064107 -13.21027130224804 -12.648242504062885 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_A4__AUV__1m___1-7m_2014_L0_Coverage Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_A4__AUV__1m___1-7m_2014_L0_Coverage features EPSG:4326 CRS:84 123.2367292030001 123.30259226100009 -13.116785082999968 -13.079154648999975 ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_A4__AUV__1m___1-7m_2014_HS Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 123.23635402947416 123.30297334948743 -13.117236325442478 -13.078808239543406 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_A4__AUV__1m___1-7m_2014_OV Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 123.23635402947416 123.30297334948743 -13.117236325442478 -13.078808239543406 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_03_2m___1-7m_2014_L0_Coverage features Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_03_2m___1-7m_2014_L0_Coverage EPSG:4326 CRS:84 125.98094690700009 127.5527473200001 -12.914769302999957 -12.50420725999993 ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_03_2m___1-7m_2014_HS Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32752 CRS:84 125.98087266396378 127.55278787268063 -12.934384815357989 -12.483950940411788 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_03_2m___1-7m_2014_OV Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32752 CRS:84 125.98087266396378 127.55278787268063 -12.934384815357989 -12.483950940411788 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_01_2m___1-7m_2014 Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. <br>https://pid.geoscience.gov.au/dataset/ga/83696 <br><a href="https://files.ausseabed.gov.au/survey/CaswellBasin-Bathymetry-1m-7m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32752 128.9931618344917 130.76528706008668 -12.498727962945441 -12.248300623527655 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_01_2m___1-7m_2014_L0_Coverage features Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_01_2m___1-7m_2014_L0_Coverage EPSG:4326 CRS:84 128.99316210100005 130.761139253 -12.488581646999933 -12.259941434999973 ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_01_2m___1-7m_2014_HS Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32752 CRS:84 128.9931618344917 130.76528706008668 -12.498727962945441 -12.248300623527655 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_01_2m___1-7m_2014_OV Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32752 CRS:84 128.9931618344917 130.76528706008668 -12.498727962945441 -12.248300623527655 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_02_2m___1-7m_2014 Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. <br>https://pid.geoscience.gov.au/dataset/ga/83696 <br><a href="https://files.ausseabed.gov.au/survey/CaswellBasin-Bathymetry-1m-7m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32752 127.54739326487939 128.9993468551702 -12.700856981516266 -12.374674656416714 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_02_2m___1-7m_2014_L0_Coverage features Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_02_2m___1-7m_2014_L0_Coverage EPSG:4326 CRS:84 127.54746886600003 128.999346843 -12.683557416999975 -12.383573245999969 ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_02_2m___1-7m_2014_HS Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32752 CRS:84 127.54739326487939 128.9993468551702 -12.700856981516266 -12.374674656416714 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_02_2m___1-7m_2014_OV Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32752 CRS:84 127.54739326487939 128.9993468551702 -12.700856981516266 -12.374674656416714 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_03_2m___1-7m_2014 Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. <br>https://pid.geoscience.gov.au/dataset/ga/83696 <br><a href="https://files.ausseabed.gov.au/survey/CaswellBasin-Bathymetry-1m-7m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32752 125.98087266396378 127.55278787268063 -12.934384815357989 -12.483950940411788 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_03_2m___1-7m_2014_L0_Coverage features Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_03_2m___1-7m_2014_L0_Coverage EPSG:4326 CRS:84 125.98094690700009 127.5527473200001 -12.914769302999957 -12.50420725999993 ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_03_2m___1-7m_2014_HS Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32752 CRS:84 125.98087266396378 127.55278787268063 -12.934384815357989 -12.483950940411788 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_03_2m___1-7m_2014_OV Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32752 CRS:84 125.98087266396378 127.55278787268063 -12.934384815357989 -12.483950940411788 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_04_2m___1-7m_2014 Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. <br>https://pid.geoscience.gov.au/dataset/ga/83696 <br><a href="https://files.ausseabed.gov.au/survey/CaswellBasin-Bathymetry-1m-7m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32751 124.96685415185866 125.99594244064107 -13.21027130224804 -12.648242504062885 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_04_2m___1-7m_2014_L0_Coverage features Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_04_2m___1-7m_2014_L0_Coverage EPSG:4326 CRS:84 124.96764202000008 125.99248647600007 -13.19532378699995 -12.655774002999976 ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_04_2m___1-7m_2014_HS Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 124.96685415185866 125.99594244064107 -13.21027130224804 -12.648242504062885 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_04_2m___1-7m_2014_OV Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 124.96685415185866 125.99594244064107 -13.21027130224804 -12.648242504062885 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_05_2m___1-7m_2014 Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. <br>https://pid.geoscience.gov.au/dataset/ga/83696 <br><a href="https://files.ausseabed.gov.au/survey/CaswellBasin-Bathymetry-1m-7m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32751 124.33425544868182 124.97573735032643 -13.42558044642234 -12.757148907123543 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_05_2m___1-7m_2014_L0_Coverage features Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_05_2m___1-7m_2014_L0_Coverage EPSG:4326 CRS:84 124.33461567300003 124.97389795200002 -13.412201332999928 -12.75986015799998 ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_05_2m___1-7m_2014_HS Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 124.33425544868182 124.97573735032643 -13.42558044642234 -12.757148907123543 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_05_2m___1-7m_2014_OV Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 124.33425544868182 124.97573735032643 -13.42558044642234 -12.757148907123543 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_06_7m___1-7m_2014 Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. <br>https://pid.geoscience.gov.au/dataset/ga/83696 <br><a href="https://files.ausseabed.gov.au/survey/CaswellBasin-Bathymetry-1m-7m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32751 123.16442628110096 124.3428106686094 -13.88754435739876 -12.829352182473379 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_06_7m___1-7m_2014_L0_Coverage features Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_06_7m___1-7m_2014_L0_Coverage EPSG:4326 CRS:84 123.16470646000005 124.34014175100003 -13.873872780999932 -12.82935218199998 ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_06_7m___1-7m_2014_HS Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 123.16442628110096 124.3428106686094 -13.88754435739876 -12.829352182473379 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_06_7m___1-7m_2014_OV Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 123.16442628110096 124.3428106686094 -13.88754435739876 -12.829352182473379 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_07_7m___1-7m_2014 Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. <br>https://pid.geoscience.gov.au/dataset/ga/83696 <br><a href="https://files.ausseabed.gov.au/survey/CaswellBasin-Bathymetry-1m-7m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32751 122.37715337642308 123.16888515181454 -14.308183468610482 -13.247175661780465 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_07_7m___1-7m_2014_L0_Coverage features Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_07_7m___1-7m_2014_L0_Coverage EPSG:4326 CRS:84 122.38515176700002 123.16856429900008 -14.298557243999937 -13.24901280599994 ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_07_7m___1-7m_2014_HS Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 122.37715337642308 123.16888515181454 -14.308183468610482 -13.247175661780465 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_07_7m___1-7m_2014_OV Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 122.37715337642308 123.16888515181454 -14.308183468610482 -13.247175661780465 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_A3__AUV__1m___1-7m_2014 Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. <br>https://pid.geoscience.gov.au/dataset/ga/83696 <br><a href="https://files.ausseabed.gov.au/survey/CaswellBasin-Bathymetry-1m-7m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32751 123.68012984215564 123.751801951922 -12.975805619880097 -12.932840197740067 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_A3__AUV__1m___1-7m_2014_L0_Coverage Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_A3__AUV__1m___1-7m_2014_L0_Coverage features EPSG:4326 CRS:84 123.6806349950001 123.7512152170001 -12.975184695999928 -12.933362535999947 ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_A3__AUV__1m___1-7m_2014_HS Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 123.68012984215564 123.751801951922 -12.975805619880097 -12.932840197740067 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_A3__AUV__1m___1-7m_2014_OV Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 123.68012984215564 123.751801951922 -12.975805619880097 -12.932840197740067 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_A4__AUV__1m___1-7m_2014 Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. <br>https://pid.geoscience.gov.au/dataset/ga/83696 <br><a href="https://files.ausseabed.gov.au/survey/CaswellBasin-Bathymetry-1m-7m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32751 123.23635402947416 123.30297334948743 -13.117236325442478 -13.078808239543406 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_A4__AUV__1m___1-7m_2014_L0_Coverage Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_A4__AUV__1m___1-7m_2014_L0_Coverage features EPSG:4326 CRS:84 123.2367292030001 123.30259226100009 -13.116785082999968 -13.079154648999975 ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_A4__AUV__1m___1-7m_2014_HS Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 123.23635402947416 123.30297334948743 -13.117236325442478 -13.078808239543406 text/html ausseabed:Browse_Basin__Caswell_Sub-basin__Bathymetry_Area_A4__AUV__1m___1-7m_2014_OV Geoscience Australia conducted a marine survey (GA-0345 andGA-0346 /TAN1411) in Commonwealth waters of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014. The purpose of the survey was to collect pre-competitive marine data to support a CO2 storage assessment in the Browse Basin, with particular emphasis on the integrity of seals overlying select CO2 storage plays. Data acquisition was undertaken as part of the National CO2 Infrastructure Plan (NCIP), administered by the Department of Industry and Science. The survey was conducted in 3 Legs aboard the New Geoscience Australia (GA) conducted a marine survey (GA0345/GA0346/TAN1411) of the north-eastern Browse Basin (Caswell Sub-basin) between 9 October and 9 November 2014 to acquire seabed and shallow geological information to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The survey was conducted in three legs aboard the New Zealand research vessel RV Tangaroa, and included scientists and technical staff from GA, the NZ National Institute of Water and Atmospheric Research Ltd. (NIWA) and Fugro Survey Pty Ltd. Shipboard data (survey ID GA0345) collected included multibeam sonar bathymetry and backscatter over 12 areas (A1, A2, A3, A4, A6b, A7, A8, B1, C1, C2b, F1, M1) totalling 455 km2 in water depths ranging from 90 - 430 m, and 611 km of sub-bottom profile lines. Seabed samples were collected from 48 stations and included 99 Smith-McIntyre grabs and 41 piston cores. An Autonomous Underwater Vehicle (AUV) (survey ID GA0346) collected higher-resolution multibeam sonar bathymetry and backscatter data, totalling 7.7 km2, along with 71 line km of side scan sonar, underwater camera and sub-bottom profile data. Twenty two Remotely Operated Vehicle (ROV) missions collected 31 hours of underwater video, 657 still images, eight grabs and one core. This catalogue entry refers to bathymetry data acquired during survey GA0345/GA0346/TAN1411. EPSG:32751 CRS:84 123.23635402947416 123.30297334948743 -13.117236325442478 -13.078808239543406 text/html ausseabed:Browse_Basin__Leveque_Shelf__Bathymetry_3m_2013 Geoscience Australia undertook a marine survey of the Leveque Shelf (survey number (GA-0340/SOL5754), a sub-basin of the Browse Basin, in May 2013. This survey provides seabed and shallow geological information to support an assessment of the CO2 storage potential of the Browse sedimentary basin. The basin, located on the Northwest Shelf, Western Australia, was previously identified by the Carbon Storage Taskforce (2009) as potentially suitable for CO2 storage. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2 within reasonable distances of major sources of CO2 emissions. The principal aim of the Leveque Shelf marine survey was to look for evidence of any past or current gas or fluid seepage at the seabed, and to determine whether these features are related to structures (e.g. faults) in the Leveque Shelf area that may extend to the seabed. The survey also mapped seabed habitats and biota to provide information on communities and biophysical features that may be associated with seepage. This research, combined with deeper geological studies undertaken concurrently, addresses key questions on the potential for containment of CO2 in the basin's proposed CO2 storage unit, i.e. the basal sedimentary section (Late Jurassic and Early Cretaceous), and the regional integrity of the Jamieson Formation (the seal unit overlying the main reservoir). <br>https://pid.geoscience.gov.au/dataset/ga/79576 <br><a href="https://files.ausseabed.gov.au/survey/BrowseBasinLevequeShelf-Bathymety-3m-2013.zip" target="_blank">Download Bathymetry</a> EPSG:4326 121.08309518798531 122.22208710302614 -18.020307905695276 -15.417906493906706 text/html ausseabed:Browse_Basin__Leveque_Shelf__Bathymetry__3m_2013_L0_Coverage features Browse_Basin__Leveque_Shelf__Bathymetry__3m_2013_L0_Coverage EPSG:4326 CRS:84 121.08333773300001 122.22208710300004 -18.02025400699995 -15.417906493999965 ausseabed:Browse_Basin__Leveque_Shelf__Bathymetry__3m_2013_HS Geoscience Australia undertook a marine survey of the Leveque Shelf (survey number (GA-0340/SOL5754), a sub-basin of the Browse Basin, in May 2013. This survey provides seabed and shallow geological information to support an assessment of the CO2 storage potential of the Browse sedimentary basin. The basin, located on the Northwest Shelf, Western Australia, was previously identified by the Carbon Storage Taskforce (2009) as potentially suitable for CO2 storage. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2 within reasonable distances of major sources of CO2 emissions. The principal aim of the Leveque Shelf marine survey was to look for evidence of any past or current gas or fluid seepage at the seabed, and to determine whether these features are related to structures (e.g. faults) in the Leveque Shelf area that may extend to the seabed. The survey also mapped seabed habitats and biota to provide information on communities and biophysical features that may be associated with seepage. This research, combined with deeper geological studies undertaken concurrently, addresses key questions on the potential for containment of CO2 in the basin's proposed CO2 storage unit, i.e. the basal sedimentary section (Late Jurassic and Early Cretaceous), and the regional integrity of the Jamieson Formation (the seal unit overlying the main reservoir). EPSG:4326 CRS:84 121.08309518798531 122.22208710302614 -18.020307905695276 -15.417906493906706 text/html ausseabed:Browse_Basin__Leveque_Shelf__Bathymetry__3m_2013_OV Geoscience Australia undertook a marine survey of the Leveque Shelf (survey number (GA-0340/SOL5754), a sub-basin of the Browse Basin, in May 2013. This survey provides seabed and shallow geological information to support an assessment of the CO2 storage potential of the Browse sedimentary basin. The basin, located on the Northwest Shelf, Western Australia, was previously identified by the Carbon Storage Taskforce (2009) as potentially suitable for CO2 storage. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2 within reasonable distances of major sources of CO2 emissions. The principal aim of the Leveque Shelf marine survey was to look for evidence of any past or current gas or fluid seepage at the seabed, and to determine whether these features are related to structures (e.g. faults) in the Leveque Shelf area that may extend to the seabed. The survey also mapped seabed habitats and biota to provide information on communities and biophysical features that may be associated with seepage. This research, combined with deeper geological studies undertaken concurrently, addresses key questions on the potential for containment of CO2 in the basin's proposed CO2 storage unit, i.e. the basal sedimentary section (Late Jurassic and Early Cretaceous), and the regional integrity of the Jamieson Formation (the seal unit overlying the main reservoir). EPSG:4326 CRS:84 121.08309518798531 122.22208710302614 -18.020307905695276 -15.417906493906706 text/html ausseabed:Bunurong_MNP_Bathymetry_2m_2017 This resource includes bathymetry data acquired during the Bunurong Marine National Park bathymetry survey acquired by Deakin University Marine Mapping Lab during the period of 14 – 16 June and 21 – 22 September 2017 onboard the MV Yolla using a Kongsberg Maritime EM2040C multibeam sonar. The Bunurong Marine National Park bathymetry survey was led by Dr. Daniel Ierodiaconou (Deakin University). The survey was part of a Parks Victoria project to better understand the habitats and associated biodiversity of Bunurong Marine National Park. This dataset contains a 2m-resolution 32-bit floating point geotiff file of the bathymetry in the study area, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Young M, Porskamp P, Murfitt S, Wines S, Tinkler P, Bursic, J., Allan B, Howe S, Whitmarsh S, Pocklington J, Ierodiaconou D 2021. Baseline habitat mapping and enhanced monitoring trials of subtidal and intertidal reef habitats in Victoria’s marine national parks and sanctuaries. Parks Victoria Technical Series 116. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146333 <br><a href="https://files.ausseabed.gov.au/survey/BunurongMarineNationalPark-Bathymetry-2m-2017.zip" target="_blank">Download Bathymetry</a> EPSG:4326 145.56423933066648 145.73400867635164 -38.73332879431685 -38.66196899347498 text/html ausseabed:Bunurong_MNP_Bathymetry____2m_2017_L0_Coverage features Bunurong_MNP_Bathymetry____2m_2017_L0_Coverage EPSG:4326 CRS:84 145.62981134500012 145.67558122900004 -38.72632162299993 -38.66777395399998 ausseabed:Bunurong_MNP_Bathymetry____2m_2017_HS This resource includes bathymetry data acquired during the Bunurong Marine National Park bathymetry survey acquired by Deakin University Marine Mapping Lab during the period of 14 – 16 June and 21 – 22 September 2017 onboard the MV Yolla using a Kongsberg Maritime EM2040C multibeam sonar. The Bunurong Marine National Park bathymetry survey was led by Dr. Daniel Ierodiaconou (Deakin University). The survey was part of a Parks Victoria project to better understand the habitats and associated biodiversity of Bunurong Marine National Park. This dataset contains a 2m-resolution 32-bit floating point geotiff file of the bathymetry in the study area, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Young M, Porskamp P, Murfitt S, Wines S, Tinkler P, Bursic, J., Allan B, Howe S, Whitmarsh S, Pocklington J, Ierodiaconou D 2021. Baseline habitat mapping and enhanced monitoring trials of subtidal and intertidal reef habitats in Victoria’s marine national parks and sanctuaries. Parks Victoria Technical Series 116. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.56423933066648 145.73400867635164 -38.73332879431685 -38.66196899347498 text/html ausseabed:Bunurong_MNP_Bathymetry____2m_2017_OV This resource includes bathymetry data acquired during the Bunurong Marine National Park bathymetry survey acquired by Deakin University Marine Mapping Lab during the period of 14 – 16 June and 21 – 22 September 2017 onboard the MV Yolla using a Kongsberg Maritime EM2040C multibeam sonar. The Bunurong Marine National Park bathymetry survey was led by Dr. Daniel Ierodiaconou (Deakin University). The survey was part of a Parks Victoria project to better understand the habitats and associated biodiversity of Bunurong Marine National Park. This dataset contains a 2m-resolution 32-bit floating point geotiff file of the bathymetry in the study area, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Young M, Porskamp P, Murfitt S, Wines S, Tinkler P, Bursic, J., Allan B, Howe S, Whitmarsh S, Pocklington J, Ierodiaconou D 2021. Baseline habitat mapping and enhanced monitoring trials of subtidal and intertidal reef habitats in Victoria’s marine national parks and sanctuaries. Parks Victoria Technical Series 116. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.56423933066648 145.73400867635164 -38.73332879431685 -38.66196899347498 text/html ausseabed:Bynoe_Harbour_Habitat_Mapping__NT_Bathymetry_2m_2016 This resource contains multibeam bathymetry data collected as part of the Darwin and Bynoe Harbour Habitat Mapping Project undertaken by Geoscience Australia (GA), the Australian Institute of Marine Science (AIMS) and the Northern Territory Government (Department of Environment and Natural Resources). The data were acquired during the period from 3 to 27 May 2016 on the RV Solander (survey SOL6432/GA04452). This project was made possible through offset funds provided by INPEX-led Ichthys LNG Project to Northern Territory Government Department of Environment and Natural Resources, and co-investment from Geoscience Australia and Australian Institute of Marine Science. The intent of this four year (2014-2018) project is to improve knowledge of the marine environments in the Darwin and Bynoe Harbour regions by collating and collecting baseline data that enable the creation of thematic habitat maps that underpin marine resource management decisions. The specific objectives of the survey were to: 1. Obtain high-resolution geophysical (multibeam bathymetry) data for Bynoe Harbour; 2. Characterise seabed substrates (multibeam acoustic backscatter properties, seabed sediment grainsize, sediment chemistry) for Bynoe Harbour; and 3. Collect tidal data for the survey area. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; physical samples of seabed sediments, seabed still images and video footage of grab sample locations, and oceanographic information including tidal data and water column sound velocity profiles. This V1 dataset contains two 2m resolution 32-bit geotiff of the SOL6432 survey area produced from the processed Kongsberg EM2040C bathymetry data. A detailed account of the survey is provided in: Siwabessy, P.J.W., Smit, N., Atkinson, I., Dando, N., Harries, S., Howard, F.J.F., Li, J., Nicholas W.A., Picard, K., Radke, L.C., Tran, M., Williams, D. and Whiteway, T. 2016. Bynoe Harbour Marine Survey 2016: GA4452/SOL6432 – Post-survey report. Record 2017/04. Geoscience Australia, Canberra. http://dx.doi.org/10.11636/Record.2017.004. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/110627 <br><a href="https://files.ausseabed.gov.au/survey/BynoeHarbour-Bathymetry-2m-2016.zip" target="_blank">Download Bathymetry</a> EPSG:4326 129.76034023390295 130.83028763620635 -12.645970530122678 -11.763627291754801 text/html ausseabed:Bynoe_Harbour_Habitat_Mapping__NT_Bathymetry__2m_2016_L0_Coverage features Bynoe_Harbour_Habitat_Mapping__NT_Bathymetry__2m_2016_L0_Coverage EPSG:4326 CRS:84 129.76034023400007 130.83026967 -12.645970529999943 -11.763627291999967 ausseabed:Bynoe_Harbour_Habitat_Mapping__NT_Bathymetry__2m_2016_HS This resource contains multibeam bathymetry data collected as part of the Darwin and Bynoe Harbour Habitat Mapping Project undertaken by Geoscience Australia (GA), the Australian Institute of Marine Science (AIMS) and the Northern Territory Government (Department of Environment and Natural Resources). The data were acquired during the period from 3 to 27 May 2016 on the RV Solander (survey SOL6432/GA04452). This project was made possible through offset funds provided by INPEX-led Ichthys LNG Project to Northern Territory Government Department of Environment and Natural Resources, and co-investment from Geoscience Australia and Australian Institute of Marine Science. The intent of this four year (2014-2018) project is to improve knowledge of the marine environments in the Darwin and Bynoe Harbour regions by collating and collecting baseline data that enable the creation of thematic habitat maps that underpin marine resource management decisions. The specific objectives of the survey were to: 1. Obtain high-resolution geophysical (multibeam bathymetry) data for Bynoe Harbour; 2. Characterise seabed substrates (multibeam acoustic backscatter properties, seabed sediment grainsize, sediment chemistry) for Bynoe Harbour; and 3. Collect tidal data for the survey area. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; physical samples of seabed sediments, seabed still images and video footage of grab sample locations, and oceanographic information including tidal data and water column sound velocity profiles. This V1 dataset contains two 2m resolution 32-bit geotiff of the SOL6432 survey area produced from the processed Kongsberg EM2040C bathymetry data. A detailed account of the survey is provided in: Siwabessy, P.J.W., Smit, N., Atkinson, I., Dando, N., Harries, S., Howard, F.J.F., Li, J., Nicholas W.A., Picard, K., Radke, L.C., Tran, M., Williams, D. and Whiteway, T. 2016. Bynoe Harbour Marine Survey 2016: GA4452/SOL6432 – Post-survey report. Record 2017/04. Geoscience Australia, Canberra. http://dx.doi.org/10.11636/Record.2017.004. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 129.76034023390295 130.83028763620635 -12.645970530122678 -11.763627291754801 text/html ausseabed:Bynoe_Harbour_Habitat_Mapping__NT_Bathymetry__2m_2016_OV This resource contains multibeam bathymetry data collected as part of the Darwin and Bynoe Harbour Habitat Mapping Project undertaken by Geoscience Australia (GA), the Australian Institute of Marine Science (AIMS) and the Northern Territory Government (Department of Environment and Natural Resources). The data were acquired during the period from 3 to 27 May 2016 on the RV Solander (survey SOL6432/GA04452). This project was made possible through offset funds provided by INPEX-led Ichthys LNG Project to Northern Territory Government Department of Environment and Natural Resources, and co-investment from Geoscience Australia and Australian Institute of Marine Science. The intent of this four year (2014-2018) project is to improve knowledge of the marine environments in the Darwin and Bynoe Harbour regions by collating and collecting baseline data that enable the creation of thematic habitat maps that underpin marine resource management decisions. The specific objectives of the survey were to: 1. Obtain high-resolution geophysical (multibeam bathymetry) data for Bynoe Harbour; 2. Characterise seabed substrates (multibeam acoustic backscatter properties, seabed sediment grainsize, sediment chemistry) for Bynoe Harbour; and 3. Collect tidal data for the survey area. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; physical samples of seabed sediments, seabed still images and video footage of grab sample locations, and oceanographic information including tidal data and water column sound velocity profiles. This V1 dataset contains two 2m resolution 32-bit geotiff of the SOL6432 survey area produced from the processed Kongsberg EM2040C bathymetry data. A detailed account of the survey is provided in: Siwabessy, P.J.W., Smit, N., Atkinson, I., Dando, N., Harries, S., Howard, F.J.F., Li, J., Nicholas W.A., Picard, K., Radke, L.C., Tran, M., Williams, D. and Whiteway, T. 2016. Bynoe Harbour Marine Survey 2016: GA4452/SOL6432 – Post-survey report. Record 2017/04. Geoscience Australia, Canberra. http://dx.doi.org/10.11636/Record.2017.004. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 129.76034023390295 130.83028763620635 -12.645970530122678 -11.763627291754801 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD51_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 123.93886138613861 125.9998613861386 -11.999944644464446 -11.071444644464446 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD51_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD51_75m_2013_L0_Coverage EPSG:4326 CRS:84 123.938861386139 125.999861386139 -11.9999446444644 -11.0714446444644 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD51_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 123.93886138613861 125.9998613861386 -11.999944644464446 -11.071444644464446 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD52_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 125.99997749774977 131.99997749774977 -11.999975472547256 -9.729725472547255 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD52_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD52_75m_2013_L0_Coverage EPSG:4326 CRS:84 125.99997749775001 131.99997749775 -11.999975472547199 -9.72972547254725 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD52_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 125.99997749774977 131.99997749774977 -11.999975472547256 -9.729725472547255 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD53_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 131.99997749774977 137.99997749774977 -11.999977497749777 -8.999977497749777 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD53_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD53_75m_2013_L0_Coverage EPSG:4326 CRS:84 131.99997749775 137.99997749775 -11.9999774977498 -8.999977497749779 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD53_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 131.99997749774977 137.99997749774977 -11.999977497749777 -8.999977497749777 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD54_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 137.99997749774977 143.99997749774977 -10.838128937893789 -9.21437893789379 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD54_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD54_75m_2013_L0_Coverage EPSG:4326 CRS:84 137.99997749775 143.99997749775 -10.8381289378938 -9.21437893789379 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD54_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 137.99997749774977 143.99997749774977 -10.838128937893789 -9.21437893789379 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD55_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 143.99997749774977 144.53097749774977 -11.179798829882989 -9.213298829882989 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD55_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD55_75m_2013_L0_Coverage EPSG:4326 CRS:84 143.99997749775 144.53097749775 -11.179798829883 -9.21329882988299 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD55_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 143.99997749774977 144.53097749774977 -11.179798829882989 -9.213298829882989 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE51_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 120.91689918991898 125.99964918991898 -15.999727497749776 -11.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE51_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE51_75m_2013_L0_Coverage EPSG:4326 CRS:84 120.91689918991901 125.999649189919 -15.9997274977498 -11.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE51_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 120.91689918991898 125.99964918991898 -15.999727497749776 -11.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE52_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 125.99997749774977 131.26497749774975 -13.002727497749776 -11.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE52_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE52_75m_2013_L0_Coverage EPSG:4326 CRS:84 125.99997749775001 131.26497749775 -13.0027274977498 -11.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE52_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 125.99997749774977 131.26497749774975 -13.002727497749776 -11.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE53_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 136.6809405940594 138.0001905940594 -15.791977497749775 -11.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE53_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE53_75m_2013_L0_Coverage EPSG:4326 CRS:84 136.680940594059 138.000190594059 -15.7919774977498 -11.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE53_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 136.6809405940594 138.0001905940594 -15.791977497749775 -11.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE54_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 137.99997749774977 143.99997749774977 -15.999935418541854 -12.579185418541854 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE54_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE54_75m_2013_L0_Coverage EPSG:4326 CRS:84 137.99997749775 143.99997749775 -15.9999354185418 -12.5791854185418 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE54_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 137.99997749774977 143.99997749774977 -15.999935418541854 -12.579185418541854 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE55_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 143.99997749774977 145.91172749774978 -15.999942169216922 -13.396692169216921 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE55_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE55_75m_2013_L0_Coverage EPSG:4326 CRS:84 143.99997749775 145.91172749775 -15.999942169216899 -13.3966921692169 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE55_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 143.99997749774977 145.91172749774978 -15.999942169216922 -13.396692169216921 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF50_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 115.11118361836184 119.99968361836184 -19.999807380738076 -16.948807380738074 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF50_75m_2013_L0_Coverage CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF50_75m_2013_L0_Coverage features EPSG:4326 CRS:84 115.111183618362 119.999683618362 -19.9998073807381 -16.9488073807381 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF50_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 115.11118361836184 119.99968361836184 -19.999807380738076 -16.948807380738074 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF51_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 119.99997749774977 122.32122749774977 -19.035977497749773 -15.999977497749773 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF51_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF51_75m_2013_L0_Coverage EPSG:4326 CRS:84 119.99997749775001 122.32122749775 -19.035977497749798 -15.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF51_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 119.99997749774977 122.32122749774977 -19.035977497749773 -15.999977497749773 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF54_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 138.99318181818182 139.9996818181818 -16.500227497749773 -15.999977497749773 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF54_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF54_75m_2013_L0_Coverage EPSG:4326 CRS:84 138.993181818182 139.999681818182 -16.500227497749798 -15.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF54_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 138.99318181818182 139.9996818181818 -16.500227497749773 -15.999977497749773 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF55_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 145.48467596759676 149.99967596759674 -19.984727497749773 -15.999977497749773 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF55_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF55_75m_2013_L0_Coverage EPSG:4326 CRS:84 145.484675967597 149.99967596759703 -19.984727497749798 -15.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF55_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 145.48467596759676 149.99967596759674 -19.984727497749773 -15.999977497749773 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF56_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 149.99997749774977 150.71247749774977 -19.999910666066604 -19.481660666066606 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF56_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF56_75m_2013_L0_Coverage EPSG:4326 CRS:84 149.99997749775 150.71247749775 -19.9999106660666 -19.4816606660666 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF56_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 149.99997749774977 150.71247749774977 -19.999910666066604 -19.481660666066606 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG49_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 112.6353510351035 114.00035103510349 -24.000245499549955 -21.579995499549955 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG49_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG49_75m_2013_L0_Coverage EPSG:4326 CRS:84 112.635351035104 114.00035103510301 -24.00024549955 -21.57999549955 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG49_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 112.6353510351035 114.00035103510349 -24.000245499549955 -21.579995499549955 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG50_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 113.99997749774977 118.58772749774977 -21.991977497749776 -19.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG50_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG50_75m_2013_L0_Coverage EPSG:4326 CRS:84 113.99997749775001 118.58772749775001 -21.991977497749797 -19.999977497749796 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG50_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 113.99997749774977 118.58772749774977 -21.991977497749776 -19.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG55_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 149.09246174617462 149.99996174617462 -21.332346759675968 -20.24259675967597 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG55_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG55_75m_2013_L0_Coverage EPSG:4326 CRS:84 149.092461746175 149.999961746175 -21.332346759676 -20.242596759676 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG55_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 149.09246174617462 149.99996174617462 -21.332346759675968 -20.24259675967597 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG56_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 149.99997749774977 152.98872749774978 -23.999727497749774 -19.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG56_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG56_75m_2013_L0_Coverage EPSG:4326 CRS:84 149.99997749775 152.98872749775 -23.9997274977498 -19.999977497749796 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG56_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 149.99997749774977 152.98872749774978 -23.999727497749774 -19.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SH49_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 112.178600360036 113.902100360036 -27.999727497749774 -23.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SH49_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SH49_75m_2013_L0_Coverage EPSG:4326 CRS:84 112.178600360036 113.902100360036 -27.9997274977498 -23.999977497749796 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SH49_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 112.178600360036 113.902100360036 -27.999727497749774 -23.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SH56_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 152.08098559855986 153.96123559855985 -27.999727497749774 -23.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SH56_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SH56_75m_2013_L0_Coverage EPSG:4326 CRS:84 152.08098559856 153.96123559856002 -27.9997274977498 -23.999977497749796 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SH56_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 152.08098559855986 153.96123559855985 -27.999727497749774 -23.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI49_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 113.01667416741674 113.99992416741674 -29.379977497749774 -27.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI49_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI49_75m_2013_L0_Coverage EPSG:4326 CRS:84 113.01667416741701 113.999924167417 -29.3799774977498 -27.999977497749796 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI49_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 113.01667416741674 113.99992416741674 -29.379977497749774 -27.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI50_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 113.99997749774977 115.67847749774977 -32.00009225922592 -28.19759225922592 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI50_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI50_75m_2013_L0_Coverage EPSG:4326 CRS:84 113.99997749775001 115.67847749775001 -32.000092259225895 -28.1975922592259 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI50_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 113.99997749774977 115.67847749774977 -32.00009225922592 -28.19759225922592 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI56_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 152.80884338433842 153.98184338433842 -31.999727497749774 -27.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI56_75m_2013_L0_Coverage CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI56_75m_2013_L0_Coverage features EPSG:4326 CRS:84 152.80884338433802 153.98184338433802 -31.9997274977498 -27.999977497749796 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI56_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 152.80884338433842 153.98184338433842 -31.999727497749774 -27.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ49_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 113.74079657965795 113.77154657965795 -33.01458595859586 -32.98458595859586 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ49_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ49_75m_2013_L0_Coverage EPSG:4326 CRS:84 113.74079657965801 113.77154657965801 -33.014585958595895 -32.98458595859589 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ49_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 113.74079657965795 113.77154657965795 -33.01458595859586 -32.98458595859586 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ50_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 114.21910441044103 120.00010441044104 -35.846727497749775 -31.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ50_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ50_75m_2013_L0_Coverage EPSG:4326 CRS:84 114.219104410441 120.000104410441 -35.846727497749804 -31.999977497749796 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ50_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 114.21910441044103 120.00010441044104 -35.846727497749775 -31.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ51_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 119.99997749774977 125.99997749774977 -34.70990459045905 -32.420904590459045 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ51_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ51_75m_2013_L0_Coverage EPSG:4326 CRS:84 119.99997749775001 125.99997749775001 -34.709904590459104 -32.420904590459 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ51_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 119.99997749774977 125.99997749774977 -34.70990459045905 -32.420904590459045 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ52_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 125.99997749774977 131.08197749774976 -33.808282178217816 -32.39678217821782 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ52_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ52_75m_2013_L0_Coverage EPSG:4326 CRS:84 125.99997749775001 131.08197749775002 -33.8082821782178 -32.396782178217805 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ52_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 125.99997749774977 131.08197749774976 -33.808282178217816 -32.39678217821782 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ53_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 132.50240774077406 137.99990774077406 -35.999725022502254 -34.22522502250225 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ53_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ53_75m_2013_L0_Coverage EPSG:4326 CRS:84 132.502407740774 137.999907740774 -35.9997250225022 -34.2252250225023 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ53_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 132.50240774077406 137.99990774077406 -35.999725022502254 -34.22522502250225 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ54_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 137.99997749774977 139.28172749774976 -35.99983888388839 -34.76383888388839 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ54_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ54_75m_2013_L0_Coverage EPSG:4326 CRS:84 137.99997749775 139.28172749775 -35.999838883888394 -34.7638388838884 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ54_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 137.99997749774977 139.28172749774976 -35.99983888388839 -34.76383888388839 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ56_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 150.35519801980197 153.26669801980196 -35.999727497749774 -31.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ56_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ56_75m_2013_L0_Coverage EPSG:4326 CRS:84 150.355198019802 153.26669801980202 -35.9997274977498 -31.999977497749796 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ56_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 150.35519801980197 153.26669801980196 -35.999727497749774 -31.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK53_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 135.70186768676868 137.99986768676868 -37.11372749774978 -35.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK53_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK53_75m_2013_L0_Coverage EPSG:4326 CRS:84 135.70186768676902 137.999867686769 -37.1137274977498 -35.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK53_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 135.70186768676868 137.99986768676868 -37.11372749774978 -35.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK54_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 137.99997749774977 143.99997749774977 -39.999727497749774 -35.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK54_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK54_75m_2013_L0_Coverage EPSG:4326 CRS:84 137.99997749775 143.99997749775 -39.9997274977498 -35.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK54_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 137.99997749774977 143.99997749774977 -39.999727497749774 -35.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK55_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 143.99997749774977 149.99997749774977 -40.00007200720072 -37.34507200720072 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK55_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK55_75m_2013_L0_Coverage EPSG:4326 CRS:84 143.99997749775 149.99997749775 -40.00007200720069 -37.3450720072007 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK55_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 143.99997749774977 149.99997749774977 -40.00007200720072 -37.34507200720072 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK56_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 149.99997749774977 150.48147749774978 -37.970227497749775 -35.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK56_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK56_75m_2013_L0_Coverage EPSG:4326 CRS:84 149.99997749775 150.48147749775 -37.9702274977498 -35.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK56_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 149.99997749774977 150.48147749774978 -37.970227497749775 -35.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SL54_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 143.21271377137714 144.00021377137713 -40.68697749774977 -39.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SL54_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SL54_75m_2013_L0_Coverage EPSG:4326 CRS:84 143.21271377137703 144.00021377137702 -40.6869774977498 -39.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SL54_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 143.21271377137714 144.00021377137713 -40.68697749774977 -39.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SL55_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 143.99997749774977 148.97172749774978 -43.999727497749774 -39.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SL55_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SL55_75m_2013_L0_Coverage EPSG:4326 CRS:84 143.99997749775 148.97172749775 -43.9997274977498 -39.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SL55_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 143.99997749774977 148.97172749774978 -43.999727497749774 -39.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SM55_75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 146.05240774077407 147.59440774077407 -44.20022749774977 -43.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SM55_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SM55_75m_2013_L0_Coverage EPSG:4326 CRS:84 146.05240774077402 147.59440774077402 -44.2002274977498 -43.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SM55_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 146.05240774077407 147.59440774077407 -44.20022749774977 -43.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter__75m_2013 A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. <br>https://pid.geoscience.gov.au/dataset/ga/151014 <br><a href="https://files.ausseabed.gov.au/survey/CSIROMultibeamBackscatterMappingoftheContinentalShelf-Backscatter-75m-2013.zip" target="_blank">Download Backscatter</a> EPSG:4326 112.178600360036 153.98184338433842 -44.20022749774977 -8.999977497749777 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD51_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD51_75m_2013_L0_Coverage EPSG:4326 CRS:84 123.938861386139 125.999861386139 -11.9999446444644 -11.0714446444644 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD51_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 123.93886138613861 125.9998613861386 -11.999944644464446 -11.071444644464446 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD54_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD54_75m_2013_L0_Coverage EPSG:4326 CRS:84 137.99997749775 143.99997749775 -10.8381289378938 -9.21437893789379 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD54_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 137.99997749774977 143.99997749774977 -10.838128937893789 -9.21437893789379 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE55_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE55_75m_2013_L0_Coverage EPSG:4326 CRS:84 143.99997749775 145.91172749775 -15.999942169216899 -13.3966921692169 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE55_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 143.99997749774977 145.91172749774978 -15.999942169216922 -13.396692169216921 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG55_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG55_75m_2013_L0_Coverage EPSG:4326 CRS:84 149.092461746175 149.999961746175 -21.332346759676 -20.242596759676 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG55_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 149.09246174617462 149.99996174617462 -21.332346759675968 -20.24259675967597 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ50_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ50_75m_2013_L0_Coverage EPSG:4326 CRS:84 114.219104410441 120.000104410441 -35.846727497749804 -31.999977497749796 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ50_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 114.21910441044103 120.00010441044104 -35.846727497749775 -31.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK53_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK53_75m_2013_L0_Coverage EPSG:4326 CRS:84 135.70186768676902 137.999867686769 -37.1137274977498 -35.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK53_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 135.70186768676868 137.99986768676868 -37.11372749774978 -35.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SH56_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SH56_75m_2013_L0_Coverage EPSG:4326 CRS:84 152.08098559856 153.96123559856002 -27.9997274977498 -23.999977497749796 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SH56_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 152.08098559855986 153.96123559855985 -27.999727497749774 -23.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SH49_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SH49_75m_2013_L0_Coverage EPSG:4326 CRS:84 112.178600360036 113.902100360036 -27.9997274977498 -23.999977497749796 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SH49_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 112.178600360036 113.902100360036 -27.999727497749774 -23.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE51_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE51_75m_2013_L0_Coverage EPSG:4326 CRS:84 120.91689918991901 125.999649189919 -15.9997274977498 -11.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE51_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 120.91689918991898 125.99964918991898 -15.999727497749776 -11.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE52_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE52_75m_2013_L0_Coverage EPSG:4326 CRS:84 125.99997749775001 131.26497749775 -13.0027274977498 -11.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE52_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 125.99997749774977 131.26497749774975 -13.002727497749776 -11.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD52_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD52_75m_2013_L0_Coverage EPSG:4326 CRS:84 125.99997749775001 131.99997749775 -11.999975472547199 -9.72972547254725 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD52_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 125.99997749774977 131.99997749774977 -11.999975472547256 -9.729725472547255 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF51_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF51_75m_2013_L0_Coverage EPSG:4326 CRS:84 119.99997749775001 122.32122749775 -19.035977497749798 -15.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF51_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 119.99997749774977 122.32122749774977 -19.035977497749773 -15.999977497749773 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF54_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF54_75m_2013_L0_Coverage EPSG:4326 CRS:84 138.993181818182 139.999681818182 -16.500227497749798 -15.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF54_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 138.99318181818182 139.9996818181818 -16.500227497749773 -15.999977497749773 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF50_75m_2013_L0_Coverage CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF50_75m_2013_L0_Coverage features EPSG:4326 CRS:84 115.111183618362 119.999683618362 -19.9998073807381 -16.9488073807381 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF50_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 115.11118361836184 119.99968361836184 -19.999807380738076 -16.948807380738074 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG56_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG56_75m_2013_L0_Coverage EPSG:4326 CRS:84 149.99997749775 152.98872749775 -23.9997274977498 -19.999977497749796 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG56_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 149.99997749774977 152.98872749774978 -23.999727497749774 -19.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF56_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF56_75m_2013_L0_Coverage EPSG:4326 CRS:84 149.99997749775 150.71247749775 -19.9999106660666 -19.4816606660666 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF56_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 149.99997749774977 150.71247749774977 -19.999910666066604 -19.481660666066606 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK54_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK54_75m_2013_L0_Coverage EPSG:4326 CRS:84 137.99997749775 143.99997749775 -39.9997274977498 -35.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK54_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 137.99997749774977 143.99997749774977 -39.999727497749774 -35.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK55_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK55_75m_2013_L0_Coverage EPSG:4326 CRS:84 143.99997749775 149.99997749775 -40.00007200720069 -37.3450720072007 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK55_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 143.99997749774977 149.99997749774977 -40.00007200720072 -37.34507200720072 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF55_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF55_75m_2013_L0_Coverage EPSG:4326 CRS:84 145.484675967597 149.99967596759703 -19.984727497749798 -15.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SF55_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 145.48467596759676 149.99967596759674 -19.984727497749773 -15.999977497749773 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ51_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ51_75m_2013_L0_Coverage EPSG:4326 CRS:84 119.99997749775001 125.99997749775001 -34.709904590459104 -32.420904590459 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ51_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 119.99997749774977 125.99997749774977 -34.70990459045905 -32.420904590459045 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ52_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ52_75m_2013_L0_Coverage EPSG:4326 CRS:84 125.99997749775001 131.08197749775002 -33.8082821782178 -32.396782178217805 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ52_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 125.99997749774977 131.08197749774976 -33.808282178217816 -32.39678217821782 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI50_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI50_75m_2013_L0_Coverage EPSG:4326 CRS:84 113.99997749775001 115.67847749775001 -32.000092259225895 -28.1975922592259 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI50_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 113.99997749774977 115.67847749774977 -32.00009225922592 -28.19759225922592 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ49_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ49_75m_2013_L0_Coverage EPSG:4326 CRS:84 113.74079657965801 113.77154657965801 -33.014585958595895 -32.98458595859589 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ49_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 113.74079657965795 113.77154657965795 -33.01458595859586 -32.98458595859586 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SL54_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SL54_75m_2013_L0_Coverage EPSG:4326 CRS:84 143.21271377137703 144.00021377137702 -40.6869774977498 -39.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SL54_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 143.21271377137714 144.00021377137713 -40.68697749774977 -39.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD53_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD53_75m_2013_L0_Coverage EPSG:4326 CRS:84 131.99997749775 137.99997749775 -11.9999774977498 -8.999977497749779 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD53_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 131.99997749774977 137.99997749774977 -11.999977497749777 -8.999977497749777 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ53_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ53_75m_2013_L0_Coverage EPSG:4326 CRS:84 132.502407740774 137.999907740774 -35.9997250225022 -34.2252250225023 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ53_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 132.50240774077406 137.99990774077406 -35.999725022502254 -34.22522502250225 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE54_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE54_75m_2013_L0_Coverage EPSG:4326 CRS:84 137.99997749775 143.99997749775 -15.9999354185418 -12.5791854185418 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE54_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 137.99997749774977 143.99997749774977 -15.999935418541854 -12.579185418541854 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ56_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ56_75m_2013_L0_Coverage EPSG:4326 CRS:84 150.355198019802 153.26669801980202 -35.9997274977498 -31.999977497749796 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ56_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 150.35519801980197 153.26669801980196 -35.999727497749774 -31.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK56_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK56_75m_2013_L0_Coverage EPSG:4326 CRS:84 149.99997749775 150.48147749775 -37.9702274977498 -35.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SK56_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 149.99997749774977 150.48147749774978 -37.970227497749775 -35.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE53_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE53_75m_2013_L0_Coverage EPSG:4326 CRS:84 136.680940594059 138.000190594059 -15.7919774977498 -11.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SE53_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 136.6809405940594 138.0001905940594 -15.791977497749775 -11.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG50_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG50_75m_2013_L0_Coverage EPSG:4326 CRS:84 113.99997749775001 118.58772749775001 -21.991977497749797 -19.999977497749796 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG50_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 113.99997749774977 118.58772749774977 -21.991977497749776 -19.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG49_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG49_75m_2013_L0_Coverage EPSG:4326 CRS:84 112.635351035104 114.00035103510301 -24.00024549955 -21.57999549955 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SG49_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 112.6353510351035 114.00035103510349 -24.000245499549955 -21.579995499549955 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ54_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ54_75m_2013_L0_Coverage EPSG:4326 CRS:84 137.99997749775 139.28172749775 -35.999838883888394 -34.7638388838884 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SJ54_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 137.99997749774977 139.28172749774976 -35.99983888388839 -34.76383888388839 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI49_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI49_75m_2013_L0_Coverage EPSG:4326 CRS:84 113.01667416741701 113.999924167417 -29.3799774977498 -27.999977497749796 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI49_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 113.01667416741674 113.99992416741674 -29.379977497749774 -27.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI56_75m_2013_L0_Coverage CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI56_75m_2013_L0_Coverage features EPSG:4326 CRS:84 152.80884338433802 153.98184338433802 -31.9997274977498 -27.999977497749796 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SI56_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 152.80884338433842 153.98184338433842 -31.999727497749774 -27.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SL55_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SL55_75m_2013_L0_Coverage EPSG:4326 CRS:84 143.99997749775 148.97172749775 -43.9997274977498 -39.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SL55_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 143.99997749774977 148.97172749774978 -43.999727497749774 -39.999977497749775 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD55_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD55_75m_2013_L0_Coverage EPSG:4326 CRS:84 143.99997749775 144.53097749775 -11.179798829883 -9.21329882988299 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SD55_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 143.99997749774977 144.53097749774977 -11.179798829882989 -9.213298829882989 text/html ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SM55_75m_2013_L0_Coverage features CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SM55_75m_2013_L0_Coverage EPSG:4326 CRS:84 146.05240774077402 147.59440774077402 -44.2002274977498 -43.9999774977498 ausseabed:CSIRO_Multibeam_Backscatter_Mapping_of_the_Continental_Shelf_Backscatter_SM55_75m_2013_OV A multi-beam sonar (MBS) has been used to map Australia's continental margin seabed from the marine national facility vessel Southern Surveyor on opportunistic transit and research voyages since 2004 with 0.35 M km2 mapped. The MBS data are used to infer key ecological features based on bathymetry (e.g. seamounts, canyons, terraces, banks and deep reefs) and backscatter data for ecological hard (consolidated, e.g. rock for attachment of fauna) and soft (unconsolidated, e.g. mud for burrowing fauna) substrate. Seabed consolidation inference is consistent with a seabed scattering model. To consistently infer ecological significant hard and soft substrate from the backscatter data requires minimisation of errors due to changing absorption (̃2 dB) with temperature and depth, calibration drift, changes in pulse length and estimates of area insonified due to seabed slope (<8 dB). Area insonified corrections were required for both across and along-ship slopes. Highest corrections were needed for along-ship slopes in canyon regions and large incidence angles ( >60°). A data collection and processing framework is described that works towards a national backscatter mapping program for environmental seabed mapping. Data collected and automated processing for depth, sound absorption and area insonified at level 2 of a possible 5 level data processing hierarchy is available. The final data was gridded at 75m resolution. EPSG:4326 CRS:84 146.05240774077407 147.59440774077407 -44.20022749774977 -43.999977497749775 text/html ausseabed:Camden_Sound__North-West__WA_Bathymetry_30m_2021 The Camden Sound (North-West) bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Ocean Dynasty and MV Empress during the period 21 September 2021 – 9 Jan 2022. This was a contracted survey conducted for the Australian Hydrographic Office by MMA Offshore as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area North West of Camden Sound, Western Australia. Bathymetry data was acquired using a Kongsberg EM2040P Mk II and processed using QPS Qimera V2.0.1 processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148843 <br><a href="https://files.ausseabed.gov.au/survey/Camden-Sound-North-West-WA-HIPP-SI-1015-Bathymetry-30m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:4326 123.28713152116238 125.26966146105148 -15.759534708160354 -14.854448473802075 text/html ausseabed:Camden_Sound__North-West__WA_Bathymetry__HIPP_SI_1015__30m_2021_L0_Coverage features Camden_Sound__North-West__WA_Bathymetry__HIPP_SI_1015__30m_2021_L0_Coverage EPSG:4326 CRS:84 123.90644515700001 124.41234366700007 -15.531307715999958 -15.013676607999969 ausseabed:Camden_Sound__North-West__WA_Bathymetry__HIPP_SI_1015__30m_2021_HS The Camden Sound (North-West) bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Ocean Dynasty and MV Empress during the period 21 September 2021 – 9 Jan 2022. This was a contracted survey conducted for the Australian Hydrographic Office by MMA Offshore as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area North West of Camden Sound, Western Australia. Bathymetry data was acquired using a Kongsberg EM2040P Mk II and processed using QPS Qimera V2.0.1 processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 123.28713152116238 125.26966146105148 -15.759534708160354 -14.854448473802075 text/html ausseabed:Camden_Sound__North-West__WA_Bathymetry__HIPP_SI_1015__30m_2021_OV The Camden Sound (North-West) bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Ocean Dynasty and MV Empress during the period 21 September 2021 – 9 Jan 2022. This was a contracted survey conducted for the Australian Hydrographic Office by MMA Offshore as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area North West of Camden Sound, Western Australia. Bathymetry data was acquired using a Kongsberg EM2040P Mk II and processed using QPS Qimera V2.0.1 processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 123.28713152116238 125.26966146105148 -15.759534708160354 -14.854448473802075 text/html ausseabed:Cape_Barren_to_Babel_Island__TAS_Bathymetry_30m_2021 The Cape Barren to Babel Island bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Ocean Dynasty and MV Pacific Crest during the period 28 February – 06 May 2021. This was a contracted survey conducted by MMA Offshore as part of the Hydroscheme Industry Partnership Program. The survey area encompasses the Cape Barren to Babel Island, Tasmania. Bathymetry data was acquired using a Kongsberg EM2040P and processed using CARIS HIPS & SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes <br>https://pid.geoscience.gov.au/dataset/ga/147826 <br><a href="https://files.ausseabed.gov.au/survey/CapeBarrenToBabelIslandTAS-HIPP-SI-1035-Bathymetry-30m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 148.3200499685492 148.90987497634313 -40.37832911779365 -39.859312525330765 text/html ausseabed:Cape_Barren_to_Babel_Island__TAS_Bathymetry__HIPP_SI_1035__30m_2021_L0_Coverage features Cape_Barren_to_Babel_Island__TAS_Bathymetry__HIPP_SI_1035__30m_2021_L0_Coverage EPSG:4326 CRS:84 148.32040189300005 148.90952305200005 -40.378058936999935 -39.85985288599994 ausseabed:Cape_Barren_to_Babel_Island__TAS_Bathymetry__HIPP_SI_1035__30m_2021_HS The Cape Barren to Babel Island bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Ocean Dynasty and MV Pacific Crest during the period 28 February – 06 May 2021. This was a contracted survey conducted by MMA Offshore as part of the Hydroscheme Industry Partnership Program. The survey area encompasses the Cape Barren to Babel Island, Tasmania. Bathymetry data was acquired using a Kongsberg EM2040P and processed using CARIS HIPS & SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes EPSG:4326 CRS:84 148.3200499685492 148.90987497634313 -40.37832911779365 -39.859312525330765 text/html ausseabed:Cape_Barren_to_Babel_Island__TAS_Bathymetry__HIPP_SI_1035__30m_2021_OV The Cape Barren to Babel Island bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Ocean Dynasty and MV Pacific Crest during the period 28 February – 06 May 2021. This was a contracted survey conducted by MMA Offshore as part of the Hydroscheme Industry Partnership Program. The survey area encompasses the Cape Barren to Babel Island, Tasmania. Bathymetry data was acquired using a Kongsberg EM2040P and processed using CARIS HIPS & SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes EPSG:4326 CRS:84 148.3200499685492 148.90987497634313 -40.37832911779365 -39.859312525330765 text/html ausseabed:Cape_Fourcroy__North-West__Bathymetry_HIPP_SI_1049_30m_2024 The Cape Fourcroy (North-West) bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 3 Jun 2024 – 29 Sep 2024. This is a contracted survey conducted for the Australian Hydrographic Office by Guardian Geomatics as part of the Hydroscheme Industry Partnership Program. The survey area is Cape Fourcroy (North-West), Northern Territory. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150692 <br><a href="https://files.ausseabed.gov.au/survey/20240007S-CapeFourcroyNorth-West-SI-1049.zip" target="_blank">Download Bathymetry</a> EPSG:4326 129.0707934218128 129.83319360344504 -12.102328086479226 -11.244257327088258 text/html ausseabed:Cape_Fourcroy__North-West__Bathymetry_HIPP_SI_1049_30m_2024_L0_Coverage features Cape_Fourcroy__North-West__Bathymetry_HIPP_SI_1049_30m_2024_L0_Coverage EPSG:4326 CRS:84 129.07079342200007 129.83319360300007 -12.102328085999943 -11.244257326999943 ausseabed:Cape_Fourcroy__North-West__Bathymetry_HIPP_SI_1049_30m_2024_HS The Cape Fourcroy (North-West) bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 3 Jun 2024 – 29 Sep 2024. This is a contracted survey conducted for the Australian Hydrographic Office by Guardian Geomatics as part of the Hydroscheme Industry Partnership Program. The survey area is Cape Fourcroy (North-West), Northern Territory. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 129.0707934218128 129.83319360344504 -12.102328086479226 -11.244257327088258 text/html ausseabed:Cape_Fourcroy__North-West__Bathymetry_HIPP_SI_1049_30m_2024_OV The Cape Fourcroy (North-West) bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 3 Jun 2024 – 29 Sep 2024. This is a contracted survey conducted for the Australian Hydrographic Office by Guardian Geomatics as part of the Hydroscheme Industry Partnership Program. The survey area is Cape Fourcroy (North-West), Northern Territory. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 129.0707934218128 129.83319360344504 -12.102328086479226 -11.244257327088258 text/html ausseabed:Cape_Fourcroy__West__Bathymetry_30m_2023 The Cape Fourcroy (West) bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 18 Aug 2023 – 15 Oct 2023. This was a contracted survey conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Cape Fourcroy (West). Bathymetry data was acquired using a Kongsberg EM2040 MKII, and processed using CARIS HIPS and SIPS, and QIMERA processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149887 <br><a href="https://files.ausseabed.gov.au/survey/CapeFourcroyWest-HIPP-SI-1043-Bathymetry-30m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:4326 129.2723753715692 130.00836508384833 -12.141674295923659 -11.60888350091237 text/html ausseabed:Cape_Fourcroy__West__Bathymetry__HIPP_SI_1043__30m_2023_L0_Coverage features Cape_Fourcroy__West__Bathymetry__HIPP_SI_1043__30m_2023_L0_Coverage EPSG:4326 CRS:84 129.27237537200006 130.00836508400005 -12.140326822999953 -11.60888350099998 ausseabed:Cape_Fourcroy__West__Bathymetry__HIPP_SI_1043__30m_2023_HS The Cape Fourcroy (West) bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 18 Aug 2023 – 15 Oct 2023. This was a contracted survey conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Cape Fourcroy (West). Bathymetry data was acquired using a Kongsberg EM2040 MKII, and processed using CARIS HIPS and SIPS, and QIMERA processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 129.2723753715692 130.00836508384833 -12.141674295923659 -11.60888350091237 text/html ausseabed:Cape_Fourcroy__West__Bathymetry__HIPP_SI_1043__30m_2023_OV The Cape Fourcroy (West) bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 18 Aug 2023 – 15 Oct 2023. This was a contracted survey conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Cape Fourcroy (West). Bathymetry data was acquired using a Kongsberg EM2040 MKII, and processed using CARIS HIPS and SIPS, and QIMERA processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 129.2723753715692 130.00836508384833 -12.141674295923659 -11.60888350091237 text/html ausseabed:Cape_Leeuwin__WA__Bathymetry_30m_2022 The Cape Leeuwin bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Mermaid Searcher during the period 5 Dec 2022 – 4 Apr 2023. This was a contracted survey conducted for the Australian Hydrographic Office by MMA Offshore as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Cape Leeuwin, WA. Bathymetry data was acquired using a Kongsberg EM2040P, and processed using CARIS HIPS and SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149146 <br><a href="https://files.ausseabed.gov.au/survey/CapeLeeuwinWA-HIPP-SI-1031-Bathymetry-30m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:4326 114.71454737171346 115.19721217387088 -34.62426006922499 -33.94028281189639 text/html ausseabed:Cape_Leeuwin__WA_Bathymetry__HIPP_SI_1031__30m_2022_L0_Coverage features Cape_Leeuwin__WA_Bathymetry__HIPP_SI_1031__30m_2022_L0_Coverage EPSG:4326 CRS:84 114.71454737200008 115.19721217400001 -34.624260068999945 -33.940282811999964 ausseabed:Cape_Leeuwin__WA_Bathymetry__HIPP_SI_1031__30m_2022_HS The Cape Leeuwin bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Mermaid Searcher during the period 5 Dec 2022 – 4 Apr 2023. This was a contracted survey conducted for the Australian Hydrographic Office by MMA Offshore as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Cape Leeuwin, WA. Bathymetry data was acquired using a Kongsberg EM2040P, and processed using CARIS HIPS and SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 114.71454737171346 115.19721217387088 -34.62426006922499 -33.94028281189639 text/html ausseabed:Cape_Leeuwin__WA_Bathymetry__HIPP_SI_1031__30m_2022_OV The Cape Leeuwin bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Mermaid Searcher during the period 5 Dec 2022 – 4 Apr 2023. This was a contracted survey conducted for the Australian Hydrographic Office by MMA Offshore as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Cape Leeuwin, WA. Bathymetry data was acquired using a Kongsberg EM2040P, and processed using CARIS HIPS and SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 114.71454737171346 115.19721217387088 -34.62426006922499 -33.94028281189639 text/html ausseabed:Carnarvon_Shelf_Bathymetry_1_3m_2008 Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/72005 <br><a href="https://files.ausseabed.gov.au/survey/Carnarvon-Shelf-Bathymetry-3m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32749 113.47315396785636 113.72593888977794 -22.901020036315522 -22.627093759428302 text/html ausseabed:Carnarvon_Shelf_Bathymetry_1_3m_2008_L0_Coverage features Carnarvon_Shelf_Bathymetry_1_3m_2008_L0_Coverage EPSG:4326 CRS:84 113.47593846100006 113.72593889000007 -22.899753363999935 -22.62886257899993 ausseabed:Carnarvon_Shelf_Bathymetry_1_3m_2008_HS Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.47315396785636 113.72593888977794 -22.901020036315522 -22.627093759428302 text/html ausseabed:Carnarvon_Shelf_Bathymetry_1_3m_2008_OV Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.47315396785636 113.72593888977794 -22.901020036315522 -22.627093759428302 text/html ausseabed:Carnarvon_Shelf_Bathymetry_2_3m_2008 Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/72005 <br><a href="https://files.ausseabed.gov.au/survey/Carnarvon-Shelf-Bathymetry-3m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32750 114.22334708483007 114.3666967531657 -21.653552600550782 -21.555811396864907 text/html ausseabed:Carnarvon_Shelf_Bathymetry_2_3m_2008_L0_Coverage features Carnarvon_Shelf_Bathymetry_2_3m_2008_L0_Coverage EPSG:4326 CRS:84 114.22437104100004 114.36613470300006 -21.652732715999946 -21.55647288499995 ausseabed:Carnarvon_Shelf_Bathymetry_2_3m_2008_HS Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 114.22334708483007 114.3666967531657 -21.653552600550782 -21.555811396864907 text/html ausseabed:Carnarvon_Shelf_Bathymetry_2_3m_2008_OV Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 114.22334708483007 114.3666967531657 -21.653552600550782 -21.555811396864907 text/html ausseabed:Carnarvon_Shelf_Bathymetry_3_3m_2008 Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/72005 <br><a href="https://files.ausseabed.gov.au/survey/Carnarvon-Shelf-Bathymetry-3m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32749 113.56918359985492 113.75659137322539 -22.63429603208723 -22.347241621125935 text/html ausseabed:Carnarvon_Shelf_Bathymetry_3_3m_2008_L0_Coverage features Carnarvon_Shelf_Bathymetry_3_3m_2008_L0_Coverage EPSG:4326 CRS:84 113.57443652400002 113.75119551900002 -22.634296031999952 -22.347241620999966 ausseabed:Carnarvon_Shelf_Bathymetry_3_3m_2008_HS Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.56918359985492 113.75659137322539 -22.63429603208723 -22.347241621125935 text/html ausseabed:Carnarvon_Shelf_Bathymetry_3_3m_2008_OV Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.56918359985492 113.75659137322539 -22.63429603208723 -22.347241621125935 text/html ausseabed:Carnarvon_Shelf_Bathymetry_3m_2008 Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/72005 <br><a href="https://files.ausseabed.gov.au/survey/Carnarvon-Shelf-Bathymetry-3m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:4326 113.20007229454502 114.36669675317442 -23.917035459973793 -21.55810895696204 text/html ausseabed:Carnarvon_Shelf_Bathymetry_4_3m_2008_L0_Coverage features Carnarvon_Shelf_Bathymetry_4_3m_2008_L0_Coverage EPSG:4326 CRS:84 113.57443652400002 113.75119551900002 -22.634296031999952 -22.347241620999966 ausseabed:Carnarvon_Shelf_Bathymetry_4_3m_2008_HS Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.6942377359049 113.88307781738355 -22.356467691849602 -22.06291394102334 text/html ausseabed:Carnarvon_Shelf_Bathymetry_4_3m_2008_OV Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.6942377359049 113.88307781738355 -22.356467691849602 -22.06291394102334 text/html ausseabed:Carnarvon_Shelf_Bathymetry_2_3m_2008_L0_Coverage features Carnarvon_Shelf_Bathymetry_2_3m_2008_L0_Coverage EPSG:4326 CRS:84 114.22437104100004 114.36613470300006 -21.652732715999946 -21.55647288499995 ausseabed:Carnarvon_Shelf_Bathymetry_2_3m_2008_HS Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 114.22334708483007 114.3666967531657 -21.653552600550782 -21.555811396864907 text/html ausseabed:Carnarvon_Shelf_Bathymetry_2_3m_2008_OV Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 114.22334708483007 114.3666967531657 -21.653552600550782 -21.555811396864907 text/html ausseabed:Carnarvon_Shelf_Bathymetry_3_3m_2008_L0_Coverage features Carnarvon_Shelf_Bathymetry_3_3m_2008_L0_Coverage EPSG:4326 CRS:84 113.57443652400002 113.75119551900002 -22.634296031999952 -22.347241620999966 ausseabed:Carnarvon_Shelf_Bathymetry_3_3m_2008_HS Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.56918359985492 113.75659137322539 -22.63429603208723 -22.347241621125935 text/html ausseabed:Carnarvon_Shelf_Bathymetry_3_3m_2008_OV Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.56918359985492 113.75659137322539 -22.63429603208723 -22.347241621125935 text/html ausseabed:Carnarvon_Shelf_Bathymetry_5_3m_2008_L0_Coverage features Carnarvon_Shelf_Bathymetry_5_3m_2008_L0_Coverage EPSG:4326 CRS:84 113.8288908510001 113.96656286100006 -22.068273785999963 -21.86649839499995 ausseabed:Carnarvon_Shelf_Bathymetry_5_3m_2008_HS Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.82493807061499 113.97025836032395 -22.068273786212984 -21.866199314081 text/html ausseabed:Carnarvon_Shelf_Bathymetry_5_3m_2008_OV Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.82493807061499 113.97025836032395 -22.068273786212984 -21.866199314081 text/html ausseabed:Carnarvon_Shelf_Bathymetry_6_3m_2008_L0_Coverage features Carnarvon_Shelf_Bathymetry_6_3m_2008_L0_Coverage EPSG:4326 CRS:84 113.19769002200007 113.51877171900003 -23.916529185999934 -23.684379473999968 ausseabed:Carnarvon_Shelf_Bathymetry_6_3m_2008_HS Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.19618649520737 113.52135027972457 -23.91703545997242 -23.681344075796403 text/html ausseabed:Carnarvon_Shelf_Bathymetry_6_3m_2008_OV Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.19618649520737 113.52135027972457 -23.91703545997242 -23.681344075796403 text/html ausseabed:Carnarvon_Shelf_Bathymetry_1_3m_2008_L0_Coverage features Carnarvon_Shelf_Bathymetry_1_3m_2008_L0_Coverage EPSG:4326 CRS:84 113.47593846100006 113.72593889000007 -22.899753363999935 -22.62886257899993 ausseabed:Carnarvon_Shelf_Bathymetry_1_3m_2008_HS Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.47315396785636 113.72593888977794 -22.901020036315522 -22.627093759428302 text/html ausseabed:Carnarvon_Shelf_Bathymetry_1_3m_2008_OV Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.47315396785636 113.72593888977794 -22.901020036315522 -22.627093759428302 text/html ausseabed:Carnarvon_Shelf_Bathymetry_4_3m_2008 Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/72005 <br><a href="https://files.ausseabed.gov.au/survey/Carnarvon-Shelf-Bathymetry-3m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32749 113.6942377359049 113.88307781738355 -22.356467691849602 -22.06291394102334 text/html ausseabed:Carnarvon_Shelf_Bathymetry_4_3m_2008_L0_Coverage features Carnarvon_Shelf_Bathymetry_4_3m_2008_L0_Coverage EPSG:4326 CRS:84 113.57443652400002 113.75119551900002 -22.634296031999952 -22.347241620999966 ausseabed:Carnarvon_Shelf_Bathymetry_4_3m_2008_HS Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.6942377359049 113.88307781738355 -22.356467691849602 -22.06291394102334 text/html ausseabed:Carnarvon_Shelf_Bathymetry_4_3m_2008_OV Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.6942377359049 113.88307781738355 -22.356467691849602 -22.06291394102334 text/html ausseabed:Carnarvon_Shelf_Bathymetry_5_3m_2008 Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/72005 <br><a href="https://files.ausseabed.gov.au/survey/Carnarvon-Shelf-Bathymetry-3m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32749 113.82493807061499 113.97025836032395 -22.068273786212984 -21.866199314081 text/html ausseabed:Carnarvon_Shelf_Bathymetry_5_3m_2008_L0_Coverage features Carnarvon_Shelf_Bathymetry_5_3m_2008_L0_Coverage EPSG:4326 CRS:84 113.8288908510001 113.96656286100006 -22.068273785999963 -21.86649839499995 ausseabed:Carnarvon_Shelf_Bathymetry_5_3m_2008_HS Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.82493807061499 113.97025836032395 -22.068273786212984 -21.866199314081 text/html ausseabed:Carnarvon_Shelf_Bathymetry_5_3m_2008_OV Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.82493807061499 113.97025836032395 -22.068273786212984 -21.866199314081 text/html ausseabed:Carnarvon_Shelf_Bathymetry_6_3m_2008 Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/72005 <br><a href="https://files.ausseabed.gov.au/survey/Carnarvon-Shelf-Bathymetry-3m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32749 113.19618649520737 113.52135027972457 -23.91703545997242 -23.681344075796403 text/html ausseabed:Carnarvon_Shelf_Bathymetry_6_3m_2008_L0_Coverage features Carnarvon_Shelf_Bathymetry_6_3m_2008_L0_Coverage EPSG:4326 CRS:84 113.19769002200007 113.51877171900003 -23.916529185999934 -23.684379473999968 ausseabed:Carnarvon_Shelf_Bathymetry_6_3m_2008_HS Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.19618649520737 113.52135027972457 -23.91703545997242 -23.681344075796403 text/html ausseabed:Carnarvon_Shelf_Bathymetry_6_3m_2008_OV Geoscience Australia carried out a marine survey on Carnarvon shelf (WA) in 2008 (SOL4769) to map seabed bathymetry and characterise benthic environments through colocated sampling of surface sediments and infauna, observation of benthic habitats using underwater towed video and stills photography, and measurement of ocean tides and wavegenerated currents. Data and samples were acquired using the Australian Institute of Marine Science (AIMS) Research Vessel Solander. Bathymetric mapping, sampling and video transects were completed in three survey areas that extended seaward from Ningaloo Reef to the shelf edge, including: Mandu Creek (80 sq km); Point Cloates (281 sq km), and; Gnaraloo (321 sq km). Additional bathymetric mapping (but no sampling or video) was completed between Mandu creek and Point Cloates, covering 277 sq km and north of Mandu Creek, covering 79 sq km. Two oceanographic moorings were deployed in the Point Cloates survey area. The survey also mapped and sampled an area to the northeast of the Muiron Islands covering 52 sq km. The dataset contains 6 bathymetry grids of the Carnarvon Shelf study area produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata for detailed information. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.19618649520737 113.52135027972457 -23.91703545997242 -23.681344075796403 text/html ausseabed:Casey_Station_Bathymetry_1m_2016 This is a compilation of bathymetry surveys GA-4415 and GA-0348. GA-4415 survey was conducted by the Royal Australian Navy (RAN) and the Australian Antarctic Division (AAD) onboard the RAN vessel Wyatt Earp in 2013/2014, while GA-0348 survey was a collaboration between Geoscience Australia (GA) , the Royal Australian Navy and Australian Antarctic Division acquired by the AAD workboat Howard Burton during December 2014 to February 2015. The survey goal was to acquire high resolution bathymetry data to improve our understanding of the seafloor using multibeam sonar. The bathymetry data collection will be supplemented by physical sampling of the seafloor sediments and video recordings of the biological communities living in the seafloor. The survey covers areas that are frequently used by the RSV Aurora Australis. Improving our understanding of the seabed environment in these shallow coastal waters will ultimately lead to a better environmental management of the Australian Antarctic Territory. The data will also help the RAN to develop more accurate navigation charts therefore reducing the risk to maritime operation in the region. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/100885 <br><a href="https://files.ausseabed.gov.au/survey/CaseyStation-Bathymetry-1m-2013-2015+.zip" target="_blank">Download Bathymetry</a> EPSG:32749 110.35974120507062 110.57204518438482 -66.31342008043987 -66.22887264773668 text/html ausseabed:Casey_Station_Bathymetry__1m_2016_L0_Coverage features Casey_Station_Bathymetry__1m_2016_L0_Coverage EPSG:4326 CRS:84 110.36407482200008 110.56951565100007 -66.31186901999996 -66.23164526499994 ausseabed:Casey_Station_Bathymetry__1m_2016_HS This is a compilation of bathymetry surveys GA-4415 and GA-0348. GA-4415 survey was conducted by the Royal Australian Navy (RAN) and the Australian Antarctic Division (AAD) onboard the RAN vessel Wyatt Earp in 2013/2014, while GA-0348 survey was a collaboration between Geoscience Australia (GA) , the Royal Australian Navy and Australian Antarctic Division acquired by the AAD workboat Howard Burton during December 2014 to February 2015. The survey goal was to acquire high resolution bathymetry data to improve our understanding of the seafloor using multibeam sonar. The bathymetry data collection will be supplemented by physical sampling of the seafloor sediments and video recordings of the biological communities living in the seafloor. The survey covers areas that are frequently used by the RSV Aurora Australis. Improving our understanding of the seabed environment in these shallow coastal waters will ultimately lead to a better environmental management of the Australian Antarctic Territory. The data will also help the RAN to develop more accurate navigation charts therefore reducing the risk to maritime operation in the region. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 110.35974120507062 110.57204518438482 -66.31342008043987 -66.22887264773668 text/html ausseabed:Casey_Station_Bathymetry__1m_2016_OV This is a compilation of bathymetry surveys GA-4415 and GA-0348. GA-4415 survey was conducted by the Royal Australian Navy (RAN) and the Australian Antarctic Division (AAD) onboard the RAN vessel Wyatt Earp in 2013/2014, while GA-0348 survey was a collaboration between Geoscience Australia (GA) , the Royal Australian Navy and Australian Antarctic Division acquired by the AAD workboat Howard Burton during December 2014 to February 2015. The survey goal was to acquire high resolution bathymetry data to improve our understanding of the seafloor using multibeam sonar. The bathymetry data collection will be supplemented by physical sampling of the seafloor sediments and video recordings of the biological communities living in the seafloor. The survey covers areas that are frequently used by the RSV Aurora Australis. Improving our understanding of the seabed environment in these shallow coastal waters will ultimately lead to a better environmental management of the Australian Antarctic Territory. The data will also help the RAN to develop more accurate navigation charts therefore reducing the risk to maritime operation in the region. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 110.35974120507062 110.57204518438482 -66.31342008043987 -66.22887264773668 text/html ausseabed:Casey_Station_Bathymetry__1m_2014 The Casey Station Bathymetry Survey was conducted last summer from December 2014 to February 2015. This collaborative survey was undertaken by Geoscience Australia, the Royal Australian Navy and the Australian Antarctic Division, using the AAD's workboat the RV Howard Burton. The survey goal was to acquire high resolution bathymetry data to improve our understanding of the seafloor using multibeam sonar. The bathymetry data collection will be supplemented by physical sampling of the seafloor sediments and video recordings of the biological communities living in the seafloor. The survey will cover areas that haven't been charted during the 2013 Casey Survey and are frequently used by the RSV Aurora Australis. Improving our understanding of the seabed environment in these shallow coastal waters will ultimately lead to a better environmental management of the Australian Antarctic Territory. The data will also help the RAN to develop more accurate navigation charts therefore reducing the risk to maritime operation in the region. <br>https://pid.geoscience.gov.au/dataset/ga/83224 <br><a href="https://files.ausseabed.gov.au/survey/CaseyStationAntarctica-Bathymetry-1m-2014.zip" target="_blank">Download Bathymetry</a> EPSG:32749 110.36033048567725 110.57153018763152 -66.31305085332261 -66.22909032273087 text/html ausseabed:Casey_Station_Bathymetry__1m_2014_L0_Coverage Casey_Station_Bathymetry__1m_2014_L0_Coverage features EPSG:4326 CRS:84 110.36408729900006 110.56954997100007 -66.31196340699995 -66.23165402099994 ausseabed:Casey_Station_Bathymetry__1m_2014_HS The Casey Station Bathymetry Survey was conducted last summer from December 2014 to February 2015. This collaborative survey was undertaken by Geoscience Australia, the Royal Australian Navy and the Australian Antarctic Division, using the AAD's workboat the RV Howard Burton. The survey goal was to acquire high resolution bathymetry data to improve our understanding of the seafloor using multibeam sonar. The bathymetry data collection will be supplemented by physical sampling of the seafloor sediments and video recordings of the biological communities living in the seafloor. The survey will cover areas that haven't been charted during the 2013 Casey Survey and are frequently used by the RSV Aurora Australis. Improving our understanding of the seabed environment in these shallow coastal waters will ultimately lead to a better environmental management of the Australian Antarctic Territory. The data will also help the RAN to develop more accurate navigation charts therefore reducing the risk to maritime operation in the region. EPSG:32749 CRS:84 110.36033048567725 110.57153018763152 -66.31305085332261 -66.22909032273087 text/html ausseabed:Casey_Station_Bathymetry__1m_2014_OV The Casey Station Bathymetry Survey was conducted last summer from December 2014 to February 2015. This collaborative survey was undertaken by Geoscience Australia, the Royal Australian Navy and the Australian Antarctic Division, using the AAD's workboat the RV Howard Burton. The survey goal was to acquire high resolution bathymetry data to improve our understanding of the seafloor using multibeam sonar. The bathymetry data collection will be supplemented by physical sampling of the seafloor sediments and video recordings of the biological communities living in the seafloor. The survey will cover areas that haven't been charted during the 2013 Casey Survey and are frequently used by the RSV Aurora Australis. Improving our understanding of the seabed environment in these shallow coastal waters will ultimately lead to a better environmental management of the Australian Antarctic Territory. The data will also help the RAN to develop more accurate navigation charts therefore reducing the risk to maritime operation in the region. EPSG:32749 CRS:84 110.36033048567725 110.57153018763152 -66.31305085332261 -66.22909032273087 text/html ausseabed:Christmas_Island_Bathymetry_50-250m_2010 Christmas Island is located approximately 2,600 North West of Perth. It is the surface expression of an emergent seamount uplifted by tectonics. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Christmas Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetric models. Five new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/70652 <br><a href="https://files.ausseabed.gov.au/survey/ChristmasIsland-DEM-50m-250m-2010.zip" target="_blank">Download Bathymetry</a> EPSG:4326 104.99249800000001 106.50491400000001 -11.006668999999999 -9.990044999999999 text/html ausseabed:Christmas_Island_Bathymetry__250m__50-250m_2010_L0_Coverage features Christmas_Island_Bathymetry__250m__50-250m_2010_L0_Coverage EPSG:4326 CRS:84 104.99249800000007 106.50491400000004 -11.006668999999931 -9.990044999999952 ausseabed:Christmas_Island_Bathymetry__250m__50-250m_2010_HS Christmas Island is located approximately 2,600 North West of Perth. It is the surface expression of an emergent seamount uplifted by tectonics. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Christmas Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetric models. Five new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 104.99249800000001 106.50491400000001 -11.006668999999999 -9.990044999999999 text/html ausseabed:Christmas_Island_Bathymetry__250m__50-250m_2010_OV Christmas Island is located approximately 2,600 North West of Perth. It is the surface expression of an emergent seamount uplifted by tectonics. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Christmas Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetric models. Five new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 104.99249800000001 106.50491400000001 -11.006668999999999 -9.990044999999999 text/html ausseabed:Christmas_Island_Bathymetry__50m__50-250m_2010_L0_Coverage Christmas_Island_Bathymetry__50m__50-250m_2010_L0_Coverage features EPSG:4326 CRS:84 105.39955200000009 105.90086400000007 -10.700687999999957 -10.249999999999943 ausseabed:Christmas_Island_Bathymetry__50m__50-250m_2010_HS Christmas Island is located approximately 2,600 North West of Perth. It is the surface expression of an emergent seamount uplifted by tectonics. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Christmas Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetric models. Five new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 105.399552 105.90086400000001 -10.700688 -10.249999999999998 text/html ausseabed:Christmas_Island_Bathymetry__50m__50-250m_2010_OV Christmas Island is located approximately 2,600 North West of Perth. It is the surface expression of an emergent seamount uplifted by tectonics. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Christmas Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetric models. Five new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 105.399552 105.90086400000001 -10.700688 -10.249999999999998 text/html ausseabed:Christmas_Island_Bathymetry__100m__50-250m_2010_L0_Coverage features Christmas_Island_Bathymetry__100m__50-250m_2010_L0_Coverage EPSG:4326 CRS:84 105.24909550000007 106.09798550000005 -10.750256499999978 -10.149336499999947 ausseabed:Christmas_Island_Bathymetry__100m__50-250m_2010_HS Christmas Island is located approximately 2,600 North West of Perth. It is the surface expression of an emergent seamount uplifted by tectonics. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Christmas Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetric models. Five new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 105.24909550000001 106.09798550000001 -10.750256499999999 -10.149336499999999 text/html ausseabed:Christmas_Island_Bathymetry__100m__50-250m_2010_OV Christmas Island is located approximately 2,600 North West of Perth. It is the surface expression of an emergent seamount uplifted by tectonics. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Christmas Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetric models. Five new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 105.24909550000001 106.09798550000001 -10.750256499999999 -10.149336499999999 text/html ausseabed:Christmas_Island_Bathymetry__100m__50-250m_2010 Christmas Island is located approximately 2,600 North West of Perth. It is the surface expression of an emergent seamount uplifted by tectonics. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Christmas Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetric models. Five new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/70652 <br><a href="https://files.ausseabed.gov.au/survey/ChristmasIsland-DEM-50m-250m-2010.zip" target="_blank">Download Bathymetry</a> EPSG:4326 105.24909550000001 106.09798550000001 -10.750256499999999 -10.149336499999999 text/html ausseabed:Christmas_Island_Bathymetry__100m__50-250m_2010_L0_Coverage features Christmas_Island_Bathymetry__100m__50-250m_2010_L0_Coverage EPSG:4326 CRS:84 105.24909550000007 106.09798550000005 -10.750256499999978 -10.149336499999947 ausseabed:Christmas_Island_Bathymetry__100m__50-250m_2010_HS Christmas Island is located approximately 2,600 North West of Perth. It is the surface expression of an emergent seamount uplifted by tectonics. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Christmas Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetric models. Five new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 105.24909550000001 106.09798550000001 -10.750256499999999 -10.149336499999999 text/html ausseabed:Christmas_Island_Bathymetry__100m__50-250m_2010_OV Christmas Island is located approximately 2,600 North West of Perth. It is the surface expression of an emergent seamount uplifted by tectonics. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Christmas Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetric models. Five new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 105.24909550000001 106.09798550000001 -10.750256499999999 -10.149336499999999 text/html ausseabed:Christmas_Island_Bathymetry__250m__50-250m_2010 Christmas Island is located approximately 2,600 North West of Perth. It is the surface expression of an emergent seamount uplifted by tectonics. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Christmas Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetric models. Five new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/70652 <br><a href="https://files.ausseabed.gov.au/survey/ChristmasIsland-DEM-50m-250m-2010.zip" target="_blank">Download Bathymetry</a> EPSG:4326 104.99249800000001 106.50491400000001 -11.006668999999999 -9.990044999999999 text/html ausseabed:Christmas_Island_Bathymetry__250m__50-250m_2010_L0_Coverage features Christmas_Island_Bathymetry__250m__50-250m_2010_L0_Coverage EPSG:4326 CRS:84 104.99249800000007 106.50491400000004 -11.006668999999931 -9.990044999999952 ausseabed:Christmas_Island_Bathymetry__250m__50-250m_2010_HS Christmas Island is located approximately 2,600 North West of Perth. It is the surface expression of an emergent seamount uplifted by tectonics. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Christmas Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetric models. Five new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 104.99249800000001 106.50491400000001 -11.006668999999999 -9.990044999999999 text/html ausseabed:Christmas_Island_Bathymetry__250m__50-250m_2010_OV Christmas Island is located approximately 2,600 North West of Perth. It is the surface expression of an emergent seamount uplifted by tectonics. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Christmas Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetric models. Five new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 104.99249800000001 106.50491400000001 -11.006668999999999 -9.990044999999999 text/html ausseabed:Christmas_Island_Bathymetry__50m__50-250m_2010 Christmas Island is located approximately 2,600 North West of Perth. It is the surface expression of an emergent seamount uplifted by tectonics. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Christmas Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetric models. Five new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/70652 <br><a href="https://files.ausseabed.gov.au/survey/ChristmasIsland-DEM-50m-250m-2010.zip" target="_blank">Download Bathymetry</a> EPSG:4326 105.399552 105.90086400000001 -10.700688 -10.249999999999998 text/html ausseabed:Christmas_Island_Bathymetry__50m__50-250m_2010_L0_Coverage Christmas_Island_Bathymetry__50m__50-250m_2010_L0_Coverage features EPSG:4326 CRS:84 105.39955200000009 105.90086400000007 -10.700687999999957 -10.249999999999943 ausseabed:Christmas_Island_Bathymetry__50m__50-250m_2010_HS Christmas Island is located approximately 2,600 North West of Perth. It is the surface expression of an emergent seamount uplifted by tectonics. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Christmas Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetric models. Five new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 105.399552 105.90086400000001 -10.700688 -10.249999999999998 text/html ausseabed:Christmas_Island_Bathymetry__50m__50-250m_2010_OV Christmas Island is located approximately 2,600 North West of Perth. It is the surface expression of an emergent seamount uplifted by tectonics. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Christmas Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetric models. Five new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 105.399552 105.90086400000001 -10.700688 -10.249999999999998 text/html ausseabed:Christmas_Island_Marine_Park_Satellite-derived_Bathymetry_2m_2022 Parks Australia - Indian Oceans Territory (IOT) Grants Project: Satellite-Derived Bathymetry and Seafloor Habitat Classification Mapping of Christmas Island Marine Park This project mapped Satellite-derived Bathymetry (SDB) and seafloor habitats at 2m horizontal spatial resolution, for the shallow waters (~0-25 m) of Christmas Island Marine Park. SDB data was processed using EOMAP's proprietary software and algorithm package Watcor-X, which generates SDB using multi-spectral satellite data. The SDB is based on the physics-based inversion method of the radiative transfer equation which models the pathway of light and its interaction through different media (e.g. atmosphere and water column). The thematic classification of the seabed was based on multispectral satellite image analytics. Satellite imagery was pre-processed by applying a set of image correction procedures to reduce environmental noise, resulting in a standardised reflectance surface of the subsurface and seafloor. The information on seafloor reflectance at different wavelengths was used to run an object-based classification procedure which groups objects of similar spectral characteristics, shape and texture into different classes of major seafloor habitat type. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of the IOT Marine Parks. Having access to digital, georeferenced, high-resolution, satellite-derived maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation and safety-at-sea, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150166 <br><a href="https://files.ausseabed.gov.au/survey/ChristmasIslandMarinePark-Bathymetry-2m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32748 105.52062084868584 105.71601901591265 -10.577340795040822 -10.406685547454742 text/html ausseabed:Christmas_Island_Marine_Park_Satellite-derived_Bathymetry__2m_2022_L0_Coverage features Christmas_Island_Marine_Park_Satellite-derived_Bathymetry__2m_2022_L0_Coverage EPSG:4326 CRS:84 105.52984548600006 105.71452719100006 -10.571813434999967 -10.411297152999964 ausseabed:Christmas_Island_Marine_Park_Satellite-derived_Bathymetry__2m_2022_HS Parks Australia - Indian Oceans Territory (IOT) Grants Project: Satellite-Derived Bathymetry and Seafloor Habitat Classification Mapping of Christmas Island Marine Park This project mapped Satellite-derived Bathymetry (SDB) and seafloor habitats at 2m horizontal spatial resolution, for the shallow waters (~0-25 m) of Christmas Island Marine Park. SDB data was processed using EOMAP's proprietary software and algorithm package Watcor-X, which generates SDB using multi-spectral satellite data. The SDB is based on the physics-based inversion method of the radiative transfer equation which models the pathway of light and its interaction through different media (e.g. atmosphere and water column). The thematic classification of the seabed was based on multispectral satellite image analytics. Satellite imagery was pre-processed by applying a set of image correction procedures to reduce environmental noise, resulting in a standardised reflectance surface of the subsurface and seafloor. The information on seafloor reflectance at different wavelengths was used to run an object-based classification procedure which groups objects of similar spectral characteristics, shape and texture into different classes of major seafloor habitat type. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of the IOT Marine Parks. Having access to digital, georeferenced, high-resolution, satellite-derived maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation and safety-at-sea, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. This dataset is not to be used for navigational purposes. EPSG:32748 CRS:84 105.52062084868584 105.71601901591265 -10.577340795040822 -10.406685547454742 text/html ausseabed:Christmas_Island_Marine_Park_Satellite-derived_Bathymetry__2m_2022_OV Parks Australia - Indian Oceans Territory (IOT) Grants Project: Satellite-Derived Bathymetry and Seafloor Habitat Classification Mapping of Christmas Island Marine Park This project mapped Satellite-derived Bathymetry (SDB) and seafloor habitats at 2m horizontal spatial resolution, for the shallow waters (~0-25 m) of Christmas Island Marine Park. SDB data was processed using EOMAP's proprietary software and algorithm package Watcor-X, which generates SDB using multi-spectral satellite data. The SDB is based on the physics-based inversion method of the radiative transfer equation which models the pathway of light and its interaction through different media (e.g. atmosphere and water column). The thematic classification of the seabed was based on multispectral satellite image analytics. Satellite imagery was pre-processed by applying a set of image correction procedures to reduce environmental noise, resulting in a standardised reflectance surface of the subsurface and seafloor. The information on seafloor reflectance at different wavelengths was used to run an object-based classification procedure which groups objects of similar spectral characteristics, shape and texture into different classes of major seafloor habitat type. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of the IOT Marine Parks. Having access to digital, georeferenced, high-resolution, satellite-derived maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation and safety-at-sea, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. This dataset is not to be used for navigational purposes. EPSG:32748 CRS:84 105.52062084868584 105.71601901591265 -10.577340795040822 -10.406685547454742 text/html ausseabed:Clarence_Strait_to_Dundas_Strait_Bathymetry__HIPP_SI_1027__30m_2023 The Clarence Strait to Dundas Strait bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 4 Jul 2023 – 9 Sep 2023. This was a contracted survey conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Clarence Strait to Dundas Strait. Bathymetry data was acquired using Kongsberg EM2040-07 and Kongsberg EM2040-P, and processed using QIMERA and BeamworX AutoClean processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149883 <br><a href="https://files.ausseabed.gov.au/survey/Clarence-Strait-to-Dundas-Strait-HIPP-SI-1027-Bathymetry-2022-30m.zip" target="_blank">Download Bathymetry</a> EPSG:4326 131.20060912893175 131.6738416206059 -12.063790360790497 -11.538275919580576 text/html ausseabed:Clarence_Strait_to_Dundas_Strait_Bathymetry__HIPP_SI_1027__30m_2023_L0_Coverage features Clarence_Strait_to_Dundas_Strait_Bathymetry__HIPP_SI_1027__30m_2023_L0_Coverage EPSG:4326 CRS:84 131.2006091290001 131.67384162100007 -12.063790360999974 -11.538275919999933 ausseabed:Clarence_Strait_to_Dundas_Strait_Bathymetry__HIPP_SI_1027__30m_2023_HS The Clarence Strait to Dundas Strait bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 4 Jul 2023 – 9 Sep 2023. This was a contracted survey conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Clarence Strait to Dundas Strait. Bathymetry data was acquired using Kongsberg EM2040-07 and Kongsberg EM2040-P, and processed using QIMERA and BeamworX AutoClean processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 131.20060912893175 131.6738416206059 -12.063790360790497 -11.538275919580576 text/html ausseabed:Clarence_Strait_to_Dundas_Strait_Bathymetry__HIPP_SI_1027__30m_2023_OV The Clarence Strait to Dundas Strait bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 4 Jul 2023 – 9 Sep 2023. This was a contracted survey conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Clarence Strait to Dundas Strait. Bathymetry data was acquired using Kongsberg EM2040-07 and Kongsberg EM2040-P, and processed using QIMERA and BeamworX AutoClean processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 131.20060912893175 131.6738416206059 -12.063790360790497 -11.538275919580576 text/html ausseabed:Cocos__Keeling__Island_Bathymetry_10-250m_2010 Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/70663 <br><a href="https://files.ausseabed.gov.au/survey/CocosKeelingIsland-DEM-10m-250m-2010.zip" target="_blank">Download Bathymetry</a> EPSG:4326 95.999883 97.768797 -13.00302 -11.141532 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__50m__10-250m_2010_L0_Coverage features Cocos__Keeling__Island_Bathymetry__50m__10-250m_2010_L0_Coverage EPSG:4326 CRS:84 96.54955000000007 97.20700000000005 -12.306449999999927 -11.729999999999961 ausseabed:Cocos__Keeling__Island_Bathymetry__50m__10-250m_2010_HS Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 96.54955 97.207 -12.30645 -11.729999999999999 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__50m__10-250m_2010_OV Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 96.54955 97.207 -12.30645 -11.729999999999999 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__10m__10-250m_2010_L0_Coverage features Cocos__Keeling__Island_Bathymetry__10m__10-250m_2010_L0_Coverage EPSG:4326 CRS:84 96.79991000000007 96.95003000000008 -12.240119999999933 -12.044999999999959 ausseabed:Cocos__Keeling__Island_Bathymetry__10m__10-250m_2010_HS Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 96.79991 96.95003 -12.24012 -12.045 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__10m__10-250m_2010_OV Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 96.79991 96.95003 -12.24012 -12.045 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__250m__10-250m_2010_L0_Coverage features Cocos__Keeling__Island_Bathymetry__250m__10-250m_2010_L0_Coverage EPSG:4326 CRS:84 95.99988300000007 97.76879700000006 -13.003019999999935 -11.141531999999927 ausseabed:Cocos__Keeling__Island_Bathymetry__250m__10-250m_2010_HS Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 95.999883 97.768797 -13.00302 -11.141532 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__250m__10-250m_2010_OV Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 95.999883 97.768797 -13.00302 -11.141532 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__100m__10-250m_2010_L0_Coverage features Cocos__Keeling__Island_Bathymetry__100m__10-250m_2010_L0_Coverage EPSG:4326 CRS:84 96.15909950000008 97.60610550000007 -12.721400499999959 -11.14825449999995 ausseabed:Cocos__Keeling__Island_Bathymetry__100m__10-250m_2010_HS Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 96.1590995 97.6061055 -12.7214005 -11.148254499999998 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__100m__10-250m_2010_OV Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 96.1590995 97.6061055 -12.7214005 -11.148254499999998 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__100m__10-250m_2010 Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/70663 <br><a href="https://files.ausseabed.gov.au/survey/CocosKeelingIsland-DEM-10m-250m-2010.zip" target="_blank">Download Bathymetry</a> EPSG:4326 96.1590995 97.6061055 -12.7214005 -11.148254499999998 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__100m__10-250m_2010_L0_Coverage features Cocos__Keeling__Island_Bathymetry__100m__10-250m_2010_L0_Coverage EPSG:4326 CRS:84 96.15909950000008 97.60610550000007 -12.721400499999959 -11.14825449999995 ausseabed:Cocos__Keeling__Island_Bathymetry__100m__10-250m_2010_HS Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 96.1590995 97.6061055 -12.7214005 -11.148254499999998 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__100m__10-250m_2010_OV Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 96.1590995 97.6061055 -12.7214005 -11.148254499999998 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__10m__10-250m_2010 Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/70663 <br><a href="https://files.ausseabed.gov.au/survey/CocosKeelingIsland-DEM-10m-250m-2010.zip" target="_blank">Download Bathymetry</a> EPSG:4326 96.79991 96.95003 -12.24012 -12.045 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__10m__10-250m_2010_L0_Coverage features Cocos__Keeling__Island_Bathymetry__10m__10-250m_2010_L0_Coverage EPSG:4326 CRS:84 96.79991000000007 96.95003000000008 -12.240119999999933 -12.044999999999959 ausseabed:Cocos__Keeling__Island_Bathymetry__10m__10-250m_2010_HS Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 96.79991 96.95003 -12.24012 -12.045 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__10m__10-250m_2010_OV Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 96.79991 96.95003 -12.24012 -12.045 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__250m__10-250m_2010 Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/70663 <br><a href="https://files.ausseabed.gov.au/survey/CocosKeelingIsland-DEM-10m-250m-2010.zip" target="_blank">Download Bathymetry</a> EPSG:4326 95.999883 97.768797 -13.00302 -11.141532 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__250m__10-250m_2010_L0_Coverage features Cocos__Keeling__Island_Bathymetry__250m__10-250m_2010_L0_Coverage EPSG:4326 CRS:84 95.99988300000007 97.76879700000006 -13.003019999999935 -11.141531999999927 ausseabed:Cocos__Keeling__Island_Bathymetry__250m__10-250m_2010_HS Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 95.999883 97.768797 -13.00302 -11.141532 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__250m__10-250m_2010_OV Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 95.999883 97.768797 -13.00302 -11.141532 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__50m__10-250m_2010 Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/70663 <br><a href="https://files.ausseabed.gov.au/survey/CocosKeelingIsland-DEM-10m-250m-2010.zip" target="_blank">Download Bathymetry</a> EPSG:4326 96.54955 97.207 -12.30645 -11.729999999999999 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__50m__10-250m_2010_L0_Coverage features Cocos__Keeling__Island_Bathymetry__50m__10-250m_2010_L0_Coverage EPSG:4326 CRS:84 96.54955000000007 97.20700000000005 -12.306449999999927 -11.729999999999961 ausseabed:Cocos__Keeling__Island_Bathymetry__50m__10-250m_2010_HS Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 96.54955 97.207 -12.30645 -11.729999999999999 text/html ausseabed:Cocos__Keeling__Island_Bathymetry__50m__10-250m_2010_OV Cocos (Keeling) Island is located approximately 3,685km almost due west of Darwin. It is a mid-ocean atoll with a coral reef, and a very shallow (1 - 20 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Cocos (Keeling) Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 96.54955 97.207 -12.30645 -11.729999999999999 text/html ausseabed:Cocos__Keeling__Marine_Park_Satellite-derived_Bathymetry_2m_2022 Parks Australia - Indian Oceans Territory (IOT) Grants Project: Satellite-Derived Bathymetry and Seafloor Habitat Classification Mapping of Cocos (Keeling) Island Marine Park This project mapped Satellite-derived Bathymetry (SDB) and seafloor habitats at 2m horizontal spatial resolution, for the shallow waters (~0-25 m) of the Cocos (Keeling) Islands Marine Park. SDB data was processed using EOMAP's proprietary software and algorithm package Watcor-X, which generates SDB using multi-spectral satellite data. The SDB is based on the physics-based inversion method of the radiative transfer equation which models the pathway of light and its interaction through different media (e.g. atmosphere and water column). The thematic classification of the seabed was based on multispectral satellite image analytics. Satellite imagery was pre-processed by applying a set of image correction procedures to reduce environmental noise, resulting in a standardised reflectance surface of the subsurface and seafloor. The information on seafloor reflectance at different wavelengths was used to run an object-based classification procedure which groups objects of similar spectral characteristics, shape and texture into different classes of major seafloor habitat type. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of the IOT Marine Parks. Having access to digital, georeferenced, high-resolution, satellite-derived maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation and safety-at-sea, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150165 <br><a href="https://files.ausseabed.gov.au/survey/CocosKeelingMarinePark-Bathymetry-2m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32747 96.78543785045174 96.94146003991797 -12.218920963178716 -11.810100819182772 text/html ausseabed:Cocos__Keeling__Marine_Park_Satellite-derived_Bathymetry__North_Keeling__2m_2022_L0_Coverage features Cocos__Keeling__Marine_Park_Satellite-derived_Bathymetry__North_Keeling__2m_2022_L0_Coverage EPSG:4326 CRS:84 96.79953306700008 96.83715857000004 -11.85487061699996 -11.81767436499996 ausseabed:Cocos__Keeling__Marine_Park_Satellite-derived_Bathymetry__North_Keeling__2m_2022_HS Parks Australia - Indian Oceans Territory (IOT) Grants Project: Satellite-Derived Bathymetry and Seafloor Habitat Classification Mapping of Cocos (Keeling) Island Marine Park This project mapped Satellite-derived Bathymetry (SDB) and seafloor habitats at 2m horizontal spatial resolution, for the shallow waters (~0-25 m) of the Cocos (Keeling) Islands Marine Park. SDB data was processed using EOMAP's proprietary software and algorithm package Watcor-X, which generates SDB using multi-spectral satellite data. The SDB is based on the physics-based inversion method of the radiative transfer equation which models the pathway of light and its interaction through different media (e.g. atmosphere and water column). The thematic classification of the seabed was based on multispectral satellite image analytics. Satellite imagery was pre-processed by applying a set of image correction procedures to reduce environmental noise, resulting in a standardised reflectance surface of the subsurface and seafloor. The information on seafloor reflectance at different wavelengths was used to run an object-based classification procedure which groups objects of similar spectral characteristics, shape and texture into different classes of major seafloor habitat type. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of the IOT Marine Parks. Having access to digital, georeferenced, high-resolution, satellite-derived maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation and safety-at-sea, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. This dataset is not to be used for navigational purposes. EPSG:32747 CRS:84 96.78831427202873 96.85083392832834 -11.867059049978803 -11.810100819182772 text/html ausseabed:Cocos__Keeling__Marine_Park_Satellite-derived_Bathymetry__North_Keeling__2m_2022_OV Parks Australia - Indian Oceans Territory (IOT) Grants Project: Satellite-Derived Bathymetry and Seafloor Habitat Classification Mapping of Cocos (Keeling) Island Marine Park This project mapped Satellite-derived Bathymetry (SDB) and seafloor habitats at 2m horizontal spatial resolution, for the shallow waters (~0-25 m) of the Cocos (Keeling) Islands Marine Park. SDB data was processed using EOMAP's proprietary software and algorithm package Watcor-X, which generates SDB using multi-spectral satellite data. The SDB is based on the physics-based inversion method of the radiative transfer equation which models the pathway of light and its interaction through different media (e.g. atmosphere and water column). The thematic classification of the seabed was based on multispectral satellite image analytics. Satellite imagery was pre-processed by applying a set of image correction procedures to reduce environmental noise, resulting in a standardised reflectance surface of the subsurface and seafloor. The information on seafloor reflectance at different wavelengths was used to run an object-based classification procedure which groups objects of similar spectral characteristics, shape and texture into different classes of major seafloor habitat type. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of the IOT Marine Parks. Having access to digital, georeferenced, high-resolution, satellite-derived maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation and safety-at-sea, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. This dataset is not to be used for navigational purposes. EPSG:32747 CRS:84 96.78831427202873 96.85083392832834 -11.867059049978803 -11.810100819182772 text/html ausseabed:Cocos__Keeling__Marine_Park_Satellite-derived_Bathymetry__Cocos_Island__2m_2022_L0_Coverage features Cocos__Keeling__Marine_Park_Satellite-derived_Bathymetry__Cocos_Island__2m_2022_L0_Coverage EPSG:4326 CRS:84 96.81315768800005 96.93383154300005 -12.213622145999977 -12.064221746999976 ausseabed:Cocos__Keeling__Marine_Park_Satellite-derived_Bathymetry__Cocos_Island__2m_2022_HS Parks Australia - Indian Oceans Territory (IOT) Grants Project: Satellite-Derived Bathymetry and Seafloor Habitat Classification Mapping of Cocos (Keeling) Island Marine Park This project mapped Satellite-derived Bathymetry (SDB) and seafloor habitats at 2m horizontal spatial resolution, for the shallow waters (~0-25 m) of the Cocos (Keeling) Islands Marine Park. SDB data was processed using EOMAP's proprietary software and algorithm package Watcor-X, which generates SDB using multi-spectral satellite data. The SDB is based on the physics-based inversion method of the radiative transfer equation which models the pathway of light and its interaction through different media (e.g. atmosphere and water column). The thematic classification of the seabed was based on multispectral satellite image analytics. Satellite imagery was pre-processed by applying a set of image correction procedures to reduce environmental noise, resulting in a standardised reflectance surface of the subsurface and seafloor. The information on seafloor reflectance at different wavelengths was used to run an object-based classification procedure which groups objects of similar spectral characteristics, shape and texture into different classes of major seafloor habitat type. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of the IOT Marine Parks. Having access to digital, georeferenced, high-resolution, satellite-derived maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation and safety-at-sea, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. This dataset is not to be used for navigational purposes. EPSG:32747 CRS:84 96.80613568933873 96.93960870597348 -12.218920963178716 -12.055401547165763 text/html ausseabed:Cocos__Keeling__Marine_Park_Satellite-derived_Bathymetry__Cocos_Island__2m_2022_OV Parks Australia - Indian Oceans Territory (IOT) Grants Project: Satellite-Derived Bathymetry and Seafloor Habitat Classification Mapping of Cocos (Keeling) Island Marine Park This project mapped Satellite-derived Bathymetry (SDB) and seafloor habitats at 2m horizontal spatial resolution, for the shallow waters (~0-25 m) of the Cocos (Keeling) Islands Marine Park. SDB data was processed using EOMAP's proprietary software and algorithm package Watcor-X, which generates SDB using multi-spectral satellite data. The SDB is based on the physics-based inversion method of the radiative transfer equation which models the pathway of light and its interaction through different media (e.g. atmosphere and water column). The thematic classification of the seabed was based on multispectral satellite image analytics. Satellite imagery was pre-processed by applying a set of image correction procedures to reduce environmental noise, resulting in a standardised reflectance surface of the subsurface and seafloor. The information on seafloor reflectance at different wavelengths was used to run an object-based classification procedure which groups objects of similar spectral characteristics, shape and texture into different classes of major seafloor habitat type. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of the IOT Marine Parks. Having access to digital, georeferenced, high-resolution, satellite-derived maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation and safety-at-sea, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. This dataset is not to be used for navigational purposes. EPSG:32747 CRS:84 96.80613568933873 96.93960870597348 -12.218920963178716 -12.055401547165763 text/html ausseabed:Cocos__Keeling__Marine_Park_Satellite-derived_Bathymetry__Cocos_Island__2m_2022 Parks Australia - Indian Oceans Territory (IOT) Grants Project: Satellite-Derived Bathymetry and Seafloor Habitat Classification Mapping of Cocos (Keeling) Island Marine Park This project mapped Satellite-derived Bathymetry (SDB) and seafloor habitats at 2m horizontal spatial resolution, for the shallow waters (~0-25 m) of the Cocos (Keeling) Islands Marine Park. SDB data was processed using EOMAP's proprietary software and algorithm package Watcor-X, which generates SDB using multi-spectral satellite data. The SDB is based on the physics-based inversion method of the radiative transfer equation which models the pathway of light and its interaction through different media (e.g. atmosphere and water column). The thematic classification of the seabed was based on multispectral satellite image analytics. Satellite imagery was pre-processed by applying a set of image correction procedures to reduce environmental noise, resulting in a standardised reflectance surface of the subsurface and seafloor. The information on seafloor reflectance at different wavelengths was used to run an object-based classification procedure which groups objects of similar spectral characteristics, shape and texture into different classes of major seafloor habitat type. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of the IOT Marine Parks. Having access to digital, georeferenced, high-resolution, satellite-derived maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation and safety-at-sea, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150165 <br><a href="https://files.ausseabed.gov.au/survey/CocosKeelingMarinePark-Bathymetry-2m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32747 96.80613568933873 96.93960870597348 -12.218920963178716 -12.055401547165763 text/html ausseabed:Cocos__Keeling__Marine_Park_Satellite-derived_Bathymetry__Cocos_Island__2m_2022_L0_Coverage features Cocos__Keeling__Marine_Park_Satellite-derived_Bathymetry__Cocos_Island__2m_2022_L0_Coverage EPSG:4326 CRS:84 96.81315768800005 96.93383154300005 -12.213622145999977 -12.064221746999976 ausseabed:Cocos__Keeling__Marine_Park_Satellite-derived_Bathymetry__Cocos_Island__2m_2022_HS Parks Australia - Indian Oceans Territory (IOT) Grants Project: Satellite-Derived Bathymetry and Seafloor Habitat Classification Mapping of Cocos (Keeling) Island Marine Park This project mapped Satellite-derived Bathymetry (SDB) and seafloor habitats at 2m horizontal spatial resolution, for the shallow waters (~0-25 m) of the Cocos (Keeling) Islands Marine Park. SDB data was processed using EOMAP's proprietary software and algorithm package Watcor-X, which generates SDB using multi-spectral satellite data. The SDB is based on the physics-based inversion method of the radiative transfer equation which models the pathway of light and its interaction through different media (e.g. atmosphere and water column). The thematic classification of the seabed was based on multispectral satellite image analytics. Satellite imagery was pre-processed by applying a set of image correction procedures to reduce environmental noise, resulting in a standardised reflectance surface of the subsurface and seafloor. The information on seafloor reflectance at different wavelengths was used to run an object-based classification procedure which groups objects of similar spectral characteristics, shape and texture into different classes of major seafloor habitat type. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of the IOT Marine Parks. Having access to digital, georeferenced, high-resolution, satellite-derived maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation and safety-at-sea, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. This dataset is not to be used for navigational purposes. EPSG:32747 CRS:84 96.80613568933873 96.93960870597348 -12.218920963178716 -12.055401547165763 text/html ausseabed:Cocos__Keeling__Marine_Park_Satellite-derived_Bathymetry__Cocos_Island__2m_2022_OV Parks Australia - Indian Oceans Territory (IOT) Grants Project: Satellite-Derived Bathymetry and Seafloor Habitat Classification Mapping of Cocos (Keeling) Island Marine Park This project mapped Satellite-derived Bathymetry (SDB) and seafloor habitats at 2m horizontal spatial resolution, for the shallow waters (~0-25 m) of the Cocos (Keeling) Islands Marine Park. SDB data was processed using EOMAP's proprietary software and algorithm package Watcor-X, which generates SDB using multi-spectral satellite data. The SDB is based on the physics-based inversion method of the radiative transfer equation which models the pathway of light and its interaction through different media (e.g. atmosphere and water column). The thematic classification of the seabed was based on multispectral satellite image analytics. Satellite imagery was pre-processed by applying a set of image correction procedures to reduce environmental noise, resulting in a standardised reflectance surface of the subsurface and seafloor. The information on seafloor reflectance at different wavelengths was used to run an object-based classification procedure which groups objects of similar spectral characteristics, shape and texture into different classes of major seafloor habitat type. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of the IOT Marine Parks. Having access to digital, georeferenced, high-resolution, satellite-derived maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation and safety-at-sea, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. This dataset is not to be used for navigational purposes. EPSG:32747 CRS:84 96.80613568933873 96.93960870597348 -12.218920963178716 -12.055401547165763 text/html ausseabed:Cocos__Keeling__Marine_Park_Satellite-derived_Bathymetry__North_Keeling__2m_2022 Parks Australia - Indian Oceans Territory (IOT) Grants Project: Satellite-Derived Bathymetry and Seafloor Habitat Classification Mapping of Cocos (Keeling) Island Marine Park This project mapped Satellite-derived Bathymetry (SDB) and seafloor habitats at 2m horizontal spatial resolution, for the shallow waters (~0-25 m) of the Cocos (Keeling) Islands Marine Park. SDB data was processed using EOMAP's proprietary software and algorithm package Watcor-X, which generates SDB using multi-spectral satellite data. The SDB is based on the physics-based inversion method of the radiative transfer equation which models the pathway of light and its interaction through different media (e.g. atmosphere and water column). The thematic classification of the seabed was based on multispectral satellite image analytics. Satellite imagery was pre-processed by applying a set of image correction procedures to reduce environmental noise, resulting in a standardised reflectance surface of the subsurface and seafloor. The information on seafloor reflectance at different wavelengths was used to run an object-based classification procedure which groups objects of similar spectral characteristics, shape and texture into different classes of major seafloor habitat type. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of the IOT Marine Parks. Having access to digital, georeferenced, high-resolution, satellite-derived maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation and safety-at-sea, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150165 <br><a href="https://files.ausseabed.gov.au/survey/CocosKeelingMarinePark-Bathymetry-2m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32747 96.78831427202873 96.85083392832834 -11.867059049978803 -11.810100819182772 text/html ausseabed:Cocos__Keeling__Marine_Park_Satellite-derived_Bathymetry__North_Keeling__2m_2022_L0_Coverage features Cocos__Keeling__Marine_Park_Satellite-derived_Bathymetry__North_Keeling__2m_2022_L0_Coverage EPSG:4326 CRS:84 96.79953306700008 96.83715857000004 -11.85487061699996 -11.81767436499996 ausseabed:Cocos__Keeling__Marine_Park_Satellite-derived_Bathymetry__North_Keeling__2m_2022_HS Parks Australia - Indian Oceans Territory (IOT) Grants Project: Satellite-Derived Bathymetry and Seafloor Habitat Classification Mapping of Cocos (Keeling) Island Marine Park This project mapped Satellite-derived Bathymetry (SDB) and seafloor habitats at 2m horizontal spatial resolution, for the shallow waters (~0-25 m) of the Cocos (Keeling) Islands Marine Park. SDB data was processed using EOMAP's proprietary software and algorithm package Watcor-X, which generates SDB using multi-spectral satellite data. The SDB is based on the physics-based inversion method of the radiative transfer equation which models the pathway of light and its interaction through different media (e.g. atmosphere and water column). The thematic classification of the seabed was based on multispectral satellite image analytics. Satellite imagery was pre-processed by applying a set of image correction procedures to reduce environmental noise, resulting in a standardised reflectance surface of the subsurface and seafloor. The information on seafloor reflectance at different wavelengths was used to run an object-based classification procedure which groups objects of similar spectral characteristics, shape and texture into different classes of major seafloor habitat type. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of the IOT Marine Parks. Having access to digital, georeferenced, high-resolution, satellite-derived maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation and safety-at-sea, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. This dataset is not to be used for navigational purposes. EPSG:32747 CRS:84 96.78831427202873 96.85083392832834 -11.867059049978803 -11.810100819182772 text/html ausseabed:Cocos__Keeling__Marine_Park_Satellite-derived_Bathymetry__North_Keeling__2m_2022_OV Parks Australia - Indian Oceans Territory (IOT) Grants Project: Satellite-Derived Bathymetry and Seafloor Habitat Classification Mapping of Cocos (Keeling) Island Marine Park This project mapped Satellite-derived Bathymetry (SDB) and seafloor habitats at 2m horizontal spatial resolution, for the shallow waters (~0-25 m) of the Cocos (Keeling) Islands Marine Park. SDB data was processed using EOMAP's proprietary software and algorithm package Watcor-X, which generates SDB using multi-spectral satellite data. The SDB is based on the physics-based inversion method of the radiative transfer equation which models the pathway of light and its interaction through different media (e.g. atmosphere and water column). The thematic classification of the seabed was based on multispectral satellite image analytics. Satellite imagery was pre-processed by applying a set of image correction procedures to reduce environmental noise, resulting in a standardised reflectance surface of the subsurface and seafloor. The information on seafloor reflectance at different wavelengths was used to run an object-based classification procedure which groups objects of similar spectral characteristics, shape and texture into different classes of major seafloor habitat type. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of the IOT Marine Parks. Having access to digital, georeferenced, high-resolution, satellite-derived maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation and safety-at-sea, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. This dataset is not to be used for navigational purposes. EPSG:32747 CRS:84 96.78831427202873 96.85083392832834 -11.867059049978803 -11.810100819182772 text/html ausseabed:Crowdy_Head_Offshore__NSW_Backscatter__5m_2021 The Crowdy Head Offshore, NSW, multibeam survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the Research Vessel Bombora during the period 20/APR/2021 - 30/APR/2021, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). <br>https://pid.geoscience.gov.au/dataset/ga/150869 <br><a href="https://files.ausseabed.gov.au/survey/CrowdyHead+Offshore-NSW-Bathymetry-5m-2021.zip" target="_blank">Download Backscatter</a> EPSG:32756 152.741481365248 152.8619484019139 -31.88114534568867 -31.78518952035457 text/html ausseabed:Crowdy_Head_Offshore__NSW_Backscatter__5m_2021_L0_Coverage features Crowdy_Head_Offshore__NSW_Backscatter__5m_2021_L0_Coverage EPSG:4326 CRS:84 152.768861749851 152.846611921469 -31.852211516711296 -31.797088559534497 ausseabed:Crowdy_Head_Offshore__NSW_Backscatter__5m_2021_OV The Crowdy Head Offshore, NSW, multibeam survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the Research Vessel Bombora during the period 20/APR/2021 - 30/APR/2021, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). EPSG:32756 CRS:84 152.741481365248 152.8619484019139 -31.88114534568867 -31.78518952035457 text/html ausseabed:Crowdy_Head_Offshore__NSW_Bathymetry__5m_2021 The Crowdy Head Offshore, NSW, multibeam survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the Research Vessel Bombora during the period 20/APR/2021 - 30/APR/2021, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). <br>https://pid.geoscience.gov.au/dataset/ga/150869 <br><a href="https://files.ausseabed.gov.au/survey/CrowdyHead+Offshore-NSW-Bathymetry-5m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32756 152.76877683703552 152.85004904482295 -31.85338929681203 -31.795526896204283 text/html ausseabed:Crowdy_Head_Offshore__NSW_Bathymetry__5m_2021_L0_Coverage Crowdy_Head_Offshore__NSW_Bathymetry__5m_2021_L0_Coverage features EPSG:4326 CRS:84 152.768809019028 152.846559102044 -31.852166328824797 -31.797088559534497 ausseabed:Crowdy_Head_Offshore__NSW_Bathymetry__5m_2021_HS The Crowdy Head Offshore, NSW, multibeam survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the Research Vessel Bombora during the period 20/APR/2021 - 30/APR/2021, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). EPSG:32756 CRS:84 152.76877683703552 152.85004904482295 -31.85338929681203 -31.795526896204283 text/html ausseabed:Crowdy_Head_Offshore__NSW_Bathymetry__5m_2021_OV The Crowdy Head Offshore, NSW, multibeam survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the Research Vessel Bombora during the period 20/APR/2021 - 30/APR/2021, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). EPSG:32756 CRS:84 152.76877683703552 152.85004904482295 -31.85338929681203 -31.795526896204283 text/html ausseabed:Dampier_Marine_Park__South__Bathymetry_HIPP_SI_1037_30m_2024 The Dampier Marine Park (South) bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 15 Jul 2024 – 31 Jan 2025. This is a contracted survey conducted for the Australian Hydrographic Office by DMAL as part of the Hydroscheme Industry Partnership Program. The survey area is Dampier Marine Park, WA. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150693 <br><a href="https://files.ausseabed.gov.au/survey/20240003S-DampierMarineParkSouth-SI-1037.zip" target="_blank">Download Bathymetry</a> EPSG:4326 117.13056632835291 117.52860983074628 -20.61431456115375 -20.374194885708604 text/html ausseabed:Dampier_Marine_Park__South__Bathymetry_HIPP_SI_1037_30m_2024_L0_Coverage features Dampier_Marine_Park__South__Bathymetry_HIPP_SI_1037_30m_2024_L0_Coverage EPSG:4326 CRS:84 117.1305663280001 117.52860983100004 -20.614314560999958 -20.37419488599994 ausseabed:Dampier_Marine_Park__South__Bathymetry_HIPP_SI_1037_30m_2024_HS The Dampier Marine Park (South) bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 15 Jul 2024 – 31 Jan 2025. This is a contracted survey conducted for the Australian Hydrographic Office by DMAL as part of the Hydroscheme Industry Partnership Program. The survey area is Dampier Marine Park, WA. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 117.13056632835291 117.52860983074628 -20.61431456115375 -20.374194885708604 text/html ausseabed:Dampier_Marine_Park__South__Bathymetry_HIPP_SI_1037_30m_2024_OV The Dampier Marine Park (South) bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 15 Jul 2024 – 31 Jan 2025. This is a contracted survey conducted for the Australian Hydrographic Office by DMAL as part of the Hydroscheme Industry Partnership Program. The survey area is Dampier Marine Park, WA. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 117.13056632835291 117.52860983074628 -20.61431456115375 -20.374194885708604 text/html ausseabed:Darwin_Darwin_Bathymetry_1m_2015 This resource contains bathymetry data for Outer Darwin Harbour collected by Geoscience Australia (GA), the Australian Institute of Marine Science (AIMS) and the Northern Territory Government (Department of Land Resource Management) during the period from 28 May and 23 June 2015 on the RV Solander (survey SOL6187/GA0351). This project was made possible through offset funds provided by INPEX-led Ichthys LNG Project to Northern Territory Government Department of Land Resource Management, and co-investment from Geoscience Australia and Australian Institute of Marine Science. The intent of this four year (2014-2018) program is to improve knowledge of the marine environments in the Darwin and Bynoe Harbour regions by collating and collecting baseline data that enable the creation of thematic habitat maps that underpin marine resource management decisions. The specific objectives of the survey were to: 1. Obtain high resolution geophysical (bathymetry) data for outer Darwin Harbour, including Shoal Bay; 2. Characterise substrates (acoustic backscatter properties, grainsize, sediment chemistry) for outer Darwin Harbour, including Shoal Bay; and 3. Collect tidal data for the survey area. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; physical samples of seabed sediments, underwater photography and video of grab sample locations and oceanographic information including tidal data and sound velocity profiles. This dataset comprises multibeam bathymetry surface grid. A detailed account of the survey is provided in: Siwabessy, P.J.W., Smit, N., Atkinson, I., Dando, N., Harries, S., Howard, F.J.F., Li, J., Nicholas, W.A., Potter, A., Radke, L.C., Tran, M., Williams, D. and Whiteway, T., 2015. Outer Darwin Harbour Marine Survey 2015: GA0351/SOL6187 Post-survey report. Record 2016/008. Geoscience Australia, Canberra. http://dx.doi.org/10.11636/Record.2016.008 This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/100093 <br><a href="https://files.ausseabed.gov.au/survey/DarwinHarbour-Bathymetry-1m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32752 130.50730390959896 130.99997265890485 -12.497795271626835 -12.11799238929184 text/html ausseabed:Darwin_Darwin_Bathymetry__1m_2015_L0_Coverage features Darwin_Darwin_Bathymetry__1m_2015_L0_Coverage EPSG:4326 CRS:84 130.50866848300006 130.99800882400007 -12.495880522999926 -12.11820334999993 ausseabed:Darwin_Darwin_Bathymetry__1m_2015_HS This resource contains bathymetry data for Outer Darwin Harbour collected by Geoscience Australia (GA), the Australian Institute of Marine Science (AIMS) and the Northern Territory Government (Department of Land Resource Management) during the period from 28 May and 23 June 2015 on the RV Solander (survey SOL6187/GA0351). This project was made possible through offset funds provided by INPEX-led Ichthys LNG Project to Northern Territory Government Department of Land Resource Management, and co-investment from Geoscience Australia and Australian Institute of Marine Science. The intent of this four year (2014-2018) program is to improve knowledge of the marine environments in the Darwin and Bynoe Harbour regions by collating and collecting baseline data that enable the creation of thematic habitat maps that underpin marine resource management decisions. The specific objectives of the survey were to: 1. Obtain high resolution geophysical (bathymetry) data for outer Darwin Harbour, including Shoal Bay; 2. Characterise substrates (acoustic backscatter properties, grainsize, sediment chemistry) for outer Darwin Harbour, including Shoal Bay; and 3. Collect tidal data for the survey area. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; physical samples of seabed sediments, underwater photography and video of grab sample locations and oceanographic information including tidal data and sound velocity profiles. This dataset comprises multibeam bathymetry surface grid. A detailed account of the survey is provided in: Siwabessy, P.J.W., Smit, N., Atkinson, I., Dando, N., Harries, S., Howard, F.J.F., Li, J., Nicholas, W.A., Potter, A., Radke, L.C., Tran, M., Williams, D. and Whiteway, T., 2015. Outer Darwin Harbour Marine Survey 2015: GA0351/SOL6187 Post-survey report. Record 2016/008. Geoscience Australia, Canberra. http://dx.doi.org/10.11636/Record.2016.008 This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.50730390959896 130.99997265890485 -12.497795271626835 -12.11799238929184 text/html ausseabed:Darwin_Darwin_Bathymetry__1m_2015_OV This resource contains bathymetry data for Outer Darwin Harbour collected by Geoscience Australia (GA), the Australian Institute of Marine Science (AIMS) and the Northern Territory Government (Department of Land Resource Management) during the period from 28 May and 23 June 2015 on the RV Solander (survey SOL6187/GA0351). This project was made possible through offset funds provided by INPEX-led Ichthys LNG Project to Northern Territory Government Department of Land Resource Management, and co-investment from Geoscience Australia and Australian Institute of Marine Science. The intent of this four year (2014-2018) program is to improve knowledge of the marine environments in the Darwin and Bynoe Harbour regions by collating and collecting baseline data that enable the creation of thematic habitat maps that underpin marine resource management decisions. The specific objectives of the survey were to: 1. Obtain high resolution geophysical (bathymetry) data for outer Darwin Harbour, including Shoal Bay; 2. Characterise substrates (acoustic backscatter properties, grainsize, sediment chemistry) for outer Darwin Harbour, including Shoal Bay; and 3. Collect tidal data for the survey area. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; physical samples of seabed sediments, underwater photography and video of grab sample locations and oceanographic information including tidal data and sound velocity profiles. This dataset comprises multibeam bathymetry surface grid. A detailed account of the survey is provided in: Siwabessy, P.J.W., Smit, N., Atkinson, I., Dando, N., Harries, S., Howard, F.J.F., Li, J., Nicholas, W.A., Potter, A., Radke, L.C., Tran, M., Williams, D. and Whiteway, T., 2015. Outer Darwin Harbour Marine Survey 2015: GA0351/SOL6187 Post-survey report. Record 2016/008. Geoscience Australia, Canberra. http://dx.doi.org/10.11636/Record.2016.008 This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.50730390959896 130.99997265890485 -12.497795271626835 -12.11799238929184 text/html ausseabed:Darwin_Harbour_Bathymetry_1m_2010 The Darwin Harbour bathymetry survey, GA-0333 was acquired by Geoscience Australia (GA), iXSurvey Australia Pty Ltd, and the Darwin Port Corporation (DPC) onboard the vessel 'Matthew Flinders' from 17 October to 07 November 2010 using GA's Kongsberg EM3002D multibeam sonar system and DPC's The specific objectives of the survey were to: 1. Obtain high resolution geophysical (bathymetry) data for Darwin Harbour; 2. Characterise substrates (acoustic backscatter properties, grainsize, sediment chemistry) for Darwin Harbour; and 3. Collect tidal data for the survey area. This V0 dataset contains a 1m resolution 32-bit geotiff of the Darwin Harbour survey area produced from the processed EM3002D sonar bathymetry data. This dataset is published with the permission of the CEO, Geoscience Australia Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144146 <br><a href="https://files.ausseabed.gov.au/survey/DarwinHarbour-Bathymetry-1m-2010.zip" target="_blank">Download Bathymetry</a> EPSG:32752 130.6941343704634 131.01348569354295 -12.661036460028216 -12.292909278374843 text/html ausseabed:Darwin_Harbour_Bathymetry__1m_2010_L0_Coverage features Darwin_Harbour_Bathymetry__1m_2010_L0_Coverage EPSG:4326 CRS:84 130.69441565800003 131.01276993200008 -12.65914423299995 -12.294275101999972 ausseabed:Darwin_Harbour_Bathymetry__1m_2010_HS The Darwin Harbour bathymetry survey, GA-0333 was acquired by Geoscience Australia (GA), iXSurvey Australia Pty Ltd, and the Darwin Port Corporation (DPC) onboard the vessel 'Matthew Flinders' from 17 October to 07 November 2010 using GA's Kongsberg EM3002D multibeam sonar system and DPC's The specific objectives of the survey were to: 1. Obtain high resolution geophysical (bathymetry) data for Darwin Harbour; 2. Characterise substrates (acoustic backscatter properties, grainsize, sediment chemistry) for Darwin Harbour; and 3. Collect tidal data for the survey area. This V0 dataset contains a 1m resolution 32-bit geotiff of the Darwin Harbour survey area produced from the processed EM3002D sonar bathymetry data. This dataset is published with the permission of the CEO, Geoscience Australia Not to be used for navigational purposes. EPSG:32752 CRS:84 130.6941343704634 131.01348569354295 -12.661036460028216 -12.292909278374843 text/html ausseabed:Darwin_Harbour_Bathymetry__1m_2010_OV The Darwin Harbour bathymetry survey, GA-0333 was acquired by Geoscience Australia (GA), iXSurvey Australia Pty Ltd, and the Darwin Port Corporation (DPC) onboard the vessel 'Matthew Flinders' from 17 October to 07 November 2010 using GA's Kongsberg EM3002D multibeam sonar system and DPC's The specific objectives of the survey were to: 1. Obtain high resolution geophysical (bathymetry) data for Darwin Harbour; 2. Characterise substrates (acoustic backscatter properties, grainsize, sediment chemistry) for Darwin Harbour; and 3. Collect tidal data for the survey area. This V0 dataset contains a 1m resolution 32-bit geotiff of the Darwin Harbour survey area produced from the processed EM3002D sonar bathymetry data. This dataset is published with the permission of the CEO, Geoscience Australia Not to be used for navigational purposes. EPSG:32752 CRS:84 130.6941343704634 131.01348569354295 -12.661036460028216 -12.292909278374843 text/html ausseabed:Davis_Station_Antarctica_Bathymetry__2m_2017 Geoscience Australia, the Royal Australian Navy (RAN) and the Australian Antarctic Division (AAD) conducted a hydrographic surveying and seafloor characterisation survey in nearshore waters offshore from Davis Station in the Australian Antarctic Territory. The multibeam bathymetry data was acquired during January-February 2017 using two workboats. Geoscience Australia used the AAD workboat Howard Burton and the Royal Australian Navy used their Antarctic Survey Vessel (ASV) Wyatt Earp. The survey is a component of Australian Antarctic Program (AAP) Project 5093 Hydrographic Surveying and Seafloor Characterisation Program (Chief Investigator: Ursula Harris, AAD). The objective of the survey was to map the seabed environment in shallow (<300 m) coastal waters adjacent to Davis station in the Vestfold Hills region, to obtain data for the compilation of nautical charts and to acquire fundamental baseline data necessary for informed environmental management, science, infrastructure and logistical operations. Data collected during the survey includes high-resolution multibeam bathymetry and backscatter data, sediment samples, seafloor imagery and sub-bottom profiles. <br>https://pid.geoscience.gov.au/dataset/ga/127451 <br><a href="https://files.ausseabed.gov.au/survey/DavisHarbourAntarcticaBathymetry-2m-2017.zip" target="_blank">Download Bathymetry</a> EPSG:4326 77.27718154923326 78.33509152672946 -68.6778339131781 -68.47190411744654 text/html ausseabed:Davis_Station_Antarctica_Bathymetry__2m_2017_L0_Coverage features Davis_Station_Antarctica_Bathymetry__2m_2017_L0_Coverage EPSG:4326 CRS:84 77.60406051500007 78.06364759700006 -68.66894059199996 -68.49443386499996 ausseabed:Davis_Station_Antarctica_Bathymetry__2m_2017_HS Geoscience Australia, the Royal Australian Navy (RAN) and the Australian Antarctic Division (AAD) conducted a hydrographic surveying and seafloor characterisation survey in nearshore waters offshore from Davis Station in the Australian Antarctic Territory. The multibeam bathymetry data was acquired during January-February 2017 using two workboats. Geoscience Australia used the AAD workboat Howard Burton and the Royal Australian Navy used their Antarctic Survey Vessel (ASV) Wyatt Earp. The survey is a component of Australian Antarctic Program (AAP) Project 5093 Hydrographic Surveying and Seafloor Characterisation Program (Chief Investigator: Ursula Harris, AAD). The objective of the survey was to map the seabed environment in shallow (<300 m) coastal waters adjacent to Davis station in the Vestfold Hills region, to obtain data for the compilation of nautical charts and to acquire fundamental baseline data necessary for informed environmental management, science, infrastructure and logistical operations. Data collected during the survey includes high-resolution multibeam bathymetry and backscatter data, sediment samples, seafloor imagery and sub-bottom profiles. EPSG:4326 CRS:84 77.27718154923326 78.33509152672946 -68.6778339131781 -68.47190411744654 text/html ausseabed:Davis_Station_Antarctica_Bathymetry__2m_2017_OV Geoscience Australia, the Royal Australian Navy (RAN) and the Australian Antarctic Division (AAD) conducted a hydrographic surveying and seafloor characterisation survey in nearshore waters offshore from Davis Station in the Australian Antarctic Territory. The multibeam bathymetry data was acquired during January-February 2017 using two workboats. Geoscience Australia used the AAD workboat Howard Burton and the Royal Australian Navy used their Antarctic Survey Vessel (ASV) Wyatt Earp. The survey is a component of Australian Antarctic Program (AAP) Project 5093 Hydrographic Surveying and Seafloor Characterisation Program (Chief Investigator: Ursula Harris, AAD). The objective of the survey was to map the seabed environment in shallow (<300 m) coastal waters adjacent to Davis station in the Vestfold Hills region, to obtain data for the compilation of nautical charts and to acquire fundamental baseline data necessary for informed environmental management, science, infrastructure and logistical operations. Data collected during the survey includes high-resolution multibeam bathymetry and backscatter data, sediment samples, seafloor imagery and sub-bottom profiles. EPSG:4326 CRS:84 77.27718154923326 78.33509152672946 -68.6778339131781 -68.47190411744654 text/html ausseabed:Eastern_Recherche_Marine_Park_Bathymetry_100m_2024 This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Eastern Recherche Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme <br>https://pid.geoscience.gov.au/dataset/ga/150167 <br><a href="https://files.ausseabed.gov.au/survey/Eastern-Recherche-Marine-Park-Bathymetry-100m-2024.zip" target="_blank">Download Bathymetry</a> EPSG:4326 123.33390640000002 123.66691763679827 -36.415013653199885 -36.28297778 text/html ausseabed:Eastern_Recherche_Marine_Park_Bathymetry__100m_2024_L0_Coverage features Eastern_Recherche_Marine_Park_Bathymetry__100m_2024_L0_Coverage EPSG:4326 CRS:84 123.33390640000005 123.6669176370001 -36.41501365299996 -36.28297777999995 ausseabed:Eastern_Recherche_Marine_Park_Bathymetry__100m_2024_HS This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Eastern Recherche Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme EPSG:4326 CRS:84 123.33390640000002 123.66691763679827 -36.415013653199885 -36.28297778 text/html ausseabed:Eastern_Recherche_Marine_Park_Bathymetry__100m_2024_OV This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Eastern Recherche Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme EPSG:4326 CRS:84 123.33390640000002 123.66691763679827 -36.415013653199885 -36.28297778 text/html ausseabed:Eclipse_Shoals_to_Lombadina_Point__Kimberley_region_Bathymetry_30m_2022 The Eclipse Shoals to Lombadina Point, Kimberly Region bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Outer Limit during the period 12 September 2022 – 3 December 2022. This was a contracted survey conducted for the Australian Hydrographic Office by Ocean Infinity as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Eclipse Shoals to Lombadina Point, Kimberley region, Western Australia. Bathymetry data was acquired using a Kongsberg EM2040P MKII, and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149043 <br><a href="https://files.ausseabed.gov.au/survey/EclipseShoalstoLombadinaPointKimberleyRegion-HIPP-SI-1025-Bathymetry-30m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:4326 122.35687481983187 122.82256146311944 -16.887743436512327 -16.491855890800853 text/html ausseabed:Eclipse_Shoals_to_Lombadina_Point__Kimberley_region_Bathymetry__HIPP_SI_1025__30m_2022_L0_Coverage features Eclipse_Shoals_to_Lombadina_Point__Kimberley_region_Bathymetry__HIPP_SI_1025__30m_2022_L0_Coverage EPSG:4326 CRS:84 122.35687482000003 122.82256146300006 -16.887743436999926 -16.491855890999943 ausseabed:Eclipse_Shoals_to_Lombadina_Point__Kimberley_region_Bathymetry__HIPP_SI_1025__30m_2022_HS The Eclipse Shoals to Lombadina Point, Kimberly Region bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Outer Limit during the period 12 September 2022 – 3 December 2022. This was a contracted survey conducted for the Australian Hydrographic Office by Ocean Infinity as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Eclipse Shoals to Lombadina Point, Kimberley region, Western Australia. Bathymetry data was acquired using a Kongsberg EM2040P MKII, and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 122.35687481983187 122.82256146311944 -16.887743436512327 -16.491855890800853 text/html ausseabed:Eclipse_Shoals_to_Lombadina_Point__Kimberley_region_Bathymetry__HIPP_SI_1025__30m_2022_OV The Eclipse Shoals to Lombadina Point, Kimberly Region bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Outer Limit during the period 12 September 2022 – 3 December 2022. This was a contracted survey conducted for the Australian Hydrographic Office by Ocean Infinity as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Eclipse Shoals to Lombadina Point, Kimberley region, Western Australia. Bathymetry data was acquired using a Kongsberg EM2040P MKII, and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 122.35687481983187 122.82256146311944 -16.887743436512327 -16.491855890800853 text/html ausseabed:Elizabeth_and_Middleton_Reef_Bathymetry_5m_2020 This resource includes bathymetry data for Elizabeth and Middleton Reef within Lord Howe Marine Park collected by Geoscience Australia during the period 31 January to 6 February 2020 on the Australian Maritime College vessel, TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with the Institute for Marine & Antarctic Studies (University of Tasmania), NSW Department of Primary Industries, University of Sydney (Centre for Field Robotics) and Parks Australia. The purpose of the survey was to collect baseline information for benthic habitats within the National Park Zone (Middleton Reef) and Recreational Use Zone (Elizabeth Reef) of the marine park. These data will support ongoing environmental monitoring within the Temperate East Marine Park Network as part of the 10-year management plan (2018-2028). Data acquisition for the project included seabed mapping using multibeam sonar (Kongsberg EM 2040C HD, 300 kHz), seabed imagery acquisition by Autonomous Underwater Vehicle (AUV Sirius), sediment samples (grab) and imagery of demersal fish communities by baited remote underwater video (BRUV). This dataset comprises two bathymetry grids derived from multibeam sonar data gridded at 5 m spatial resolution, covering a combined area of 312 km2 including the transit. A detailed report on the survey is provided in: Carroll, A et al. 2020. Australian Marine Park Baseline and Monitoring Survey: Post Survey Report, Middleton and Elizabeth Reefs, Lord Howe Marine Park. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes This dataset is published with the permission of the CEO, Geoscience Australia <br>https://pid.geoscience.gov.au/dataset/ga/144415 <br><a href="https://files.ausseabed.gov.au/survey/ElizabethMiddletonReef-Bathymetry-5m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 146.76668374580115 159.16132362573285 -41.15831349344305 -29.398333361741777 text/html ausseabed:Elizabeth_and_Middleton_Reef_Bathymetry__5m_2020_L0_Coverage features Elizabeth_and_Middleton_Reef_Bathymetry__5m_2020_L0_Coverage EPSG:4326 CRS:84 146.7667286620001 159.161323626 -41.15732534699998 -29.39833336199996 ausseabed:Elizabeth_and_Middleton_Reef_Bathymetry__5m_2020_HS This resource includes bathymetry data for Elizabeth and Middleton Reef within Lord Howe Marine Park collected by Geoscience Australia during the period 31 January to 6 February 2020 on the Australian Maritime College vessel, TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with the Institute for Marine & Antarctic Studies (University of Tasmania), NSW Department of Primary Industries, University of Sydney (Centre for Field Robotics) and Parks Australia. The purpose of the survey was to collect baseline information for benthic habitats within the National Park Zone (Middleton Reef) and Recreational Use Zone (Elizabeth Reef) of the marine park. These data will support ongoing environmental monitoring within the Temperate East Marine Park Network as part of the 10-year management plan (2018-2028). Data acquisition for the project included seabed mapping using multibeam sonar (Kongsberg EM 2040C HD, 300 kHz), seabed imagery acquisition by Autonomous Underwater Vehicle (AUV Sirius), sediment samples (grab) and imagery of demersal fish communities by baited remote underwater video (BRUV). This dataset comprises two bathymetry grids derived from multibeam sonar data gridded at 5 m spatial resolution, covering a combined area of 312 km2 including the transit. A detailed report on the survey is provided in: Carroll, A et al. 2020. Australian Marine Park Baseline and Monitoring Survey: Post Survey Report, Middleton and Elizabeth Reefs, Lord Howe Marine Park. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes This dataset is published with the permission of the CEO, Geoscience Australia EPSG:4326 CRS:84 146.76668374580115 159.16132362573285 -41.15831349344305 -29.398333361741777 text/html ausseabed:Elizabeth_and_Middleton_Reef_Bathymetry__5m_2020_OV This resource includes bathymetry data for Elizabeth and Middleton Reef within Lord Howe Marine Park collected by Geoscience Australia during the period 31 January to 6 February 2020 on the Australian Maritime College vessel, TV Bluefin. The survey was undertaken as a collaborative project funded through the National Environmental Science Program Marine Biodiversity Hub, with the Institute for Marine & Antarctic Studies (University of Tasmania), NSW Department of Primary Industries, University of Sydney (Centre for Field Robotics) and Parks Australia. The purpose of the survey was to collect baseline information for benthic habitats within the National Park Zone (Middleton Reef) and Recreational Use Zone (Elizabeth Reef) of the marine park. These data will support ongoing environmental monitoring within the Temperate East Marine Park Network as part of the 10-year management plan (2018-2028). Data acquisition for the project included seabed mapping using multibeam sonar (Kongsberg EM 2040C HD, 300 kHz), seabed imagery acquisition by Autonomous Underwater Vehicle (AUV Sirius), sediment samples (grab) and imagery of demersal fish communities by baited remote underwater video (BRUV). This dataset comprises two bathymetry grids derived from multibeam sonar data gridded at 5 m spatial resolution, covering a combined area of 312 km2 including the transit. A detailed report on the survey is provided in: Carroll, A et al. 2020. Australian Marine Park Baseline and Monitoring Survey: Post Survey Report, Middleton and Elizabeth Reefs, Lord Howe Marine Park. Report to the National Environmental Science Program, Marine Biodiversity Hub. This dataset is not to be used for navigational purposes This dataset is published with the permission of the CEO, Geoscience Australia EPSG:4326 CRS:84 146.76668374580115 159.16132362573285 -41.15831349344305 -29.398333361741777 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_15-25m_2014 Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/89855 <br><a href="https://files.ausseabed.gov.au/survey/ExmouthHoutmanSub-basin-Bathymetry-15m-25m-2014.zip" target="_blank">Download Bathymetry</a> EPSG:32749 107.99191264032152 114.45337693074664 -28.811954498615282 -21.67440228510462 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_01_15m___15-25m_2014_L0_Coverage features Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_01_15m___15-25m_2014_L0_Coverage EPSG:4326 CRS:84 111.70783242400006 113.03566975400008 -27.126692679999962 -25.995864274999974 ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_01_15m___15-25m_2014_HS Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 111.70775692365919 113.03586101913103 -27.150194578974265 -25.98648413685181 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_01_15m___15-25m_2014_OV Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 111.70775692365919 113.03586101913103 -27.150194578974265 -25.98648413685181 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_1_15m___15-25m_2014_L0_Coverage Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_1_15m___15-25m_2014_L0_Coverage features EPSG:4326 CRS:84 112.17109339600006 114.24326745600001 -24.992182662999937 -21.695916327999953 ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_1_15m___15-25m_2014_HS Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 112.12705905886905 114.33944899131271 -24.992306977006084 -21.67440228510462 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_1_15m___15-25m_2014_OV Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 112.12705905886905 114.33944899131271 -24.992306977006084 -21.67440228510462 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_02_15m___15-25m_2014_L0_Coverage features Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_02_15m___15-25m_2014_L0_Coverage EPSG:4326 CRS:84 111.53658938300003 112.20803597500003 -26.017667811999956 -24.967289324999967 ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_02_15m___15-25m_2014_HS Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 111.5362150959389 112.22915203540478 -26.017667812403857 -24.967014746630902 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_02_15m___15-25m_2014_OV Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 111.5362150959389 112.22915203540478 -26.017667812403857 -24.967014746630902 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_2_15m___15-25m_2014_L0_Coverage features Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_2_15m___15-25m_2014_L0_Coverage EPSG:4326 CRS:84 113.01260250900009 114.02279931100009 -28.168507827999974 -27.105906390999962 ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_2_15m___15-25m_2014_HS Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.01033398507609 114.0231151089857 -28.198066065608618 -27.088430673658014 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_2_15m___15-25m_2014_OV Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.01033398507609 114.0231151089857 -28.198066065608618 -27.088430673658014 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_3_15m___15-25m_2014_L0_Coverage features Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_3_15m___15-25m_2014_L0_Coverage EPSG:4326 CRS:84 114.00951842400002 114.60075407800002 -28.773467185999948 -28.153794518999973 ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_3_15m___15-25m_2014_HS Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.9919126403215 114.62650427690595 -28.79101934490699 -28.14432902115097 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_3_15m___15-25m_2014_OV Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.9919126403215 114.62650427690595 -28.79101934490699 -28.14432902115097 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_03_25m___15-25m_2014_L0_Coverage features Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_03_25m___15-25m_2014_L0_Coverage EPSG:4326 CRS:84 110.70545488600004 111.54400529600008 -26.01356676499995 -25.03948778599994 ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_03_25m___15-25m_2014_HS Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 110.6913310043255 111.54400529610017 -26.013546298481394 -25.024666781582706 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_03_25m___15-25m_2014_OV Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 110.6913310043255 111.54400529610017 -26.013546298481394 -25.024666781582706 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_04_25m___15-25m_2014_L0_Coverage features Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_04_25m___15-25m_2014_L0_Coverage EPSG:4326 CRS:84 110.63535215200005 111.72241742400007 -27.151848796999957 -25.99609236599997 ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_04_25m___15-25m_2014_HS Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 110.6137958807782 111.7240686875953 -27.162265460435027 -25.99599953754002 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_04_25m___15-25m_2014_OV Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 110.6137958807782 111.7240686875953 -27.162265460435027 -25.99599953754002 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_01_15m___15-25m_2014 Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/89855 <br><a href="https://files.ausseabed.gov.au/survey/ExmouthHoutmanSub-basin-Bathymetry-15m-25m-2014.zip" target="_blank">Download Bathymetry</a> EPSG:32749 111.70775692365919 113.03586101913103 -27.150194578974265 -25.98648413685181 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_01_15m___15-25m_2014_L0_Coverage features Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_01_15m___15-25m_2014_L0_Coverage EPSG:4326 CRS:84 111.70783242400006 113.03566975400008 -27.126692679999962 -25.995864274999974 ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_01_15m___15-25m_2014_HS Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 111.70775692365919 113.03586101913103 -27.150194578974265 -25.98648413685181 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_01_15m___15-25m_2014_OV Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 111.70775692365919 113.03586101913103 -27.150194578974265 -25.98648413685181 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_02_15m___15-25m_2014 Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/89855 <br><a href="https://files.ausseabed.gov.au/survey/ExmouthHoutmanSub-basin-Bathymetry-15m-25m-2014.zip" target="_blank">Download Bathymetry</a> EPSG:32749 111.5362150959389 112.22915203540478 -26.017667812403857 -24.967014746630902 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_02_15m___15-25m_2014_L0_Coverage features Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_02_15m___15-25m_2014_L0_Coverage EPSG:4326 CRS:84 111.53658938300003 112.20803597500003 -26.017667811999956 -24.967289324999967 ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_02_15m___15-25m_2014_HS Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 111.5362150959389 112.22915203540478 -26.017667812403857 -24.967014746630902 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_02_15m___15-25m_2014_OV Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 111.5362150959389 112.22915203540478 -26.017667812403857 -24.967014746630902 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_03_25m___15-25m_2014 Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/89855 <br><a href="https://files.ausseabed.gov.au/survey/ExmouthHoutmanSub-basin-Bathymetry-15m-25m-2014.zip" target="_blank">Download Bathymetry</a> EPSG:32749 110.6913310043255 111.54400529610017 -26.0135757728484 -25.024666781582706 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_03_25m___15-25m_2014_L0_Coverage features Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_03_25m___15-25m_2014_L0_Coverage EPSG:4326 CRS:84 110.70545488600004 111.54400529600008 -26.01356676499995 -25.03948778599994 ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_03_25m___15-25m_2014_HS Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 110.6913310043255 111.54400529610017 -26.013546298481394 -25.024666781582706 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_03_25m___15-25m_2014_OV Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 110.6913310043255 111.54400529610017 -26.013546298481394 -25.024666781582706 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_04_25m___15-25m_2014 Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/89855 <br><a href="https://files.ausseabed.gov.au/survey/ExmouthHoutmanSub-basin-Bathymetry-15m-25m-2014.zip" target="_blank">Download Bathymetry</a> EPSG:32749 110.6137958807782 111.7240686875953 -27.162306587593182 -25.99599953754002 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_04_25m___15-25m_2014_L0_Coverage features Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_04_25m___15-25m_2014_L0_Coverage EPSG:4326 CRS:84 110.63535215200005 111.72241742400007 -27.151848796999957 -25.99609236599997 ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_04_25m___15-25m_2014_HS Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 110.6137958807782 111.7240686875953 -27.162265460435027 -25.99599953754002 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Area_04_25m___15-25m_2014_OV Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 110.6137958807782 111.7240686875953 -27.162265460435027 -25.99599953754002 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_1_15m___15-25m_2014 Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/89855 <br><a href="https://files.ausseabed.gov.au/survey/ExmouthHoutmanSub-basin-Bathymetry-15m-25m-2014.zip" target="_blank">Download Bathymetry</a> EPSG:32749 112.12705905886905 114.33944899131271 -24.992306977006084 -21.67440228510462 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_1_15m___15-25m_2014_L0_Coverage Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_1_15m___15-25m_2014_L0_Coverage features EPSG:4326 CRS:84 112.17109339600006 114.24326745600001 -24.992182662999937 -21.695916327999953 ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_1_15m___15-25m_2014_HS Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 112.12705905886905 114.33944899131271 -24.992306977006084 -21.67440228510462 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_1_15m___15-25m_2014_OV Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 112.12705905886905 114.33944899131271 -24.992306977006084 -21.67440228510462 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_2_15m___15-25m_2014 Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/89855 <br><a href="https://files.ausseabed.gov.au/survey/ExmouthHoutmanSub-basin-Bathymetry-15m-25m-2014.zip" target="_blank">Download Bathymetry</a> EPSG:32749 113.01033398507609 114.0231151089857 -28.198066065608618 -27.088430673658014 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_2_15m___15-25m_2014_L0_Coverage features Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_2_15m___15-25m_2014_L0_Coverage EPSG:4326 CRS:84 113.01260250900009 114.02279931100009 -28.168507827999974 -27.105906390999962 ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_2_15m___15-25m_2014_HS Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.01033398507609 114.0231151089857 -28.198066065608618 -27.088430673658014 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_2_15m___15-25m_2014_OV Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.01033398507609 114.0231151089857 -28.198066065608618 -27.088430673658014 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_3_15m___15-25m_2014 Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/89855 <br><a href="https://files.ausseabed.gov.au/survey/ExmouthHoutmanSub-basin-Bathymetry-15m-25m-2014.zip" target="_blank">Download Bathymetry</a> EPSG:32749 107.99191264032152 108.62650427690595 -28.79101934490699 -28.14432902115097 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_3_15m___15-25m_2014_L0_Coverage features Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_3_15m___15-25m_2014_L0_Coverage EPSG:4326 CRS:84 114.00951842400002 114.60075407800002 -28.773467185999948 -28.153794518999973 ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_3_15m___15-25m_2014_HS Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.9919126403215 114.62650427690595 -28.79101934490699 -28.14432902115097 text/html ausseabed:Exmouth_Houtman_Sub-basinTo_Geraldton_Bathymetry_Transit_3_15m___15-25m_2014_OV Geoscience Australia conducted a marine seismic survey (GA-0349) over poorly defined areas of the Houtman sub-basin (part of the Perth basin) between 15th of November to the 23rd of January 2015. The aim was to acquire high quality, industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) off the coast of Western Australia. The new seismic data will supplement existing geological knowledge of the region, underpin petroleum prospectivity evaluation and support the discovery of new oil gas resources. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 113.9919126403215 114.62650427690595 -28.79101934490699 -28.14432902115097 text/html ausseabed:Faust_Capel_Basin_Bathymetry_20-100m_2007 The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75582 <br><a href="https://files.ausseabed.gov.au/survey/FaustCapelBasin-Bathymetry-20m-100m-2007.zip" target="_blank">Download Bathymetry</a> EPSG:4326 158.90147813219275 174.73920045148702 -41.38109987800363 -25.950846353862943 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_03_NZ__50m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Area_03_NZ__50m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 165.45664367100005 168.2609601260001 -34.683433140999966 -31.694467180999936 ausseabed:Faust_Capel_Basin_Bathymetry__Area_03_NZ__50m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32758 CRS:84 165.36114867554772 168.26096012562965 -34.724225381394255 -31.656487239824987 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_03_NZ__50m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32758 CRS:84 165.36114867554772 168.26096012562965 -34.724225381394255 -31.656487239824987 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_05_AUS__40m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Area_05_AUS__40m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 159.83870322100006 161.8608072940001 -27.916445461999956 -25.987890297999968 ausseabed:Faust_Capel_Basin_Bathymetry__Area_05_AUS__40m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.83377028069222 161.91392081305344 -27.91991256650253 -25.950846353853965 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_05_AUS__40m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.83377028069222 161.91392081305344 -27.91991256650253 -25.950846353853965 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__50m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Gifford_Guyot__50m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 159.19578252400004 159.85295287600002 -27.039667512999984 -26.402651085999935 ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__50m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.1807183505301 159.8553000976596 -27.049898664878793 -26.39243897833193 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__50m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.1807183505301 159.8553000976596 -27.049898664878793 -26.39243897833193 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__100m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Gifford_Guyot__100m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 159.19578252400004 159.85295287600002 -27.039667512999984 -26.402651085999935 ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__100m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.17996535479097 159.85555728771496 -27.050576776138747 -26.391760361130395 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__100m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.17996535479097 159.85555728771496 -27.050576776138747 -26.391760361130395 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__20m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Gifford_Guyot__20m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 159.19578252400004 159.85295287600002 -27.039667512999984 -26.402651085999935 ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__20m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.18116958844422 159.85494551003026 -27.049672365888 -26.392486204761667 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__20m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.18116958844422 159.85494551003026 -27.049672365888 -26.392486204761667 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_04_AUS__35m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Area_04_AUS__35m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 159.1022053150001 162.01225537800008 -31.34360269499996 -27.885368160999974 ausseabed:Faust_Capel_Basin_Bathymetry__Area_04_AUS__35m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.0408238381684 162.08584303861713 -31.343638523948293 -27.87049247559331 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_04_AUS__35m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.0408238381684 162.08584303861713 -31.343638523948293 -27.87049247559331 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_07_AUS__40m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Area_07_AUS__40m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 158.91047138900012 159.17050668100012 -31.651604992999978 -31.33750953699996 ausseabed:Faust_Capel_Basin_Bathymetry__Area_07_AUS__40m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 158.90147813219278 159.17742349824297 -31.660986618780647 -31.337501003409685 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_07_AUS__40m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 158.90147813219278 159.17742349824297 -31.660986618780647 -31.337501003409685 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_03_AUS__40m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Area_03_AUS__40m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 161.90599035600007 165.5875641990001 -31.798764025999958 -28.170289263999962 ausseabed:Faust_Capel_Basin_Bathymetry__Area_03_AUS__40m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32758 CRS:84 161.81321582431698 165.62347970045178 -31.79950522233702 -27.95654666888507 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_03_AUS__40m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32758 CRS:84 161.81321582431698 165.62347970045178 -31.79950522233702 -27.95654666888507 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_02_NZ__50m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Area_02_NZ__50m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 167.85883704600008 174.1673178220001 -40.76884641199996 -34.226030564999974 ausseabed:Faust_Capel_Basin_Bathymetry__Area_02_NZ__50m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32759 CRS:84 167.55615991983564 174.18457407023507 -41.17259347492234 -34.134628806564926 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_02_NZ__50m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32759 CRS:84 167.55615991983564 174.18457407023507 -41.17259347492234 -34.134628806564926 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_01_NZ__50m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Area_01_NZ__50m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 173.9006402650001 174.59659354300004 -41.33655455899998 -40.49241371199997 ausseabed:Faust_Capel_Basin_Bathymetry__Area_01_NZ__50m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32760 CRS:84 173.85932639375167 174.73920045148688 -41.40112969435737 -40.445169545970295 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_01_NZ__50m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32760 CRS:84 173.85932639375167 174.73920045148688 -41.40112969435737 -40.445169545970295 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_01_NZ__50m___20-100m_2007 The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75582 <br><a href="https://files.ausseabed.gov.au/survey/FaustCapelBasin-Bathymetry-20m-100m-2007.zip" target="_blank">Download Bathymetry</a> EPSG:32760 173.85932639375167 174.73920045148688 -41.40112969435737 -40.445169545970295 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_01_NZ__50m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Area_01_NZ__50m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 173.9006402650001 174.59659354300004 -41.33655455899998 -40.49241371199997 ausseabed:Faust_Capel_Basin_Bathymetry__Area_01_NZ__50m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32760 CRS:84 173.85932639375167 174.73920045148688 -41.40112969435737 -40.445169545970295 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_01_NZ__50m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32760 CRS:84 173.85932639375167 174.73920045148688 -41.40112969435737 -40.445169545970295 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_02_NZ__50m___20-100m_2007 The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75582 <br><a href="https://files.ausseabed.gov.au/survey/FaustCapelBasin-Bathymetry-20m-100m-2007.zip" target="_blank">Download Bathymetry</a> EPSG:32759 167.55615991983564 174.18457407023507 -41.17259347492234 -34.134628806564926 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_02_NZ__50m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Area_02_NZ__50m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 167.85883704600008 174.1673178220001 -40.76884641199996 -34.226030564999974 ausseabed:Faust_Capel_Basin_Bathymetry__Area_02_NZ__50m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32759 CRS:84 167.55615991983564 174.18457407023507 -41.17259347492234 -34.134628806564926 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_02_NZ__50m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32759 CRS:84 167.55615991983564 174.18457407023507 -41.17259347492234 -34.134628806564926 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_03_AUS__40m___20-100m_2007 The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75582 <br><a href="https://files.ausseabed.gov.au/survey/FaustCapelBasin-Bathymetry-20m-100m-2007.zip" target="_blank">Download Bathymetry</a> EPSG:32758 161.81321582431698 165.62347970045178 -31.799931310575143 -27.95654666888507 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_03_AUS__40m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Area_03_AUS__40m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 161.90599035600007 165.5875641990001 -31.798764025999958 -28.170289263999962 ausseabed:Faust_Capel_Basin_Bathymetry__Area_03_AUS__40m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32758 CRS:84 161.81321582431698 165.62347970045178 -31.79950522233702 -27.95654666888507 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_03_AUS__40m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32758 CRS:84 161.81321582431698 165.62347970045178 -31.79950522233702 -27.95654666888507 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_03_NZ__50m___20-100m_2007 The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75582 <br><a href="https://files.ausseabed.gov.au/survey/FaustCapelBasin-Bathymetry-20m-100m-2007.zip" target="_blank">Download Bathymetry</a> EPSG:32758 165.36114867554772 168.26096012562965 -34.724225381394255 -31.656487239824987 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_03_NZ__50m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Area_03_NZ__50m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 165.45664367100005 168.2609601260001 -34.683433140999966 -31.694467180999936 ausseabed:Faust_Capel_Basin_Bathymetry__Area_03_NZ__50m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32758 CRS:84 165.36114867554772 168.26096012562965 -34.724225381394255 -31.656487239824987 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_03_NZ__50m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32758 CRS:84 165.36114867554772 168.26096012562965 -34.724225381394255 -31.656487239824987 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_04_AUS__35m___20-100m_2007 The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75582 <br><a href="https://files.ausseabed.gov.au/survey/FaustCapelBasin-Bathymetry-20m-100m-2007.zip" target="_blank">Download Bathymetry</a> EPSG:32757 159.0408238381684 162.08584303861713 -31.343638523948293 -27.87049247559331 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_04_AUS__35m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Area_04_AUS__35m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 159.1022053150001 162.01225537800008 -31.34360269499996 -27.885368160999974 ausseabed:Faust_Capel_Basin_Bathymetry__Area_04_AUS__35m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.0408238381684 162.08584303861713 -31.343638523948293 -27.87049247559331 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_04_AUS__35m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.0408238381684 162.08584303861713 -31.343638523948293 -27.87049247559331 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_05_AUS__40m___20-100m_2007 The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75582 <br><a href="https://files.ausseabed.gov.au/survey/FaustCapelBasin-Bathymetry-20m-100m-2007.zip" target="_blank">Download Bathymetry</a> EPSG:32757 159.83377028069222 161.91392081305344 -27.91991256650253 -25.950846353853965 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_05_AUS__40m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Area_05_AUS__40m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 159.83870322100006 161.8608072940001 -27.916445461999956 -25.987890297999968 ausseabed:Faust_Capel_Basin_Bathymetry__Area_05_AUS__40m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.83377028069222 161.91392081305344 -27.91991256650253 -25.950846353853965 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_05_AUS__40m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.83377028069222 161.91392081305344 -27.91991256650253 -25.950846353853965 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_07_AUS__40m___20-100m_2007 The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75582 <br><a href="https://files.ausseabed.gov.au/survey/FaustCapelBasin-Bathymetry-20m-100m-2007.zip" target="_blank">Download Bathymetry</a> EPSG:32757 158.90147813219278 159.17742349824297 -31.660989868928787 -31.337501003409685 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_07_AUS__40m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Area_07_AUS__40m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 158.91047138900012 159.17050668100012 -31.651604992999978 -31.33750953699996 ausseabed:Faust_Capel_Basin_Bathymetry__Area_07_AUS__40m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 158.90147813219278 159.17742349824297 -31.660986618780647 -31.337501003409685 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Area_07_AUS__40m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 158.90147813219278 159.17742349824297 -31.660986618780647 -31.337501003409685 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__100m___20-100m_2007 The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75582 <br><a href="https://files.ausseabed.gov.au/survey/FaustCapelBasin-Bathymetry-20m-100m-2007.zip" target="_blank">Download Bathymetry</a> EPSG:32757 159.17996535479097 159.85555728771496 -27.050576776138747 -26.391760361130395 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__100m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Gifford_Guyot__100m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 159.19578252400004 159.85295287600002 -27.039667512999984 -26.402651085999935 ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__100m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.17996535479097 159.85555728771496 -27.050576776138747 -26.391760361130395 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__100m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.17996535479097 159.85555728771496 -27.050576776138747 -26.391760361130395 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__20m___20-100m_2007 The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75582 <br><a href="https://files.ausseabed.gov.au/survey/FaustCapelBasin-Bathymetry-20m-100m-2007.zip" target="_blank">Download Bathymetry</a> EPSG:32757 159.18116958844422 159.85494551003026 -27.049672365888 -26.392486204761667 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__20m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Gifford_Guyot__20m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 159.19578252400004 159.85295287600002 -27.039667512999984 -26.402651085999935 ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__20m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.18116958844422 159.85494551003026 -27.049672365888 -26.392486204761667 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__20m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.18116958844422 159.85494551003026 -27.049672365888 -26.392486204761667 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__50m___20-100m_2007 The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75582 <br><a href="https://files.ausseabed.gov.au/survey/FaustCapelBasin-Bathymetry-20m-100m-2007.zip" target="_blank">Download Bathymetry</a> EPSG:32757 159.1807183505301 159.8553000976596 -27.049898664878793 -26.39243897833193 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__50m___20-100m_2007_L0_Coverage features Faust_Capel_Basin_Bathymetry__Gifford_Guyot__50m___20-100m_2007_L0_Coverage EPSG:4326 CRS:84 159.19578252400004 159.85295287600002 -27.039667512999984 -26.402651085999935 ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__50m___20-100m_2007_HS The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.1807183505301 159.8553000976596 -27.049898664878793 -26.39243897833193 text/html ausseabed:Faust_Capel_Basin_Bathymetry__Gifford_Guyot__50m___20-100m_2007_OV The remote Eastern frontiers project aimed to provide a geological and petroleum prospectivity assessement of the Faust Capel Basins. Funded through Australian Governement Initiatives (Energy Security Program). The Faust Capel Basins survey GA-2436/ TAN0713 was acquired by Geoscience Australia onboard the RV Tangaroa (operated by NIWA) from the 6th of October to the 22nd of November 2007. The geographic range stretched from Wellington to the Faust Capel Basins to Lord Howe Island and back to Wellington. Approximately 8,945 sailing km of multibeam bathymetry was acquired. The high resolution bathymetry data imaged seafloor features in unprecedented detail, revealing the effects of recent magmatic activity and fluid migration on the seafloor. It also produced a new image of a flat topped unexplored seamount. A member of the Lord Howe Rise seamount chain. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 159.1807183505301 159.8553000976596 -27.049898664878793 -26.39243897833193 text/html ausseabed:Flinders_Commonwealth_Marine_Reserve_Bathymetry_2m_2012 This resource contains multibeam bathymetry data for the continental shelf area of Flinders Commonwealth Marine Reserve, northeast Tasmania. Multibeam data were collected by Geoscience Australia and University of Tasmania during the period of 24 June - 07 July 2012 onboard the RV Challenger using a Kongsberg EM3002 multibeam sonar. The Flinders Marine Reserve survey was led by Dr. Scott Nichol (Geoscience Australia). The survey was conducted to broadly classify the seabed into hard (bedrock reef), soft (sedimentary) and mixed substrate types at select locations across the shelf. The dataset contains a 2m-resolution, 32-bit floating point GeoTIFF file of the bathymetry in the study area derived from the processed EM3002 bathymetry data, using Caris HIPS and SIPS software. Attribution statement: Data was sourced from the NERP Marine Biodiversity Hub. The Marine Biodiversity Hub is supported through funding from the Australian Government's National Environmental Research Program (NERP), administered by the Department of Sustainability, Environment, Water, Population and Communities (DSEWPAC). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/147053 <br><a href="https://files.ausseabed.gov.au/survey/FlindersCommonwealthMarineReserve-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:4326 147.33480078936043 148.83595749434687 -43.25823775948294 -40.41144069149681 text/html ausseabed:Flinders_Commonwealth_Marine_Reserve_Bathymetry__2m_2012_L0_Coverage features Flinders_Commonwealth_Marine_Reserve_Bathymetry__2m_2012_L0_Coverage EPSG:4326 CRS:84 147.33503629900008 148.83596633700006 -43.257869168999946 -40.41143188799998 ausseabed:Flinders_Commonwealth_Marine_Reserve_Bathymetry__2m_2012_HS This resource contains multibeam bathymetry data for the continental shelf area of Flinders Commonwealth Marine Reserve, northeast Tasmania. Multibeam data were collected by Geoscience Australia and University of Tasmania during the period of 24 June - 07 July 2012 onboard the RV Challenger using a Kongsberg EM3002 multibeam sonar. The Flinders Marine Reserve survey was led by Dr. Scott Nichol (Geoscience Australia). The survey was conducted to broadly classify the seabed into hard (bedrock reef), soft (sedimentary) and mixed substrate types at select locations across the shelf. The dataset contains a 2m-resolution, 32-bit floating point GeoTIFF file of the bathymetry in the study area derived from the processed EM3002 bathymetry data, using Caris HIPS and SIPS software. Attribution statement: Data was sourced from the NERP Marine Biodiversity Hub. The Marine Biodiversity Hub is supported through funding from the Australian Government's National Environmental Research Program (NERP), administered by the Department of Sustainability, Environment, Water, Population and Communities (DSEWPAC). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 147.33480078936043 148.83595749434687 -43.25823775948294 -40.41144069149681 text/html ausseabed:Flinders_Commonwealth_Marine_Reserve_Bathymetry__2m_2012_OV This resource contains multibeam bathymetry data for the continental shelf area of Flinders Commonwealth Marine Reserve, northeast Tasmania. Multibeam data were collected by Geoscience Australia and University of Tasmania during the period of 24 June - 07 July 2012 onboard the RV Challenger using a Kongsberg EM3002 multibeam sonar. The Flinders Marine Reserve survey was led by Dr. Scott Nichol (Geoscience Australia). The survey was conducted to broadly classify the seabed into hard (bedrock reef), soft (sedimentary) and mixed substrate types at select locations across the shelf. The dataset contains a 2m-resolution, 32-bit floating point GeoTIFF file of the bathymetry in the study area derived from the processed EM3002 bathymetry data, using Caris HIPS and SIPS software. Attribution statement: Data was sourced from the NERP Marine Biodiversity Hub. The Marine Biodiversity Hub is supported through funding from the Australian Government's National Environmental Research Program (NERP), administered by the Department of Sustainability, Environment, Water, Population and Communities (DSEWPAC). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 147.33480078936043 148.83595749434687 -43.25823775948294 -40.41144069149681 text/html ausseabed:Flinders_Island_NE__TAS_Bathymetry_30m_2021 The Flinders Island bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Surveyor during the period 16 December – 13 May 2022. This was a contracted survey conducted for the Australian Hydrographic Office by Guaridan Geomatis Pty Ltd as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area North East of Flinders Island, Tasmania. Bathymetry data was acquired using a Kongsberg EM2040-07 MKII and processed using CARIS HIPS & SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147832 <br><a href="https://files.ausseabed.gov.au/survey/FlindersIslandNE-TAS-HIPP-SI-1036-Bathymetry-30m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 148.21568875696804 148.84873153768706 -39.889645275563154 -39.35820195347805 text/html ausseabed:Flinders_Island_NE__TAS_Bathymetry__HIPP_SI_1036__30m_2021_L0_Coverage features Flinders_Island_NE__TAS_Bathymetry__HIPP_SI_1036__30m_2021_L0_Coverage EPSG:4326 CRS:84 148.21568875700007 148.84873153800004 -39.88964527599995 -39.358201952999934 ausseabed:Flinders_Island_NE__TAS_Bathymetry__HIPP_SI_1036__30m_2021_HS The Flinders Island bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Surveyor during the period 16 December – 13 May 2022. This was a contracted survey conducted for the Australian Hydrographic Office by Guaridan Geomatis Pty Ltd as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area North East of Flinders Island, Tasmania. Bathymetry data was acquired using a Kongsberg EM2040-07 MKII and processed using CARIS HIPS & SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 148.21568875696804 148.84873153768706 -39.889645275563154 -39.35820195347805 text/html ausseabed:Flinders_Island_NE__TAS_Bathymetry__HIPP_SI_1036__30m_2021_OV The Flinders Island bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Surveyor during the period 16 December – 13 May 2022. This was a contracted survey conducted for the Australian Hydrographic Office by Guaridan Geomatis Pty Ltd as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area North East of Flinders Island, Tasmania. Bathymetry data was acquired using a Kongsberg EM2040-07 MKII and processed using CARIS HIPS & SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 148.21568875696804 148.84873153768706 -39.889645275563154 -39.35820195347805 text/html ausseabed:Forster_Pacific_Palms_Cape_Hawke__NSW_Backscatter__5m_2019 The Forster Pacific Palms Cape Hawke, NSW, multibeam survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the Research Vessel Bombora during the period 01/MAR/2019 – 12/AUG/2022, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement. <br>https://pid.geoscience.gov.au/dataset/ga/150868 <br><a href="https://files.ausseabed.gov.au/survey/ForsterPacificPalmsCapeHawke-NSW-Bathymetry-5m-2019.zip" target="_blank">Download Backscatter</a> EPSG:32756 152.48622876282494 152.63265628025593 -32.48837244418199 -32.1919757021677 text/html ausseabed:Forster_Pacific_Palms_Cape_Hawke__NSW_Backscatter__5m_2019_L0_Coverage features Forster_Pacific_Palms_Cape_Hawke__NSW_Backscatter__5m_2019_L0_Coverage EPSG:4326 CRS:84 152.535428964396 152.617444238474 -32.4849292242897 -32.214561821014 ausseabed:Forster_Pacific_Palms_Cape_Hawke__NSW_Backscatter__5m_2019_OV The Forster Pacific Palms Cape Hawke, NSW, multibeam survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the Research Vessel Bombora during the period 01/MAR/2019 – 12/AUG/2022, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement. EPSG:32756 CRS:84 152.48622876282494 152.63265628025593 -32.48837244418199 -32.1919757021677 text/html ausseabed:Forster_Pacific_Palms_Cape_Hawke__NSW_Bathymetry__5m_2019 The Forster Pacific Palms Cape Hawke, NSW, multibeam survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the Research Vessel Bombora during the period 01/MAR/2019 – 12/AUG/2022, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement. <br>https://pid.geoscience.gov.au/dataset/ga/150868 <br><a href="https://files.ausseabed.gov.au/survey/ForsterPacificPalmsCapeHawke-NSW-Bathymetry-5m-2019.zip" target="_blank">Download Bathymetry</a> EPSG:32756 152.53395152401686 152.6237048003929 -32.490826698446796 -32.20185724472134 text/html ausseabed:Forster_Pacific_Palms_Cape_Hawke__NSW_Bathymetry__5m_2019_L0_Coverage features Forster_Pacific_Palms_Cape_Hawke__NSW_Bathymetry__5m_2019_L0_Coverage EPSG:4326 CRS:84 152.535428964396 152.617444238474 -32.4849292242897 -32.214561821014 ausseabed:Forster_Pacific_Palms_Cape_Hawke__NSW_Bathymetry__5m_2019_HS The Forster Pacific Palms Cape Hawke, NSW, multibeam survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the Research Vessel Bombora during the period 01/MAR/2019 – 12/AUG/2022, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement. EPSG:32756 CRS:84 152.53395152401686 152.6237048003929 -32.490826698446796 -32.20185724472134 text/html ausseabed:Forster_Pacific_Palms_Cape_Hawke__NSW_Bathymetry__5m_2019_OV The Forster Pacific Palms Cape Hawke, NSW, multibeam survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the Research Vessel Bombora during the period 01/MAR/2019 – 12/AUG/2022, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement. EPSG:32756 CRS:84 152.53395152401686 152.6237048003929 -32.490826698446796 -32.20185724472134 text/html ausseabed:Forster__Cape_Hawke_to_Black_Head___NSW_Backscatter__5m_2019 The Forster, Cape Hawke to Black Head, multibeam survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the RV Bombora during the period 27 Feb 2019 – 14 Oct 2020, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149680 <br><a href="https://files.ausseabed.gov.au/survey/Forster-CapeHawkeToBlackHead-NSW-Backscatter-Wide-5m-2019.zip" target="_blank">Download Backscatter</a> EPSG:32756 152.49616035917276 152.69665748923407 -32.223771555690526 -32.071259780221375 text/html ausseabed:Forster__Cape_Hawke_to_Black_Head___NSW_Backscatter__5m__5m_2019_L0_Coverage features Forster__Cape_Hawke_to_Black_Head___NSW_Backscatter__5m__5m_2019_L0_Coverage EPSG:4326 CRS:84 152.544515229773 152.67445020792803 -32.2198843580412 -32.0890248844877 ausseabed:Forster__Cape_Hawke_to_Black_Head___NSW_Backscatter__5m__5m_2019_OV The Forster, Cape Hawke to Black Head, multibeam survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the RV Bombora during the period 27 Feb 2019 – 14 Oct 2020, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 152.49616035917276 152.69665748923407 -32.223771555690526 -32.071259780221375 text/html ausseabed:Forster__Cape_Hawke_to_Black_Head___NSW_Bathymetry_5m_2019 The Forster, Cape Hawke to Black Head, bathymetry survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the RV Bombora during the period 27 Feb 2019 – 14 Oct 2020, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149680 <br><a href="https://files.ausseabed.gov.au/survey/ForsterCapeHawkeToBlackHead-NSW-Bathymetry-5m-2019.zip" target="_blank">Download Bathymetry</a> EPSG:32756 152.54430619296562 152.67779718372861 -32.22002611580647 -32.0868229004173 text/html ausseabed:Forster__Cape_Hawke_to_Black_Head___NSW_Bathymetry__5m_2019_L0_Coverage features Forster__Cape_Hawke_to_Black_Head___NSW_Bathymetry__5m_2019_L0_Coverage EPSG:4326 CRS:84 152.54451455600008 152.67439770200008 -32.21983761699994 -32.08897941599997 ausseabed:Forster__Cape_Hawke_to_Black_Head___NSW_Bathymetry__5m_2019_HS The Forster, Cape Hawke to Black Head, bathymetry survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the RV Bombora during the period 27 Feb 2019 – 14 Oct 2020, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 152.54430619296562 152.67779718372861 -32.22002611580647 -32.0868229004173 text/html ausseabed:Forster__Cape_Hawke_to_Black_Head___NSW_Bathymetry__5m_2019_OV The Forster, Cape Hawke to Black Head, bathymetry survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the RV Bombora during the period 27 Feb 2019 – 14 Oct 2020, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 152.54430619296562 152.67779718372861 -32.22002611580647 -32.0868229004173 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SI50_128m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 113.99836551144918 120.00169875738584 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SI50_128m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SI50_128m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 114.95150318072801 115.337893737256 -32.0007033324954 -31.909420126584298 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SI50_128m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SI50_128m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ48_8m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 101.99992758757837 108.00009876371494 -36.00005687631256 -31.9998948487397 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ48_8m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ48_8m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 105.726467720342 108.001982980023 -36.0014164764951 -35.049507702525 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ48_8m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99992758757837 108.00009876371494 -36.00005687631256 -31.9998948487397 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ48_8m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99992758757837 108.00009876371494 -36.00005687631256 -31.9998948487397 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ49_210m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 107.99901180222115 114.00173419376462 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ49_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ49_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 107.99745008110001 114.00127470549701 -35.233090108933496 -32.4929527095767 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ49_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 107.99901180222115 114.00173419376462 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ49_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 107.99901180222115 114.00173419376462 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ50_128m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 113.99836551144918 120.00169875738584 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ50_128m___8-210m_1995_L0_Coverage Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ50_128m___8-210m_1995_L0_Coverage features EPSG:4326 CRS:84 113.999281793039 114.979013187989 -32.614051448925395 -31.9994528776199 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ50_128m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ50_128m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SK47_8m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 95.99990014188727 102.00007131802384 -40.00007517343997 -35.999913145867104 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SK47_8m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SK47_8m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 98.2579880850562 102.00148346965 -40.0017747859575 -37.559737025428795 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SK47_8m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99990014188727 102.00007131802384 -40.00007517343997 -35.999913145867104 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SK47_8m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99990014188727 102.00007131802384 -40.00007517343997 -35.999913145867104 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SK48_8m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 101.99992758757837 108.00009876371494 -40.00007517343997 -35.999913145867104 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SK48_8m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SK48_8m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 101.998158355626 106.18655696109501 -37.7171187191031 -35.996883577571396 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SK48_8m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99992758757837 108.00009876371494 -40.00007517343997 -35.999913145867104 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SK48_8m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99992758757837 108.00009876371494 -40.00007517343997 -35.999913145867104 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL45_210m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 83.99755454653054 90.00216340017066 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL45_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL45_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 87.85583396318368 90.0008419783877 -42.9352422108708 -41.620744642141 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL45_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 83.99755454653054 90.00216340017066 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL45_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 83.99755454653054 90.00216340017066 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL46_210m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 89.99839047597735 96.00111286752082 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL46_210m___8-210m_1995_L0_Coverage Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL46_210m___8-210m_1995_L0_Coverage features EPSG:4326 CRS:84 89.9990727464356 96.0025928419514 -44.0020324841081 -41.3878236162251 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL46_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99839047597735 96.00111286752082 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL46_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99839047597735 96.00111286752082 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL47_210m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 95.99733994332752 102.00194879696764 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL47_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL47_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 95.99906964940709 98.5111059335049 -41.5234665291813 -39.9979241574921 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL47_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99733994332752 102.00194879696764 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL47_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99733994332752 102.00194879696764 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL55_128m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 143.9989339312411 150.0011173336141 -44.00163857285605 -39.99903312771038 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL55_128m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL55_128m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 146.303910788138 147.52612622436 -44.0012015424703 -43.152976318593296 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL55_128m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 143.9989339312411 150.0011173336141 -44.00163857285605 -39.99903312771038 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL55_128m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 143.9989339312411 150.0011173336141 -44.00163857285605 -39.99903312771038 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM46_210m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 89.99839047597735 96.00111286752082 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM46_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM46_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 93.3229363157286 96.0030599658992 -46.214609080037796 -43.9983529847044 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM46_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99839047597735 96.00111286752082 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM46_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99839047597735 96.00111286752082 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM47_8m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 95.99990014188727 102.00007131802384 -48.00003990247205 -43.99994974012191 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM47_8m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM47_8m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 95.9969869054208 102.001843694079 -48.002162621488395 -45.091987613577096 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM47_8m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99990014188727 102.00007131802384 -48.00003990247205 -43.99994974012191 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM47_8m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99990014188727 102.00007131802384 -48.00003990247205 -43.99994974012191 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM48_210m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 101.99817587277433 108.00278472641445 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM48_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM48_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 101.998395960019 105.126313609648 -48.0009588790077 -47.7110473839943 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM48_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM48_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM52_210m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 125.99774666636829 132.0023555200084 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM52_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM52_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 127.74778072250501 132.00168986838298 -48.001429596216596 -47.9197386009093 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM52_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 125.99774666636829 132.0023555200084 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM52_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 125.99774666636829 132.0023555200084 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM53_210m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 131.9985825958151 138.00130498735857 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM53_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM53_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 131.999054211339 138.001313072196 -48.001190644351 -47.13230237230869 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM53_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 131.9985825958151 138.00130498735857 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM53_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 131.9985825958151 138.00130498735857 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM54_8m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 137.99994853127959 144.00004784219342 -48.00003990247205 -43.99994974012191 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM54_8m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM54_8m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 137.998165375441 144.001877710427 -47.2049886552079 -44.8467816769933 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM54_8m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 137.99994853127959 144.00004784219342 -48.00003990247205 -43.99994974012191 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM54_8m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 137.99994853127959 144.00004784219342 -48.00003990247205 -43.99994974012191 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM55_210m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 143.9983679926121 150.00109038415556 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM55_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM55_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 143.99746159249 146.33800409895798 -44.9770571561268 -43.9988870331408 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM55_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 143.9983679926121 150.00109038415556 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM55_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 143.9983679926121 150.00109038415556 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN47_8m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 95.99990014188727 102.00007131802384 -52.00005819959945 -47.99989617202659 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN47_8m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN47_8m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 98.5218452927266 99.1924475337899 -48.1478958608735 -47.9980191422404 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN47_8m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99990014188727 102.00007131802384 -52.00005819959945 -47.99989617202659 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN47_8m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99990014188727 102.00007131802384 -52.00005819959945 -47.99989617202659 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN48_210m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 101.99817587277433 108.00278472641445 -52.00127092523301 -47.998198356139596 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN48_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN48_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 102.27248363130201 108.00120548814502 -49.288209646854895 -47.999033789353795 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN48_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -52.00127092523301 -47.998198356139596 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN48_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -52.00127092523301 -47.998198356139596 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN49_210m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 107.99901180222115 114.00173419376462 -52.00127092523301 -47.998198356139596 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN49_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN49_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 107.998789469188 114.00150287757901 -50.4250756987758 -48.5670093482559 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN49_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 107.99901180222115 114.00173419376462 -52.00127092523301 -47.998198356139596 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN49_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 107.99901180222115 114.00173419376462 -52.00127092523301 -47.998198356139596 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN50_210m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 113.9979612695713 120.00257012321143 -52.00127092523301 -47.998198356139596 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN50_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN50_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 113.99779148798301 120.001083411416 -50.1532899604079 -48.1468794171295 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN50_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.9979612695713 120.00257012321143 -52.00127092523301 -47.998198356139596 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN50_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.9979612695713 120.00257012321143 -52.00127092523301 -47.998198356139596 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN51_8m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 119.99993805942897 126.0000373703428 -52.00005819959945 -47.99989617202659 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN51_8m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN51_8m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 119.997098484816 126.00238287155001 -48.274397068340804 -48.0333090090194 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN51_8m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 119.99993805942897 126.0000373703428 -52.00005819959945 -47.99989617202659 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN51_8m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 119.99993805942897 126.0000373703428 -52.00005819959945 -47.99989617202659 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN52_8m___8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 125.99989363989735 132.0000648160339 -52.00005819959945 -47.99989617202659 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN52_8m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN52_8m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 125.998397944949 132.00168986838298 -48.1608266602307 -47.99744466961619 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN52_8m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 125.99989363989735 132.0000648160339 -52.00005819959945 -47.99989617202659 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN52_8m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 125.99989363989735 132.0000648160339 -52.00005819959945 -47.99989617202659 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry__8-210m_1995 The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150796 <br><a href="https://files.ausseabed.gov.au/survey/19950001S-FremantleSoutheastIndianRidgeHobartBathymetry-8-210m-1995.zip" target="_blank">Download Bathymetry</a> EPSG:4326 83.99755454653054 150.0011173336141 -52.00127092523301 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SI50_128m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SI50_128m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 114.95150318072801 115.337893737256 -32.0007033324954 -31.909420126584298 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SI50_128m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SI50_128m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ50_128m___8-210m_1995_L0_Coverage Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ50_128m___8-210m_1995_L0_Coverage features EPSG:4326 CRS:84 113.999281793039 114.979013187989 -32.614051448925395 -31.9994528776199 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ50_128m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ50_128m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SK47_8m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SK47_8m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 98.2579880850562 102.00148346965 -40.0017747859575 -37.559737025428795 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SK47_8m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99990014188727 102.00007131802384 -40.00007517343997 -35.999913145867104 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SK47_8m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99990014188727 102.00007131802384 -40.00007517343997 -35.999913145867104 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SK48_8m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SK48_8m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 101.998158355626 106.18655696109501 -37.7171187191031 -35.996883577571396 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SK48_8m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99992758757837 108.00009876371494 -40.00007517343997 -35.999913145867104 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SK48_8m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99992758757837 108.00009876371494 -40.00007517343997 -35.999913145867104 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL47_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL47_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 95.99906964940709 98.5111059335049 -41.5234665291813 -39.9979241574921 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL47_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99733994332752 102.00194879696764 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL47_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99733994332752 102.00194879696764 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL46_210m___8-210m_1995_L0_Coverage Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL46_210m___8-210m_1995_L0_Coverage features EPSG:4326 CRS:84 89.9990727464356 96.0025928419514 -44.0020324841081 -41.3878236162251 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL46_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99839047597735 96.00111286752082 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL46_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99839047597735 96.00111286752082 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM46_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM46_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 93.3229363157286 96.0030599658992 -46.214609080037796 -43.9983529847044 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM46_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99839047597735 96.00111286752082 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM46_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99839047597735 96.00111286752082 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM47_8m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM47_8m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 95.9969869054208 102.001843694079 -48.002162621488395 -45.091987613577096 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM47_8m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99990014188727 102.00007131802384 -48.00003990247205 -43.99994974012191 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM47_8m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99990014188727 102.00007131802384 -48.00003990247205 -43.99994974012191 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN48_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN48_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 102.27248363130201 108.00120548814502 -49.288209646854895 -47.999033789353795 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN48_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -52.00127092523301 -47.998198356139596 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN48_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -52.00127092523301 -47.998198356139596 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN49_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN49_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 107.998789469188 114.00150287757901 -50.4250756987758 -48.5670093482559 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN49_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 107.99901180222115 114.00173419376462 -52.00127092523301 -47.998198356139596 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN49_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 107.99901180222115 114.00173419376462 -52.00127092523301 -47.998198356139596 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN50_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN50_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 113.99779148798301 120.001083411416 -50.1532899604079 -48.1468794171295 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN50_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.9979612695713 120.00257012321143 -52.00127092523301 -47.998198356139596 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN50_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.9979612695713 120.00257012321143 -52.00127092523301 -47.998198356139596 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM48_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM48_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 101.998395960019 105.126313609648 -48.0009588790077 -47.7110473839943 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM48_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM48_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN47_8m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN47_8m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 98.5218452927266 99.1924475337899 -48.1478958608735 -47.9980191422404 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN47_8m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99990014188727 102.00007131802384 -52.00005819959945 -47.99989617202659 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN47_8m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99990014188727 102.00007131802384 -52.00005819959945 -47.99989617202659 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM52_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM52_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 127.74778072250501 132.00168986838298 -48.001429596216596 -47.9197386009093 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM52_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 125.99774666636829 132.0023555200084 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM52_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 125.99774666636829 132.0023555200084 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN51_8m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN51_8m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 119.997098484816 126.00238287155001 -48.274397068340804 -48.0333090090194 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN51_8m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 119.99993805942897 126.0000373703428 -52.00005819959945 -47.99989617202659 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN51_8m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 119.99993805942897 126.0000373703428 -52.00005819959945 -47.99989617202659 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ48_8m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ48_8m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 105.726467720342 108.001982980023 -36.0014164764951 -35.049507702525 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ48_8m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99992758757837 108.00009876371494 -36.00005687631256 -31.9998948487397 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ48_8m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99992758757837 108.00009876371494 -36.00005687631256 -31.9998948487397 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ49_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ49_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 107.99745008110001 114.00127470549701 -35.233090108933496 -32.4929527095767 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ49_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 107.99901180222115 114.00173419376462 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SJ49_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 107.99901180222115 114.00173419376462 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL55_128m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL55_128m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 146.303910788138 147.52612622436 -44.0012015424703 -43.152976318593296 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL55_128m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 143.9989339312411 150.0011173336141 -44.00163857285605 -39.99903312771038 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL55_128m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 143.9989339312411 150.0011173336141 -44.00163857285605 -39.99903312771038 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL45_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL45_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 87.85583396318368 90.0008419783877 -42.9352422108708 -41.620744642141 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL45_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 83.99755454653054 90.00216340017066 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SL45_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 83.99755454653054 90.00216340017066 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM53_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM53_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 131.999054211339 138.001313072196 -48.001190644351 -47.13230237230869 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM53_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 131.9985825958151 138.00130498735857 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM53_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 131.9985825958151 138.00130498735857 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN52_8m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN52_8m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 125.998397944949 132.00168986838298 -48.1608266602307 -47.99744466961619 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN52_8m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 125.99989363989735 132.0000648160339 -52.00005819959945 -47.99989617202659 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SN52_8m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 125.99989363989735 132.0000648160339 -52.00005819959945 -47.99989617202659 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM54_8m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM54_8m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 137.998165375441 144.001877710427 -47.2049886552079 -44.8467816769933 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM54_8m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 137.99994853127959 144.00004784219342 -48.00003990247205 -43.99994974012191 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM54_8m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 137.99994853127959 144.00004784219342 -48.00003990247205 -43.99994974012191 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM55_210m___8-210m_1995_L0_Coverage features Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM55_210m___8-210m_1995_L0_Coverage EPSG:4326 CRS:84 143.99746159249 146.33800409895798 -44.9770571561268 -43.9988870331408 ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM55_210m___8-210m_1995_HS The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 143.9983679926121 150.00109038415556 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_Hobart_Bathymetry_SM55_210m___8-210m_1995_OV The WEST10MV bathymetry survey was acquired by the Oregon State University onboard the Scripps Institution of Oceanography (UC/SIO) Research Vessel Melville from the 29 January to 12 March 1995 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Frematle to Southeast Indian Ridge to Hobart. This dataset contains the 8-210m resolution, 32-bit geotiffs of the WEST10MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=WEST10MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 143.9983679926121 150.00109038415556 -48.001971280332896 -43.998898711239484 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG48_210m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 101.99817587277433 108.00278472641445 -24.002400486738935 -19.997441455548874 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG48_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG48_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 107.39534393129301 108.002784726414 -24.0024004867389 -23.704339475468096 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG48_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -24.002400486738935 -19.997441455548874 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG48_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -24.002400486738935 -19.997441455548874 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG49_128m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 107.99848179620354 114.00066519857653 -24.001259626328107 -19.998654181182435 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG49_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG49_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 107.998481796204 114.00066519857701 -23.8000370026853 -21.7521656157837 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG49_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 107.99848179620354 114.00066519857653 -24.001259626328107 -19.998654181182435 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG49_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 107.99848179620354 114.00066519857653 -24.001259626328107 -19.998654181182435 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG50_128m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 113.99836551144918 120.00169875738584 -24.001259626328107 -19.998654181182435 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG50_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG50_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 113.998365511449 114.492798243829 -21.7579148336021 -21.4428576971557 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG50_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -24.001259626328107 -19.998654181182435 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG50_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -24.001259626328107 -19.998654181182435 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SH47_210m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 95.99733994332752 102.00194879696764 -28.001700131639048 -23.998627562545636 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SH47_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SH47_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 98.870421716527 102.00194879696801 -28.001700131638998 -26.5170544615747 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SH47_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99733994332752 102.00194879696764 -28.001700131639048 -23.998627562545636 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SH47_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99733994332752 102.00194879696764 -28.001700131639048 -23.998627562545636 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SH48_210m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 101.99817587277433 108.00278472641445 -28.001700131639048 -23.998627562545636 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SH48_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SH48_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 101.99817587277401 107.583990140958 -26.6868360502733 -23.9986275625456 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SH48_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -28.001700131639048 -23.998627562545636 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SH48_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -28.001700131639048 -23.998627562545636 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI45_128m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 83.99894693522093 90.00113033759392 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI45_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI45_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 84.83373336244749 90.00113033759389 -32.000721298801096 -30.607110899629397 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI45_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 83.99894693522093 90.00113033759392 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI45_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 83.99894693522093 90.00113033759392 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI46_128m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 89.99883065046659 96.00101405283958 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI46_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI46_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 89.9988306504666 96.0010140528396 -30.671502139195102 -28.762761823497897 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI46_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99883065046659 96.00101405283958 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI46_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99883065046659 96.00101405283958 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI47_210m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 95.99733994332752 102.00194879696764 -32.00099977653915 -27.99792720744574 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI47_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI47_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 95.9973399433275 99.11188886489829 -28.8638133098085 -27.9979272074457 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI47_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99733994332752 102.00194879696764 -32.00099977653915 -27.99792720744574 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI47_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99733994332752 102.00194879696764 -32.00099977653915 -27.99792720744574 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI50_128m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 113.99836551144918 120.00169875738584 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI50_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI50_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 115.27699155425401 115.685186019357 -32.000721298801096 -31.9248316235987 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI50_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI50_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ43_210m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 71.99776914973356 78.00237800337368 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ43_210m___128-210m_1996_L0_Coverage Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ43_210m___128-210m_1996_L0_Coverage features EPSG:4326 CRS:84 76.9818020090855 78.00237800337369 -35.9418190964431 -32.6216458063373 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ43_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 71.99776914973356 78.00237800337368 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ43_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 71.99776914973356 78.00237800337368 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ44_128m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 77.99906321997528 84.00124662234828 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ44_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ44_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 77.9990632199753 84.00124662234829 -36.0010270568194 -32.4319126351784 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ44_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 77.99906321997528 84.00124662234828 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ44_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 77.99906321997528 84.00124662234828 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ45_128m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 83.99894693522093 90.00113033759392 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ45_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ45_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 83.99894693522089 85.02115786332621 -32.910247557666395 -31.998421611673695 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ45_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 83.99894693522093 90.00113033759392 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ45_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 83.99894693522093 90.00113033759392 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ48_210m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 101.99817587277433 108.00278472641445 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ48_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ48_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 104.85616594920101 108.002784726414 -36.002185883535894 -34.917470177961604 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ48_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ48_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ49_210m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 107.99901180222115 114.00173419376462 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ49_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ49_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 107.999011802221 114.001734193765 -35.091024690853494 -32.5084580805383 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ49_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 107.99901180222115 114.00173419376462 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ49_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 107.99901180222115 114.00173419376462 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ50_128m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 113.99836551144918 120.00169875738584 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ50_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ50_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 113.998365511449 115.696684454994 -32.6342851023849 -31.998421611673695 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ50_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ50_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK43_128m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 71.99917950472964 78.00136290710263 -40.001332814837724 -35.998727369692055 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK43_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK43_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 77.0274454086716 78.0013629071026 -40.001332814837696 -36.835813484046 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK43_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 71.99917950472964 78.00136290710263 -40.001332814837724 -35.998727369692055 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK43_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 71.99917950472964 78.00136290710263 -40.001332814837724 -35.998727369692055 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK44_128m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 77.99906321997528 84.00124662234828 -40.001332814837724 -35.998727369692055 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK44_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK44_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 77.9990632199753 79.6582874823554 -40.001332814837696 -35.998727369692 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK44_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 77.99906321997528 84.00124662234828 -40.001332814837724 -35.998727369692055 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK44_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 77.99906321997528 84.00124662234828 -40.001332814837724 -35.998727369692055 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK46_210m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 89.99839047597735 96.00111286752082 -40.00148552843603 -35.998412959342616 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK46_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK46_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 94.02410059023049 96.00111286752079 -40.00148552843601 -39.2865163938053 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK46_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99839047597735 96.00111286752082 -40.00148552843603 -35.998412959342616 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK46_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99839047597735 96.00111286752082 -40.00148552843603 -35.998412959342616 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK47_210m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 95.99733994332752 102.00194879696764 -40.00148552843603 -35.998412959342616 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK47_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK47_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 95.9973399433275 102.00194879696801 -39.4204552026675 -37.020875415727396 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK47_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99733994332752 102.00194879696764 -40.00148552843603 -35.998412959342616 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK47_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99733994332752 102.00194879696764 -40.00148552843603 -35.998412959342616 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK48_210m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 101.99817587277433 108.00278472641445 -40.00148552843603 -35.998412959342616 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK48_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK48_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 101.99817587277401 105.3636242532 -37.1793382318461 -35.9984129593426 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK48_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -40.00148552843603 -35.998412959342616 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK48_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -40.00148552843603 -35.998412959342616 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL43_210m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 71.99776914973356 78.00237800337368 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL43_210m___128-210m_1996_L0_Coverage Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL43_210m___128-210m_1996_L0_Coverage features EPSG:4326 CRS:84 77.00255309214859 78.00237800337369 -41.2993714509319 -39.9977126042427 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL43_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 71.99776914973356 78.00237800337368 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL43_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 71.99776914973356 78.00237800337368 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL44_210m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 77.99860507918036 84.00132747072384 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL44_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL44_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 77.9986050791804 84.0013274707238 -43.140558457263296 -39.9977126042427 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL44_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 77.99860507918036 84.00132747072384 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL44_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 77.99860507918036 84.00132747072384 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL45_210m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 83.99755454653054 90.00216340017066 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL45_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL45_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 83.9975545465305 90.0021634001707 -42.4840696476287 -40.769275601773 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL45_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 83.99755454653054 90.00216340017066 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL45_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 83.99755454653054 90.00216340017066 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL46_210m___128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 89.99839047597735 96.00111286752082 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL46_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL46_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 89.9983904759773 94.373096078111 -41.533292750916594 -39.9977126042427 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL46_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99839047597735 96.00111286752082 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL46_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99839047597735 96.00111286752082 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry__128-210m_1996 The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150709 <br><a href="https://files.ausseabed.gov.au/survey/19960003S-FremantleSoutheastIndianRidgetoPortHedland-BMRG06MV.zip" target="_blank">Download Bathymetry</a> EPSG:4326 71.99776914973356 120.00169875738584 -44.00267163543278 -19.997441455548874 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG50_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG50_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 113.998365511449 114.492798243829 -21.7579148336021 -21.4428576971557 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG50_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -24.001259626328107 -19.998654181182435 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG50_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -24.001259626328107 -19.998654181182435 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ49_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ49_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 107.999011802221 114.001734193765 -35.091024690853494 -32.5084580805383 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ49_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 107.99901180222115 114.00173419376462 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ49_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 107.99901180222115 114.00173419376462 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SH47_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SH47_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 98.870421716527 102.00194879696801 -28.001700131638998 -26.5170544615747 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SH47_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99733994332752 102.00194879696764 -28.001700131639048 -23.998627562545636 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SH47_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99733994332752 102.00194879696764 -28.001700131639048 -23.998627562545636 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK44_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK44_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 77.9990632199753 79.6582874823554 -40.001332814837696 -35.998727369692 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK44_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 77.99906321997528 84.00124662234828 -40.001332814837724 -35.998727369692055 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK44_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 77.99906321997528 84.00124662234828 -40.001332814837724 -35.998727369692055 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK46_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK46_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 94.02410059023049 96.00111286752079 -40.00148552843601 -39.2865163938053 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK46_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99839047597735 96.00111286752082 -40.00148552843603 -35.998412959342616 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK46_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99839047597735 96.00111286752082 -40.00148552843603 -35.998412959342616 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI50_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI50_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 115.27699155425401 115.685186019357 -32.000721298801096 -31.9248316235987 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI50_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI50_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK48_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK48_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 101.99817587277401 105.3636242532 -37.1793382318461 -35.9984129593426 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK48_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -40.00148552843603 -35.998412959342616 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK48_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -40.00148552843603 -35.998412959342616 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG48_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG48_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 107.39534393129301 108.002784726414 -24.0024004867389 -23.704339475468096 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG48_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -24.002400486738935 -19.997441455548874 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG48_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -24.002400486738935 -19.997441455548874 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL44_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL44_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 77.9986050791804 84.0013274707238 -43.140558457263296 -39.9977126042427 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL44_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 77.99860507918036 84.00132747072384 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL44_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 77.99860507918036 84.00132747072384 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK47_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK47_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 95.9973399433275 102.00194879696801 -39.4204552026675 -37.020875415727396 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK47_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99733994332752 102.00194879696764 -40.00148552843603 -35.998412959342616 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK47_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99733994332752 102.00194879696764 -40.00148552843603 -35.998412959342616 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG49_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG49_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 107.998481796204 114.00066519857701 -23.8000370026853 -21.7521656157837 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG49_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 107.99848179620354 114.00066519857653 -24.001259626328107 -19.998654181182435 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SG49_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 107.99848179620354 114.00066519857653 -24.001259626328107 -19.998654181182435 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL45_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL45_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 83.9975545465305 90.0021634001707 -42.4840696476287 -40.769275601773 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL45_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 83.99755454653054 90.00216340017066 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL45_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 83.99755454653054 90.00216340017066 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ48_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ48_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 104.85616594920101 108.002784726414 -36.002185883535894 -34.917470177961604 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ48_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ48_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL46_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL46_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 89.9983904759773 94.373096078111 -41.533292750916594 -39.9977126042427 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL46_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99839047597735 96.00111286752082 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL46_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99839047597735 96.00111286752082 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK43_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK43_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 77.0274454086716 78.0013629071026 -40.001332814837696 -36.835813484046 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK43_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 71.99917950472964 78.00136290710263 -40.001332814837724 -35.998727369692055 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SK43_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 71.99917950472964 78.00136290710263 -40.001332814837724 -35.998727369692055 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI46_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI46_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 89.9988306504666 96.0010140528396 -30.671502139195102 -28.762761823497897 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI46_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99883065046659 96.00101405283958 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI46_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 89.99883065046659 96.00101405283958 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ50_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ50_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 113.998365511449 115.696684454994 -32.6342851023849 -31.998421611673695 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ50_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ50_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SH48_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SH48_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 101.99817587277401 107.583990140958 -26.6868360502733 -23.9986275625456 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SH48_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -28.001700131639048 -23.998627562545636 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SH48_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 101.99817587277433 108.00278472641445 -28.001700131639048 -23.998627562545636 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI47_210m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI47_210m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 95.9973399433275 99.11188886489829 -28.8638133098085 -27.9979272074457 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI47_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99733994332752 102.00194879696764 -32.00099977653915 -27.99792720744574 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI47_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 95.99733994332752 102.00194879696764 -32.00099977653915 -27.99792720744574 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ44_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ44_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 77.9990632199753 84.00124662234829 -36.0010270568194 -32.4319126351784 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ44_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 77.99906321997528 84.00124662234828 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ44_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 77.99906321997528 84.00124662234828 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ43_210m___128-210m_1996_L0_Coverage Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ43_210m___128-210m_1996_L0_Coverage features EPSG:4326 CRS:84 76.9818020090855 78.00237800337369 -35.9418190964431 -32.6216458063373 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ43_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 71.99776914973356 78.00237800337368 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ43_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 71.99776914973356 78.00237800337368 -36.002185883535915 -31.997226852345854 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI45_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI45_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 84.83373336244749 90.00113033759389 -32.000721298801096 -30.607110899629397 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI45_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 83.99894693522093 90.00113033759392 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SI45_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 83.99894693522093 90.00113033759392 -32.00072129880108 -27.999265697219084 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ45_128m___128-210m_1996_L0_Coverage features Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ45_128m___128-210m_1996_L0_Coverage EPSG:4326 CRS:84 83.99894693522089 85.02115786332621 -32.910247557666395 -31.998421611673695 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ45_128m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 83.99894693522093 90.00113033759392 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SJ45_128m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 83.99894693522093 90.00113033759392 -36.0010270568194 -31.998421611673734 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL43_210m___128-210m_1996_L0_Coverage Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL43_210m___128-210m_1996_L0_Coverage features EPSG:4326 CRS:84 77.00255309214859 78.00237800337369 -41.2993714509319 -39.9977126042427 ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL43_210m___128-210m_1996_HS The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 71.99776914973356 78.00237800337368 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_Southeast_Indian_Ridge_to_Port_Hedland_Bathymetry_SL43_210m___128-210m_1996_OV The BMRG06MV bathymetry survey was acquired by Bishop Museum, Hawaii and the University of California San Diego onboard the Scripps Institution of Oceanography (UCSD/SIO) Research Vessel Melville from the 22 February to 13 April 1996 using the Seabeam 2000 sonar system. The bathymetry dataset was acquired while the Research Vessel Melville was transiting from Fremantle to Port Headland. This dataset contains the 128m-210m resolution, 32-bit geotiffs of the BMR06MV survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the original scientists (Orcutt, John) (http://www.marine-geo.org/tools/search/entry.php?id=BMR06MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 71.99776914973356 78.00237800337368 -44.00267163543278 -39.99771260424272 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_128m_1997 The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/144318 <br><a href="https://files.ausseabed.gov.au/survey/FremantleHobart-SOJN05MV-Bathymetry-128m-1997.zip" target="_blank">Download Bathymetry</a> EPSG:4326 113.68365921132515 146.16735751478643 -45.67474019712921 -31.723502019149578 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM51_128m_1997_L0_Coverage features Fremantle_to_Hobart_Bathymetry_UTM51_128m_1997_L0_Coverage EPSG:4326 CRS:84 120.29940482500001 125.86570912600007 -40.991414229999975 -37.76219771999996 ausseabed:Fremantle_to_Hobart_Bathymetry_UTM51_128m_1997_HS The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32751 CRS:84 120.13270188172693 125.91287082814836 -42.08775600174866 -37.39819784586647 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM51_128m_1997_OV The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32751 CRS:84 120.13270188172693 125.91287082814836 -42.08775600174866 -37.39819784586647 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM52_128m_1997_L0_Coverage features Fremantle_to_Hobart_Bathymetry_UTM52_128m_1997_L0_Coverage EPSG:4326 CRS:84 125.72787073400002 132.2808628670001 -45.52169006499997 -40.73068609699993 ausseabed:Fremantle_to_Hobart_Bathymetry_UTM52_128m_1997_HS The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32752 CRS:84 125.46200472725336 132.48960404005874 -45.729553214722316 -40.55454367564328 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM52_128m_1997_OV The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32752 CRS:84 125.46200472725336 132.48960404005874 -45.729553214722316 -40.55454367564328 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM53_128m_1997_L0_Coverage features Fremantle_to_Hobart_Bathymetry_UTM53_128m_1997_L0_Coverage EPSG:4326 CRS:84 132.1489229230001 138.28438804300004 -42.509183776999976 -41.77561227099994 ausseabed:Fremantle_to_Hobart_Bathymetry_UTM53_128m_1997_HS The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32753 CRS:84 132.08217777709297 138.3321441714947 -43.44429631597091 -41.21609712209308 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM53_128m_1997_OV The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32753 CRS:84 132.08217777709297 138.3321441714947 -43.44429631597091 -41.21609712209308 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM50_128m_1997_L0_Coverage features Fremantle_to_Hobart_Bathymetry_UTM50_128m_1997_L0_Coverage EPSG:4326 CRS:84 114.4025420910001 120.32376205600008 -37.964051834999964 -31.914889761999973 ausseabed:Fremantle_to_Hobart_Bathymetry_UTM50_128m_1997_HS The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32750 CRS:84 113.68365921132522 120.33458414415152 -38.249840744076984 -31.723502019120144 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM50_128m_1997_OV The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32750 CRS:84 113.68365921132522 120.33458414415152 -38.249840744076984 -31.723502019120144 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM55_128m_1997_L0_Coverage features Fremantle_to_Hobart_Bathymetry_UTM55_128m_1997_L0_Coverage EPSG:4326 CRS:84 143.8460384750001 146.06047248800007 -43.77024617699993 -43.32035085599995 ausseabed:Fremantle_to_Hobart_Bathymetry_UTM55_128m_1997_HS The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32755 CRS:84 143.81709599056842 146.16735751478654 -43.949640618234916 -43.245545635503106 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM55_128m_1997_OV The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32755 CRS:84 143.81709599056842 146.16735751478654 -43.949640618234916 -43.245545635503106 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM54_128m_1997_L0_Coverage features Fremantle_to_Hobart_Bathymetry_UTM54_128m_1997_L0_Coverage EPSG:4326 CRS:84 138.1093576070001 143.95806472300012 -43.47074883899995 -42.34544439899997 ausseabed:Fremantle_to_Hobart_Bathymetry_UTM54_128m_1997_HS The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32754 CRS:84 138.04342999303344 143.97804952498493 -43.914710039550535 -41.867101082351745 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM54_128m_1997_OV The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32754 CRS:84 138.04342999303344 143.97804952498493 -43.914710039550535 -41.867101082351745 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM50_128m_1997 The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/144318 <br><a href="https://files.ausseabed.gov.au/survey/FremantleHobart-SOJN05MV-Bathymetry-128m-1997.zip" target="_blank">Download Bathymetry</a> EPSG:32750 113.68365921132522 120.33458414415152 -38.249840744076984 -31.723502019120144 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM50_128m_1997_L0_Coverage features Fremantle_to_Hobart_Bathymetry_UTM50_128m_1997_L0_Coverage EPSG:4326 CRS:84 114.4025420910001 120.32376205600008 -37.964051834999964 -31.914889761999973 ausseabed:Fremantle_to_Hobart_Bathymetry_UTM50_128m_1997_HS The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32750 CRS:84 113.68365921132522 120.33458414415152 -38.249840744076984 -31.723502019120144 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM50_128m_1997_OV The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32750 CRS:84 113.68365921132522 120.33458414415152 -38.249840744076984 -31.723502019120144 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM51_128m_1997 The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/144318 <br><a href="https://files.ausseabed.gov.au/survey/FremantleHobart-SOJN05MV-Bathymetry-128m-1997.zip" target="_blank">Download Bathymetry</a> EPSG:32751 120.13270188172693 125.91287082814836 -42.08775600174866 -37.39819784586647 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM51_128m_1997_L0_Coverage features Fremantle_to_Hobart_Bathymetry_UTM51_128m_1997_L0_Coverage EPSG:4326 CRS:84 120.29940482500001 125.86570912600007 -40.991414229999975 -37.76219771999996 ausseabed:Fremantle_to_Hobart_Bathymetry_UTM51_128m_1997_HS The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32751 CRS:84 120.13270188172693 125.91287082814836 -42.08775600174866 -37.39819784586647 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM51_128m_1997_OV The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32751 CRS:84 120.13270188172693 125.91287082814836 -42.08775600174866 -37.39819784586647 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM52_128m_1997 The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/144318 <br><a href="https://files.ausseabed.gov.au/survey/FremantleHobart-SOJN05MV-Bathymetry-128m-1997.zip" target="_blank">Download Bathymetry</a> EPSG:32752 125.46200472725336 132.48960404005874 -45.729553214722316 -40.55454367564328 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM52_128m_1997_L0_Coverage features Fremantle_to_Hobart_Bathymetry_UTM52_128m_1997_L0_Coverage EPSG:4326 CRS:84 125.72787073400002 132.2808628670001 -45.52169006499997 -40.73068609699993 ausseabed:Fremantle_to_Hobart_Bathymetry_UTM52_128m_1997_HS The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32752 CRS:84 125.46200472725336 132.48960404005874 -45.729553214722316 -40.55454367564328 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM52_128m_1997_OV The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32752 CRS:84 125.46200472725336 132.48960404005874 -45.729553214722316 -40.55454367564328 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM53_128m_1997 The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/144318 <br><a href="https://files.ausseabed.gov.au/survey/FremantleHobart-SOJN05MV-Bathymetry-128m-1997.zip" target="_blank">Download Bathymetry</a> EPSG:32753 132.08217777709297 138.3321441714947 -43.44429631597091 -41.21609712209308 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM53_128m_1997_L0_Coverage features Fremantle_to_Hobart_Bathymetry_UTM53_128m_1997_L0_Coverage EPSG:4326 CRS:84 132.1489229230001 138.28438804300004 -42.509183776999976 -41.77561227099994 ausseabed:Fremantle_to_Hobart_Bathymetry_UTM53_128m_1997_HS The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32753 CRS:84 132.08217777709297 138.3321441714947 -43.44429631597091 -41.21609712209308 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM53_128m_1997_OV The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32753 CRS:84 132.08217777709297 138.3321441714947 -43.44429631597091 -41.21609712209308 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM54_128m_1997 The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/144318 <br><a href="https://files.ausseabed.gov.au/survey/FremantleHobart-SOJN05MV-Bathymetry-128m-1997.zip" target="_blank">Download Bathymetry</a> EPSG:32754 138.04342999303344 143.97804952498493 -43.914710039550535 -41.867101082351745 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM54_128m_1997_L0_Coverage features Fremantle_to_Hobart_Bathymetry_UTM54_128m_1997_L0_Coverage EPSG:4326 CRS:84 138.1093576070001 143.95806472300012 -43.47074883899995 -42.34544439899997 ausseabed:Fremantle_to_Hobart_Bathymetry_UTM54_128m_1997_HS The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32754 CRS:84 138.04342999303344 143.97804952498493 -43.914710039550535 -41.867101082351745 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM54_128m_1997_OV The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32754 CRS:84 138.04342999303344 143.97804952498493 -43.914710039550535 -41.867101082351745 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM55_128m_1997 The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/144318 <br><a href="https://files.ausseabed.gov.au/survey/FremantleHobart-SOJN05MV-Bathymetry-128m-1997.zip" target="_blank">Download Bathymetry</a> EPSG:32755 143.81709599056842 146.16735751478654 -43.949640618234916 -43.245545635503106 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM55_128m_1997_L0_Coverage features Fremantle_to_Hobart_Bathymetry_UTM55_128m_1997_L0_Coverage EPSG:4326 CRS:84 143.8460384750001 146.06047248800007 -43.77024617699993 -43.32035085599995 ausseabed:Fremantle_to_Hobart_Bathymetry_UTM55_128m_1997_HS The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32755 CRS:84 143.81709599056842 146.16735751478654 -43.949640618234916 -43.245545635503106 text/html ausseabed:Fremantle_to_Hobart_Bathymetry_UTM55_128m_1997_OV The SOJN05MV bathymetry survey, GA-1175 was acquired by Oregon state University onboard the Scripps Institution of Oceanography (SIO) RV Melville from the 19th of February to the 02nd of march 1997 using a SeaBeam 2000 sonar system. The bathymetry dataset was acquired while the RV Melville was transiting from Fremantle to Hobart. This dataset contains the 128m resolution, 32-bit geotiffs of the SOJN05MV survey produced from the processed SeaBeam system bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. Appropriate acknowledgment must be given to both the original scientists (Christie, David) (http://www.marine-geo.org/tools/search/entry.php?id=SOJN05MV#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32755 CRS:84 143.81709599056842 146.16735751478654 -43.949640618234916 -43.245545635503106 text/html ausseabed:Furneaux_Group__Bass_Strait_Bathymetry_30m_2022 The Furneaux Group, Bass Strait bathymetry survey was acquired for the Australian Hydrographic Office (AHO) using Cessna 441 during the period 11 Apr 2022 – 20 Nov 2022. This was a contracted survey conducted for the Australian Hydrographic Office by Fugro Australia as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Furneaux Group, Bass Strait. Bathymetry data was acquired using a LADS HD+ / LADS HD / RIEGL VQ-820-G, and processed using RIEGL RiProcess and CARIS HIPS and SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149147 <br><a href="https://files.ausseabed.gov.au/survey/FurneauxGroupBassStrait-Bathymetry-HIPP-SI-1032-30m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:4326 147.24200482051089 148.51725319784697 -40.94121314715346 -39.5810739754681 text/html ausseabed:Furneaux_Group__Bass_Strait_Bathymetry__HIPP_SI_1032__30m_2022_L0_Coverage features Furneaux_Group__Bass_Strait_Bathymetry__HIPP_SI_1032__30m_2022_L0_Coverage EPSG:4326 CRS:84 147.24200482100002 148.51725319800005 -40.941213146999985 -39.58107397499998 ausseabed:Furneaux_Group__Bass_Strait_Bathymetry__HIPP_SI_1032__30m_2022_HS The Furneaux Group, Bass Strait bathymetry survey was acquired for the Australian Hydrographic Office (AHO) using Cessna 441 during the period 11 Apr 2022 – 20 Nov 2022. This was a contracted survey conducted for the Australian Hydrographic Office by Fugro Australia as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Furneaux Group, Bass Strait. Bathymetry data was acquired using a LADS HD+ / LADS HD / RIEGL VQ-820-G, and processed using RIEGL RiProcess and CARIS HIPS and SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.24200482051089 148.51725319784697 -40.94121314715346 -39.5810739754681 text/html ausseabed:Furneaux_Group__Bass_Strait_Bathymetry__HIPP_SI_1032__30m_2022_OV The Furneaux Group, Bass Strait bathymetry survey was acquired for the Australian Hydrographic Office (AHO) using Cessna 441 during the period 11 Apr 2022 – 20 Nov 2022. This was a contracted survey conducted for the Australian Hydrographic Office by Fugro Australia as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Furneaux Group, Bass Strait. Bathymetry data was acquired using a LADS HD+ / LADS HD / RIEGL VQ-820-G, and processed using RIEGL RiProcess and CARIS HIPS and SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.24200482051089 148.51725319784697 -40.94121314715346 -39.5810739754681 text/html ausseabed:Geographe_Marine_Park_Bathymetry__5m_2018 Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new marine data. “Eco-narrative” documents are being developed for those parks, where sufficient information is available, delivering collations and interpretations of seafloor geomorphology, oceanography and ecology. Many of these interpretations rely on bathymetric grids and their derived products, including those in this data release. Bathymetry grids: The bathymetry of the marine parks was created by compiling and processing Geoscience Australia’s bathymetry data holding gridded at the optimum resolution depending of the vessel’s sonar system. The bathymetry of the park is illustrated by a panchromatic geotiff image, developed by combining the bathymetric data with a hillshade image. Morphological Surfaces: Geoscience Australia has developed a new marine seafloor classification scheme, which uses the two-part seafloor mapping morphology approach of Dove et al (2016). This new scheme is semi-hierarchical and the first step divides the slope of the seafloor into three Morphological Surface categories (Plain, <2°; Slope, 2-10°; Escarpment, >10°). Dove, D., Bradwell, T., Carter, G., Cotterill, C., Gafeira, J., Green, S., Krabbendam, M., Mellet, C., Stevenson, A., Stewart, H., Westhead, K., Scott, G., Guinan, J., Judge, M. Monteys, X., Elvenes, S., Baeten, N., Dolan, M., Thorsnes, T., Bjarnadóttir, L., Ottesen, D. (2016). Seabed geomorphology: a twopart classification system. British Geological Survey, Open Report OR/16/001. 13 pages. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/121158 <br><a href="https://files.ausseabed.gov.au/survey/Geographe_Marine_Park_Bathymetry_2018_5m.zip" target="_blank">Download Bathymetry</a> EPSG:32750 114.98198314981832 115.70084044962694 -33.67013831126997 -33.21179047919254 text/html ausseabed:Geographe_Marine_Park_Bathymetry__5m_2018_L0_Coverage features Geographe_Marine_Park_Bathymetry__5m_2018_L0_Coverage EPSG:4326 CRS:84 114.987357120338 115.69782423304 -33.6624187196787 -33.221113062326296 ausseabed:Geographe_Marine_Park_Bathymetry__5m_2018_HS Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new marine data. “Eco-narrative” documents are being developed for those parks, where sufficient information is available, delivering collations and interpretations of seafloor geomorphology, oceanography and ecology. Many of these interpretations rely on bathymetric grids and their derived products, including those in this data release. Bathymetry grids: The bathymetry of the marine parks was created by compiling and processing Geoscience Australia’s bathymetry data holding gridded at the optimum resolution depending of the vessel’s sonar system. The bathymetry of the park is illustrated by a panchromatic geotiff image, developed by combining the bathymetric data with a hillshade image. Morphological Surfaces: Geoscience Australia has developed a new marine seafloor classification scheme, which uses the two-part seafloor mapping morphology approach of Dove et al (2016). This new scheme is semi-hierarchical and the first step divides the slope of the seafloor into three Morphological Surface categories (Plain, <2°; Slope, 2-10°; Escarpment, >10°). Dove, D., Bradwell, T., Carter, G., Cotterill, C., Gafeira, J., Green, S., Krabbendam, M., Mellet, C., Stevenson, A., Stewart, H., Westhead, K., Scott, G., Guinan, J., Judge, M. Monteys, X., Elvenes, S., Baeten, N., Dolan, M., Thorsnes, T., Bjarnadóttir, L., Ottesen, D. (2016). Seabed geomorphology: a twopart classification system. British Geological Survey, Open Report OR/16/001. 13 pages. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 114.98198314981832 115.70084044962694 -33.67013831126997 -33.21179047919254 text/html ausseabed:Geographe_Marine_Park_Bathymetry__5m_2018_OV Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new marine data. “Eco-narrative” documents are being developed for those parks, where sufficient information is available, delivering collations and interpretations of seafloor geomorphology, oceanography and ecology. Many of these interpretations rely on bathymetric grids and their derived products, including those in this data release. Bathymetry grids: The bathymetry of the marine parks was created by compiling and processing Geoscience Australia’s bathymetry data holding gridded at the optimum resolution depending of the vessel’s sonar system. The bathymetry of the park is illustrated by a panchromatic geotiff image, developed by combining the bathymetric data with a hillshade image. Morphological Surfaces: Geoscience Australia has developed a new marine seafloor classification scheme, which uses the two-part seafloor mapping morphology approach of Dove et al (2016). This new scheme is semi-hierarchical and the first step divides the slope of the seafloor into three Morphological Surface categories (Plain, <2°; Slope, 2-10°; Escarpment, >10°). Dove, D., Bradwell, T., Carter, G., Cotterill, C., Gafeira, J., Green, S., Krabbendam, M., Mellet, C., Stevenson, A., Stewart, H., Westhead, K., Scott, G., Guinan, J., Judge, M. Monteys, X., Elvenes, S., Baeten, N., Dolan, M., Thorsnes, T., Bjarnadóttir, L., Ottesen, D. (2016). Seabed geomorphology: a twopart classification system. British Geological Survey, Open Report OR/16/001. 13 pages. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 114.98198314981832 115.70084044962694 -33.67013831126997 -33.21179047919254 text/html ausseabed:Gifford_Marine_Park_Bathymetry__30m_2018 Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new marine data. “Eco-narrative” documents are being developed for those parks, where sufficient information is available, delivering collations and interpretations of seafloor geomorphology, oceanography and ecology. Many of these interpretations rely on bathymetric grids and their derived products, including those in this data release. Bathymetry grids The bathymetry of the marine parks was created by compiling and processing Geoscience Australia’s bathymetry data holding gridded at the optimum resolution depending of the vessel’s sonar system. The bathymetry of the park is illustrated by a panchromatic geotiff image, developed by combining the bathymetric data with a hillshade image. Morphological Surfaces Geoscience Australia has developed a new marine seafloor classification scheme, which uses the two-part seafloor mapping morphology approach of Dove et al (2016). This new scheme is semi-hierarchical and the first step divides the slope of the seafloor into three Morphological Surface categories (Plain, <2°; Slope, 2-10°; Escarpment, >10°). Dove, D., Bradwell, T., Carter, G., Cotterill, C., Gafeira, J., Green, S., Krabbendam, M., Mellet, C., Stevenson, A., Stewart, H., Westhead, K., Scott, G., Guinan, J., Judge, M. Monteys, X., Elvenes, S., Baeten, N., Dolan, M., Thorsnes, T., Bjarnadóttir, L., Ottesen, D. (2016). Seabed geomorphology: a twopart classification system. British Geological Survey, Open Report OR/16/001. 13 pages. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. <br>http://pid.geoscience.gov.au/dataset/ga/121193 <br><a href="https://files.ausseabed.gov.au/survey/GiffordMarinePark-Bathymetry-30m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:32757 158.9920752016673 159.67863625678422 -27.180657460766497 -25.99131757144868 text/html ausseabed:Gifford_Marine_Park_Bathymetry__30m_2018_L0_Coverage features Gifford_Marine_Park_Bathymetry__30m_2018_L0_Coverage EPSG:32757 CRS:84 158.9920752016673 159.67863625678422 -27.180657460766497 -25.99131757144868 ausseabed:Gifford_Marine_Park_Bathymetry__30m_2018_HS Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new marine data. “Eco-narrative” documents are being developed for those parks, where sufficient information is available, delivering collations and interpretations of seafloor geomorphology, oceanography and ecology. Many of these interpretations rely on bathymetric grids and their derived products, including those in this data release. Bathymetry grids The bathymetry of the marine parks was created by compiling and processing Geoscience Australia’s bathymetry data holding gridded at the optimum resolution depending of the vessel’s sonar system. The bathymetry of the park is illustrated by a panchromatic geotiff image, developed by combining the bathymetric data with a hillshade image. Morphological Surfaces Geoscience Australia has developed a new marine seafloor classification scheme, which uses the two-part seafloor mapping morphology approach of Dove et al (2016). This new scheme is semi-hierarchical and the first step divides the slope of the seafloor into three Morphological Surface categories (Plain, <2°; Slope, 2-10°; Escarpment, >10°). Dove, D., Bradwell, T., Carter, G., Cotterill, C., Gafeira, J., Green, S., Krabbendam, M., Mellet, C., Stevenson, A., Stewart, H., Westhead, K., Scott, G., Guinan, J., Judge, M. Monteys, X., Elvenes, S., Baeten, N., Dolan, M., Thorsnes, T., Bjarnadóttir, L., Ottesen, D. (2016). Seabed geomorphology: a twopart classification system. British Geological Survey, Open Report OR/16/001. 13 pages. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 158.9920752016673 159.67863625678422 -27.180657460766497 -25.99131757144868 text/html ausseabed:Gifford_Marine_Park_Bathymetry__30m_2018_OV Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new marine data. “Eco-narrative” documents are being developed for those parks, where sufficient information is available, delivering collations and interpretations of seafloor geomorphology, oceanography and ecology. Many of these interpretations rely on bathymetric grids and their derived products, including those in this data release. Bathymetry grids The bathymetry of the marine parks was created by compiling and processing Geoscience Australia’s bathymetry data holding gridded at the optimum resolution depending of the vessel’s sonar system. The bathymetry of the park is illustrated by a panchromatic geotiff image, developed by combining the bathymetric data with a hillshade image. Morphological Surfaces Geoscience Australia has developed a new marine seafloor classification scheme, which uses the two-part seafloor mapping morphology approach of Dove et al (2016). This new scheme is semi-hierarchical and the first step divides the slope of the seafloor into three Morphological Surface categories (Plain, <2°; Slope, 2-10°; Escarpment, >10°). Dove, D., Bradwell, T., Carter, G., Cotterill, C., Gafeira, J., Green, S., Krabbendam, M., Mellet, C., Stevenson, A., Stewart, H., Westhead, K., Scott, G., Guinan, J., Judge, M. Monteys, X., Elvenes, S., Baeten, N., Dolan, M., Thorsnes, T., Bjarnadóttir, L., Ottesen, D. (2016). Seabed geomorphology: a twopart classification system. British Geological Survey, Open Report OR/16/001. 13 pages. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 158.9920752016673 159.67863625678422 -27.180657460766497 -25.99131757144868 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_01_1m_2015 Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/83957 <br><a href="https://files.ausseabed.gov.au/survey/GippslandBasin-Bathymetry-1m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.09664394942428 147.41864503513744 -38.72508828878161 -38.62483646309471 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_01_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_01_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.10180758100012 147.41861648600002 -38.72481072599993 -38.62487870099994 ausseabed:Gippsland_2D_Infill_Bathymetry_01_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.09664394942428 147.41864503513744 -38.72508828878161 -38.62483646309471 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_01_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.09664394942428 147.41864503513744 -38.72508828878161 -38.62483646309471 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_02_1m_2015 Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/83957 <br><a href="https://files.ausseabed.gov.au/survey/GippslandBasin-Bathymetry-1m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.38173787087308 147.52275875472327 -38.56094731118994 -38.47399955061975 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_02_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_02_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.3870885240001 147.52247293000005 -38.560815092999974 -38.475631490999945 ausseabed:Gippsland_2D_Infill_Bathymetry_02_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.38173787087308 147.52275875472327 -38.56094731118994 -38.47399955061975 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_02_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.38173787087308 147.52275875472327 -38.56094731118994 -38.47399955061975 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_03_1m_2015 Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/83957 <br><a href="https://files.ausseabed.gov.au/survey/GippslandBasin-Bathymetry-1m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.38428926656414 147.52191743864478 -38.627068889233165 -38.55935552155567 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_03_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_03_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.3846443660001 147.52181073600002 -38.62706888899993 -38.55936399199993 ausseabed:Gippsland_2D_Infill_Bathymetry_03_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.38428926656414 147.52191743864478 -38.627068889233165 -38.55935552155567 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_03_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.38428926656414 147.52191743864478 -38.627068889233165 -38.55935552155567 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_04_1m_2015 Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/83957 <br><a href="https://files.ausseabed.gov.au/survey/GippslandBasin-Bathymetry-1m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.4165972409956 147.51930734880258 -38.70937983810785 -38.62478507741746 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_04_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_04_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.41664735900008 147.51907395900002 -38.70935735099994 -38.62479021499996 ausseabed:Gippsland_2D_Infill_Bathymetry_04_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.4165972409956 147.51930734880258 -38.70937983810785 -38.62478507741746 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_04_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.4165972409956 147.51930734880258 -38.70937983810785 -38.62478507741746 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_05_1m_2015 Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/83957 <br><a href="https://files.ausseabed.gov.au/survey/GippslandBasin-Bathymetry-1m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.4174338797415 147.51915962192524 -38.78589527794354 -38.70759489202314 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_05_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_05_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.41748928000004 147.5191394960001 -38.78586737399996 -38.70762040599993 ausseabed:Gippsland_2D_Infill_Bathymetry_05_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.4174338797415 147.51915962192524 -38.78589527794354 -38.70759489202314 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_05_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.4174338797415 147.51915962192524 -38.78589527794354 -38.70759489202314 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_06_1m_2015 Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/83957 <br><a href="https://files.ausseabed.gov.au/survey/GippslandBasin-Bathymetry-1m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.41717892052645 147.52097185780076 -38.89083516325328 -38.78437620074637 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_06_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_06_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.41903943500006 147.52094658400006 -38.88905251899996 -38.78440229199998 ausseabed:Gippsland_2D_Infill_Bathymetry_06_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.41717892052645 147.52097185780076 -38.89083516325328 -38.78437620074637 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_06_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.41717892052645 147.52097185780076 -38.89083516325328 -38.78437620074637 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_07_1m_2015 Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/83957 <br><a href="https://files.ausseabed.gov.au/survey/GippslandBasin-Bathymetry-1m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.51864729087004 147.6801998854081 -38.61140741225436 -38.476115606371955 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_07_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_07_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.51894578200006 147.68013846200006 -38.61140741199995 -38.47787925399996 ausseabed:Gippsland_2D_Infill_Bathymetry_07_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.51864729087004 147.6801998854081 -38.61140741225436 -38.476115606371955 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_07_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.51864729087004 147.6801998854081 -38.61140741225436 -38.476115606371955 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_08_1m_2015 Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/83957 <br><a href="https://files.ausseabed.gov.au/survey/GippslandBasin-Bathymetry-1m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.5176406257863 147.6796319647696 -38.67777708234889 -38.60928442751917 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_08_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_08_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.51764062600012 147.67957939300004 -38.67776937899998 -38.60929826399996 ausseabed:Gippsland_2D_Infill_Bathymetry_08_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.5176406257863 147.6796319647696 -38.67777708234889 -38.60928442751917 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_08_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.5176406257863 147.6796319647696 -38.67777708234889 -38.60928442751917 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_09_1m_2015 Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/83957 <br><a href="https://files.ausseabed.gov.au/survey/GippslandBasin-Bathymetry-1m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.5178171436031 147.68132728881088 -38.74015563267757 -38.676925645646925 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_09_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_09_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.5181029900001 147.68101357400008 -38.74015399999996 -38.67695278399998 ausseabed:Gippsland_2D_Infill_Bathymetry_09_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.5178171436031 147.68132728881088 -38.74015563267757 -38.676925645646925 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_09_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.5178171436031 147.68132728881088 -38.74015563267757 -38.676925645646925 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_10_1m_2015 Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/83957 <br><a href="https://files.ausseabed.gov.au/survey/GippslandBasin-Bathymetry-1m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.51779287720626 147.68118353172838 -38.80854476113759 -38.73893613727416 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_10_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_10_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.5178307540001 147.68109679500003 -38.80854476099995 -38.73900248499996 ausseabed:Gippsland_2D_Infill_Bathymetry_10_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.51779287720626 147.68118353172838 -38.80854476113759 -38.73893613727416 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_10_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.51779287720626 147.68118353172838 -38.80854476113759 -38.73893613727416 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_11_1m_2015 Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/83957 <br><a href="https://files.ausseabed.gov.au/survey/GippslandBasin-Bathymetry-1m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.51929881159157 147.68227899860645 -38.947330369720085 -38.807016119355545 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_11_1m_2015_L0_Coverage Gippsland_2D_Infill_Bathymetry_11_1m_2015_L0_Coverage features EPSG:4326 CRS:84 147.5192988120001 147.68226336500004 -38.94486502199993 -38.80704601599996 ausseabed:Gippsland_2D_Infill_Bathymetry_11_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.51929881159157 147.68227899860645 -38.947330369720085 -38.807016119355545 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_11_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.51929881159157 147.68227899860645 -38.947330369720085 -38.807016119355545 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_12_1m_2015 Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/83957 <br><a href="https://files.ausseabed.gov.au/survey/GippslandBasin-Bathymetry-1m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.67779109423208 147.9477948708116 -38.65391929341289 -38.51496984345281 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_12_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_12_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.677801573 147.94631679300005 -38.653919292999944 -38.517946818999974 ausseabed:Gippsland_2D_Infill_Bathymetry_12_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.67779109423208 147.9477948708116 -38.65391929341289 -38.51496984345281 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_12_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.67779109423208 147.9477948708116 -38.65391929341289 -38.51496984345281 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_13_1m_2015 Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/83957 <br><a href="https://files.ausseabed.gov.au/survey/GippslandBasin-Bathymetry-1m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.67787812606767 147.8834880417603 -38.807746386491694 -38.651748327645166 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_13_1m_2015_L0_Coverage Gippsland_2D_Infill_Bathymetry_13_1m_2015_L0_Coverage features EPSG:4326 CRS:84 147.6778781260001 147.88332683400006 -38.807706748999976 -38.65175672299995 ausseabed:Gippsland_2D_Infill_Bathymetry_13_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.67787812606767 147.8834880417603 -38.807746386491694 -38.651748327645166 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_13_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.67787812606767 147.8834880417603 -38.807746386491694 -38.651748327645166 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_14_1m_2015 Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/83957 <br><a href="https://files.ausseabed.gov.au/survey/GippslandBasin-Bathymetry-1m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.68005580624256 147.8841644307401 -38.95075426369584 -38.80524495508816 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_14_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_14_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.68072405700002 147.88015742400012 -38.94864467399998 -38.80526171899993 ausseabed:Gippsland_2D_Infill_Bathymetry_14_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.68005580624256 147.8841644307401 -38.95075426369584 -38.80524495508816 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_14_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.68005580624256 147.8841644307401 -38.95075426369584 -38.80524495508816 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_15_1m_2015 Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/83957 <br><a href="https://files.ausseabed.gov.au/survey/GippslandBasin-Bathymetry-1m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.88001090564916 148.18983595619034 -38.85152680225551 -38.649025555980174 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_15_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_15_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.88001090600005 148.18814939300012 -38.84769081699994 -38.65133316299995 ausseabed:Gippsland_2D_Infill_Bathymetry_15_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.88001090564916 148.18983595619034 -38.85152680225551 -38.649025555980174 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_15_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.88001090564916 148.18983595619034 -38.85152680225551 -38.649025555980174 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_16_1m_2015 Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/83957 <br><a href="https://files.ausseabed.gov.au/survey/GippslandBasin-Bathymetry-1m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.22780603205106 147.4196872923132 -38.89882082556769 -38.723621763392984 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_16_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_16_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.2297122880001 147.4194085140001 -38.89881817899993 -38.72363161699997 ausseabed:Gippsland_2D_Infill_Bathymetry_16_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.22780603205106 147.4196872923132 -38.89882082556769 -38.723621763392984 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_16_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.22780603205106 147.4196872923132 -38.89882082556769 -38.723621763392984 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_17_1m_2015 Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/83957 <br><a href="https://files.ausseabed.gov.au/survey/GippslandBasin-Bathymetry-1m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.14336951034696 147.36101825767255 -39.29438467116022 -38.897104478683026 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_17_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_17_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.1462307390001 147.36018046700008 -39.29175256399998 -38.89737527699998 ausseabed:Gippsland_2D_Infill_Bathymetry_17_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.14336951034696 147.36101825767255 -39.29438467116022 -38.897104478683026 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_17_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.14336951034696 147.36101825767255 -39.29438467116022 -38.897104478683026 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_1m_2015 Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/83957 <br><a href="https://files.ausseabed.gov.au/survey/GippslandBasin-Bathymetry-1m-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.09644280516406 148.1972392780569 -39.2944330648842 -38.46918382805691 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_09_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_09_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.5181029900001 147.68101357400008 -38.74015399999996 -38.67695278399998 ausseabed:Gippsland_2D_Infill_Bathymetry_09_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.5178171436031 147.68132728881088 -38.74015563267757 -38.676925645646925 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_09_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.5178171436031 147.68132728881088 -38.74015563267757 -38.676925645646925 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_11_1m_2015_L0_Coverage Gippsland_2D_Infill_Bathymetry_11_1m_2015_L0_Coverage features EPSG:4326 CRS:84 147.5192988120001 147.68226336500004 -38.94486502199993 -38.80704601599996 ausseabed:Gippsland_2D_Infill_Bathymetry_11_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.51929881159157 147.68227899860645 -38.947330369720085 -38.807016119355545 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_11_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.51929881159157 147.68227899860645 -38.947330369720085 -38.807016119355545 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_13_1m_2015_L0_Coverage Gippsland_2D_Infill_Bathymetry_13_1m_2015_L0_Coverage features EPSG:4326 CRS:84 147.6778781260001 147.88332683400006 -38.807706748999976 -38.65175672299995 ausseabed:Gippsland_2D_Infill_Bathymetry_13_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.67787812606767 147.8834880417603 -38.807746386491694 -38.651748327645166 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_13_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.67787812606767 147.8834880417603 -38.807746386491694 -38.651748327645166 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_08_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_08_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.51764062600012 147.67957939300004 -38.67776937899998 -38.60929826399996 ausseabed:Gippsland_2D_Infill_Bathymetry_08_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.5176406257863 147.6796319647696 -38.67777708234889 -38.60928442751917 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_08_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.5176406257863 147.6796319647696 -38.67777708234889 -38.60928442751917 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_14_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_14_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.68072405700002 147.88015742400012 -38.94864467399998 -38.80526171899993 ausseabed:Gippsland_2D_Infill_Bathymetry_14_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.68005580624256 147.8841644307401 -38.95075426369584 -38.80524495508816 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_14_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.68005580624256 147.8841644307401 -38.95075426369584 -38.80524495508816 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_03_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_03_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.3846443660001 147.52181073600002 -38.62706888899993 -38.55936399199993 ausseabed:Gippsland_2D_Infill_Bathymetry_03_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.38428926656414 147.52191743864478 -38.627068889233165 -38.55935552155567 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_03_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.38428926656414 147.52191743864478 -38.627068889233165 -38.55935552155567 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_02_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_02_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.3870885240001 147.52247293000005 -38.560815092999974 -38.475631490999945 ausseabed:Gippsland_2D_Infill_Bathymetry_02_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.38173787087308 147.52275875472327 -38.56094731118994 -38.47399955061975 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_02_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.38173787087308 147.52275875472327 -38.56094731118994 -38.47399955061975 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_04_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_04_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.41664735900008 147.51907395900002 -38.70935735099994 -38.62479021499996 ausseabed:Gippsland_2D_Infill_Bathymetry_04_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.4165972409956 147.51930734880258 -38.70937983810785 -38.62478507741746 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_04_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.4165972409956 147.51930734880258 -38.70937983810785 -38.62478507741746 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_05_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_05_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.41748928000004 147.5191394960001 -38.78586737399996 -38.70762040599993 ausseabed:Gippsland_2D_Infill_Bathymetry_05_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.4174338797415 147.51915962192524 -38.78589527794354 -38.70759489202314 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_05_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.4174338797415 147.51915962192524 -38.78589527794354 -38.70759489202314 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_12_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_12_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.677801573 147.94631679300005 -38.653919292999944 -38.517946818999974 ausseabed:Gippsland_2D_Infill_Bathymetry_12_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.67779109423208 147.9477948708116 -38.65391929341289 -38.51496984345281 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_12_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.67779109423208 147.9477948708116 -38.65391929341289 -38.51496984345281 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_17_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_17_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.1462307390001 147.36018046700008 -39.29175256399998 -38.89737527699998 ausseabed:Gippsland_2D_Infill_Bathymetry_17_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.14336951034696 147.36101825767255 -39.29438467116022 -38.897104478683026 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_17_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.14336951034696 147.36101825767255 -39.29438467116022 -38.897104478683026 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_06_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_06_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.41903943500006 147.52094658400006 -38.88905251899996 -38.78440229199998 ausseabed:Gippsland_2D_Infill_Bathymetry_06_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.41717892052645 147.52097185780076 -38.89083516325328 -38.78437620074637 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_06_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.41717892052645 147.52097185780076 -38.89083516325328 -38.78437620074637 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_15_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_15_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.88001090600005 148.18814939300012 -38.84769081699994 -38.65133316299995 ausseabed:Gippsland_2D_Infill_Bathymetry_15_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.88001090564916 148.18983595619034 -38.85152680225551 -38.649025555980174 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_15_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.88001090564916 148.18983595619034 -38.85152680225551 -38.649025555980174 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_07_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_07_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.51894578200006 147.68013846200006 -38.61140741199995 -38.47787925399996 ausseabed:Gippsland_2D_Infill_Bathymetry_07_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.51864729087004 147.6801998854081 -38.61140741225436 -38.476115606371955 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_07_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.51864729087004 147.6801998854081 -38.61140741225436 -38.476115606371955 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_01_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_01_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.10180758100012 147.41861648600002 -38.72481072599993 -38.62487870099994 ausseabed:Gippsland_2D_Infill_Bathymetry_01_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.09664394942428 147.41864503513744 -38.72508828878161 -38.62483646309471 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_01_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.09664394942428 147.41864503513744 -38.72508828878161 -38.62483646309471 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_10_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_10_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.5178307540001 147.68109679500003 -38.80854476099995 -38.73900248499996 ausseabed:Gippsland_2D_Infill_Bathymetry_10_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.51779287720626 147.68118353172838 -38.80854476113759 -38.73893613727416 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_10_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.51779287720626 147.68118353172838 -38.80854476113759 -38.73893613727416 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_16_1m_2015_L0_Coverage features Gippsland_2D_Infill_Bathymetry_16_1m_2015_L0_Coverage EPSG:4326 CRS:84 147.2297122880001 147.4194085140001 -38.89881817899993 -38.72363161699997 ausseabed:Gippsland_2D_Infill_Bathymetry_16_1m_2015_HS Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.22780603205106 147.4196872923132 -38.89882082556769 -38.723621763392984 text/html ausseabed:Gippsland_2D_Infill_Bathymetry_16_1m_2015_OV Geoscience Australia conducted a marine seismic survey (GA-0352) over poorly defined areas of the Gippsland Basin between 5th of April to the 24th of April 2015. The aim was to acquire industry-standard precompetitive 2D seismic data, Multi-beam echo-sounder (MBES) and sub-bottom profiling (SBP) data to support an assessment of the CO2 storage potential of the basin. The survey, undertaken as part of the Department of Industry and Science's National CO2 Infrastructure Plan (NCIP), aimed to identify and characterise indicators of natural hydrocarbon or fluid seepage that may indicate compromised seal integrity in the region. The data collected during this survey will enhance sequence stratigraphic studies in the Gippsland Basin that provide constraints on the most suitable areas for storage of CO2 and help to identify potential CO2 storage reservoirs. The survey was conducted by Gardline CGG vessel MV Duke The data collected during the survey are available for free download from the Geoscience Australia website. This dataset include all the bathymetry data collected during the survey. This dataset is not to be used for navigational purposes. EPSG:32755 CRS:84 147.22780603205106 147.4196872923132 -38.89882082556769 -38.723621763392984 text/html ausseabed:Great_Australian_Bight_Marine_Park_Bathymetry_100m_2024 This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Great Australian Bight Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150168 <br><a href="https://files.ausseabed.gov.au/survey/Great-Australian-Bight-Marine-Park-Bathymetry-100m-2024.zip" target="_blank">Download Bathymetry</a> EPSG:4326 131.2560719 131.5003532359999 -36.71192710559986 -36.59011917 text/html ausseabed:Great_Australian_Bight_Marine_Park_Bathymetry__100m_2024_L0_Coverage features Great_Australian_Bight_Marine_Park_Bathymetry__100m_2024_L0_Coverage EPSG:4326 CRS:84 131.25607190000005 131.50035323600002 -36.71192710599996 -36.59011916999998 ausseabed:Great_Australian_Bight_Marine_Park_Bathymetry__100m_2024_HS This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Great Australian Bight Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 131.2560719 131.5003532359999 -36.71192710559986 -36.59011917 text/html ausseabed:Great_Australian_Bight_Marine_Park_Bathymetry__100m_2024_OV This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Great Australian Bight Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 131.2560719 131.5003532359999 -36.71192710559986 -36.59011917 text/html ausseabed:Great_Barrier_Reef_and_Coral_Sea_Bathymetry__100m_2017 This dataset contains bathymetry products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 100 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) and Coral Sea is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. This project aimed to develop a new high-resolution digital elevation model (DEM) for the Great Barrier Reef (GBR) and adjoining Coral Sea at a grid pixel resolution of 0.001-arc degree (about 100 m). A high resolution DEM is a critical 3D dataset required to accurately simulate water mixing and current flow within a whole-of-GBR scale hydrodynamic model. In addition, a new grid is required to improve the geomorphic detail about the location and spatial extent of seabed features for much of the GBR shelf and Coral Sea region. The new grid utilised the latest data sourced from ship-based multibeam and singlebeam echosounder surveys, airborne LiDAR bathymetry surveys, and satellite derived bathymetry data. A full description of the project is available at: http://www.deepreef.org/projects/48-depth-model-gbr.html This dataset is not to be used for navigational purposes. <br>http://pid.geoscience.gov.au/dataset/ga/133163 <br><a href="https://files.ausseabed.gov.au/survey/Great+Barrier+Reef+Bathymetry+2020+100m.zip" target="_blank">Download Bathymetry</a> EPSG:4326 141.9998611111012 159.99986111112315 -29.000138888588538 -10.00013888856536 text/html ausseabed:Great_Barrier_Reef_and_Coral_Sea_Bathymetry__100m_2017_L0_Coverage features Great_Barrier_Reef_and_Coral_Sea_Bathymetry__100m_2017_L0_Coverage EPSG:4326 CRS:84 141.9998611110001 159.9998611110001 -29.00013888899997 -10.000138888999967 ausseabed:Great_Barrier_Reef_and_Coral_Sea_Bathymetry__100m_2017_HS This dataset contains bathymetry products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 100 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) and Coral Sea is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. This project aimed to develop a new high-resolution digital elevation model (DEM) for the Great Barrier Reef (GBR) and adjoining Coral Sea at a grid pixel resolution of 0.001-arc degree (about 100 m). A high resolution DEM is a critical 3D dataset required to accurately simulate water mixing and current flow within a whole-of-GBR scale hydrodynamic model. In addition, a new grid is required to improve the geomorphic detail about the location and spatial extent of seabed features for much of the GBR shelf and Coral Sea region. The new grid utilised the latest data sourced from ship-based multibeam and singlebeam echosounder surveys, airborne LiDAR bathymetry surveys, and satellite derived bathymetry data. A full description of the project is available at: http://www.deepreef.org/projects/48-depth-model-gbr.html This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 141.9998611111012 159.99986111112315 -29.000138888588538 -10.00013888856536 text/html ausseabed:Great_Barrier_Reef_and_Coral_Sea_Bathymetry__100m_2017_OV This dataset contains bathymetry products from the compilation of all available source bathymetry data within the Great Barrier Reef into a 100 m-resolution Digital Elevation Model (DEM). The Great Barrier Reef (GBR) and Coral Sea is the largest coral reef ecosystem on Earth and stretches over 2500 km along the north-eastern Australia margin. Bathymetry mapping of this extensive reef system is vital for the protection of the GBR allowing for the safe navigation of shipping and improved environmental management. Over past ten years, deep-water multibeam surveys have revealed the highly complex shelf-edge drowned reefs and continental slope canyons. Airborne LiDAR bathymetry acquired by the Australian Hydrographic Office cover most of the GBR reefs, with coverage gaps supplemented by satellite derived bathymetry. The Geoscience Australia-developed Intertidal Elevation Model DEM improves the source data gap along Australia’s vast intertidal zone. All source bathymetry data were extensively edited as point clouds to remove noise, given a consistent WGS84 horizontal datum, and where possible, an approximate MSL vertical datum. This project aimed to develop a new high-resolution digital elevation model (DEM) for the Great Barrier Reef (GBR) and adjoining Coral Sea at a grid pixel resolution of 0.001-arc degree (about 100 m). A high resolution DEM is a critical 3D dataset required to accurately simulate water mixing and current flow within a whole-of-GBR scale hydrodynamic model. In addition, a new grid is required to improve the geomorphic detail about the location and spatial extent of seabed features for much of the GBR shelf and Coral Sea region. The new grid utilised the latest data sourced from ship-based multibeam and singlebeam echosounder surveys, airborne LiDAR bathymetry surveys, and satellite derived bathymetry data. A full description of the project is available at: http://www.deepreef.org/projects/48-depth-model-gbr.html This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 141.9998611111012 159.99986111112315 -29.000138888588538 -10.00013888856536 text/html ausseabed:Great_North_East_Channel__South-West___Torres_Strait__QLD_Bathymetry_30m_2022 The Great North East Channel (South-West), Torres Strait bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Sea Ranger and the SMB Independence during the period 26 Jan 2022 – 13 Apr 2022. This was a contracted survey conducted for the Australian Hydrographic Office by EGS Survey Pty. Ltd. as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Torres Strait, Queensland. Bathymetry data was acquired using a Kongsberg EM2040C and a Kongsberg EM2040P, and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149028 <br><a href="https://files.ausseabed.gov.au/survey/GreatNorthEastChannelSouthWest-TorresStraitQLD-HIPP-SI-1018-Bathymetry-30m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:4326 142.78919654998845 143.33514135863425 -10.307073635759833 -9.76977082212247 text/html ausseabed:Great_North_East_Channel__South-West___Torres_Strait__QLD_Bathymetry__HIPP_SI_1018__30m_2022_L0_Coverage features Great_North_East_Channel__South-West___Torres_Strait__QLD_Bathymetry__HIPP_SI_1018__30m_2022_L0_Coverage EPSG:4326 CRS:84 142.78947020700002 143.33459404600012 -10.307073635999927 -9.770042049999972 ausseabed:Great_North_East_Channel__South-West___Torres_Strait__QLD_Bathymetry__HIPP_SI_1018__30m_2022_HS The Great North East Channel (South-West), Torres Strait bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Sea Ranger and the SMB Independence during the period 26 Jan 2022 – 13 Apr 2022. This was a contracted survey conducted for the Australian Hydrographic Office by EGS Survey Pty. Ltd. as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Torres Strait, Queensland. Bathymetry data was acquired using a Kongsberg EM2040C and a Kongsberg EM2040P, and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 142.78919654998845 143.33514135863425 -10.307073635759833 -9.76977082212247 text/html ausseabed:Great_North_East_Channel__South-West___Torres_Strait__QLD_Bathymetry__HIPP_SI_1018__30m_2022_OV The Great North East Channel (South-West), Torres Strait bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Sea Ranger and the SMB Independence during the period 26 Jan 2022 – 13 Apr 2022. This was a contracted survey conducted for the Australian Hydrographic Office by EGS Survey Pty. Ltd. as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Torres Strait, Queensland. Bathymetry data was acquired using a Kongsberg EM2040C and a Kongsberg EM2040P, and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 142.78919654998845 143.33514135863425 -10.307073635759833 -9.76977082212247 text/html ausseabed:Great_North_East_Channel__Torres_Strait__QLD_Bathymetry_30m_2021 The Great North Channel Torres Strait Multibeam survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Guardian and MV Special Order during the period 04 February– 14 April 2021. This was a contracted survey conducted by Guardian Geomatics as part of the Hydroscheme Industry Partnership Program. The survey area encompasses the Great North East Channel of the Torres Strait located between the Stephens Island, Pearce Cay and Rennel Island, Queensland. Bathymetry data was acquired using a Kongsberg EM2040-07 and Norbit iWBMSh Stx 200-400 kHz and processed using CARIS HIPS & SIPS 11.3 processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147655 <br><a href="https://files.ausseabed.gov.au/survey/GreatNorthEastChannelTorresStrait-HIPP-SI-1006-Bathymetry-30m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 143.11934329778163 143.58475339287756 -9.787930552027989 -9.39111339332274 text/html ausseabed:Great_North_East_Channel__Torres_Strait__QLD_Bathymetry__HIPP_SI_1006__30m_2021_L0_Coverage features Great_North_East_Channel__Torres_Strait__QLD_Bathymetry__HIPP_SI_1006__30m_2021_L0_Coverage EPSG:4326 CRS:84 143.119889875 143.584480105 -9.78738808199995 -9.391113392999955 ausseabed:Great_North_East_Channel__Torres_Strait__QLD_Bathymetry__HIPP_SI_1006__30m_2021_HS The Great North Channel Torres Strait Multibeam survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Guardian and MV Special Order during the period 04 February– 14 April 2021. This was a contracted survey conducted by Guardian Geomatics as part of the Hydroscheme Industry Partnership Program. The survey area encompasses the Great North East Channel of the Torres Strait located between the Stephens Island, Pearce Cay and Rennel Island, Queensland. Bathymetry data was acquired using a Kongsberg EM2040-07 and Norbit iWBMSh Stx 200-400 kHz and processed using CARIS HIPS & SIPS 11.3 processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 143.11934329778163 143.58475339287756 -9.787930552027989 -9.39111339332274 text/html ausseabed:Great_North_East_Channel__Torres_Strait__QLD_Bathymetry__HIPP_SI_1006__30m_2021_OV The Great North Channel Torres Strait Multibeam survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Guardian and MV Special Order during the period 04 February– 14 April 2021. This was a contracted survey conducted by Guardian Geomatics as part of the Hydroscheme Industry Partnership Program. The survey area encompasses the Great North East Channel of the Torres Strait located between the Stephens Island, Pearce Cay and Rennel Island, Queensland. Bathymetry data was acquired using a Kongsberg EM2040-07 and Norbit iWBMSh Stx 200-400 kHz and processed using CARIS HIPS & SIPS 11.3 processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 143.11934329778163 143.58475339287756 -9.787930552027989 -9.39111339332274 text/html ausseabed:Gulf_St_Vincent__North___SA_Bathymetry_30m_2020 The Gulf St Vincent North bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Pacific Conquest during the period 27 August – 21 December 2020. This was a contracted survey conducted for the Australian Hydrographic Office by Fugro Australia Marine as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area North of Gulf St Vincent, South Australia. Bathymetry data was acquired using a Kongsberg EM2040 and processed using CARIS HIPS & SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148605 <br><a href="https://files.ausseabed.gov.au/survey/Gulf-St-Vincent-North-SA-HIPP-SI-1008-Bathymetry-30m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 137.37701160774128 138.33466698076705 -35.38495288101022 -34.732718115570506 text/html ausseabed:Gulf_St_Vincent__North___SA_Bathymetry__HIPP_SI_1008__30m_2020_L0_Coverage features Gulf_St_Vincent__North___SA_Bathymetry__HIPP_SI_1008__30m_2020_L0_Coverage EPSG:4326 CRS:84 137.3783270680001 138.33400925 -35.384412055999974 -34.732988527999964 ausseabed:Gulf_St_Vincent__North___SA_Bathymetry__HIPP_SI_1008__30m_2020_HS The Gulf St Vincent North bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Pacific Conquest during the period 27 August – 21 December 2020. This was a contracted survey conducted for the Australian Hydrographic Office by Fugro Australia Marine as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area North of Gulf St Vincent, South Australia. Bathymetry data was acquired using a Kongsberg EM2040 and processed using CARIS HIPS & SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 137.37701160774128 138.33466698076705 -35.38495288101022 -34.732718115570506 text/html ausseabed:Gulf_St_Vincent__North___SA_Bathymetry__HIPP_SI_1008__30m_2020_OV The Gulf St Vincent North bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Pacific Conquest during the period 27 August – 21 December 2020. This was a contracted survey conducted for the Australian Hydrographic Office by Fugro Australia Marine as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area North of Gulf St Vincent, South Australia. Bathymetry data was acquired using a Kongsberg EM2040 and processed using CARIS HIPS & SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 137.37701160774128 138.33466698076705 -35.38495288101022 -34.732718115570506 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_4-7m_2005 This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146180 <br><a href="https://files.ausseabed.gov.au/survey/CarpentariaReef-Bathymetry-4m-7m-2005.zip" target="_blank">Download Bathymetry</a> EPSG:4326 134.69154776641753 141.8452733513293 -16.502151478592015 -10.899619102047726 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z54S_4m___4-7m_2005_L0_Coverage features Gulf_of_Carpentaria_Bathymetry_Z54S_4m___4-7m_2005_L0_Coverage EPSG:4326 CRS:84 139.89393629100005 141.84527502000003 -16.502158814999973 -12.66781876999994 ausseabed:Gulf_of_Carpentaria_Bathymetry_Z54S_4m___4-7m_2005_HS This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32754 CRS:84 139.89318310879887 141.86003940876887 -16.50504508172876 -12.66693766922971 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z54S_4m___4-7m_2005_OV This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32754 CRS:84 139.89318310879887 141.86003940876887 -16.50504508172876 -12.66693766922971 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z54S_5m___4-7m_2005_L0_Coverage features Gulf_of_Carpentaria_Bathymetry_Z54S_5m___4-7m_2005_L0_Coverage EPSG:4326 CRS:84 137.58633348900003 139.5741357600001 -16.42842048199998 -15.417662593999978 ausseabed:Gulf_of_Carpentaria_Bathymetry_Z54S_5m___4-7m_2005_HS This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32754 CRS:84 137.5700975484006 139.57999084397392 -16.43086049672861 -15.41271226038477 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z54S_5m___4-7m_2005_OV This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32754 CRS:84 137.5700975484006 139.57999084397392 -16.43086049672861 -15.41271226038477 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z53S_7m___4-7m_2005_L0_Coverage features Gulf_of_Carpentaria_Bathymetry_Z53S_7m___4-7m_2005_L0_Coverage EPSG:4326 CRS:84 134.7954107280001 138.76881382800002 -15.460185341999932 -10.916839830999947 ausseabed:Gulf_of_Carpentaria_Bathymetry_Z53S_7m___4-7m_2005_HS This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32753 CRS:84 134.791085736618 138.76886756790685 -15.493934967516212 -10.899619102046266 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z53S_7m___4-7m_2005_OV This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32753 CRS:84 134.791085736618 138.76886756790685 -15.493934967516212 -10.899619102046266 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z53S_4m___4-7m_2005_L0_Coverage features Gulf_of_Carpentaria_Bathymetry_Z53S_4m___4-7m_2005_L0_Coverage EPSG:4326 CRS:84 134.69241850700007 134.79497342500008 -11.265818645999957 -11.195128069999953 ausseabed:Gulf_of_Carpentaria_Bathymetry_Z53S_4m___4-7m_2005_HS This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32753 CRS:84 134.69154776641753 134.79505652752718 -11.26682066873861 -11.195068705036714 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z53S_4m___4-7m_2005_OV This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32753 CRS:84 134.69154776641753 134.79505652752718 -11.26682066873861 -11.195068705036714 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z53S_4m___4-7m_2005 This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146180 <br><a href="https://files.ausseabed.gov.au/survey/CarpentariaReef-Bathymetry-4m-7m-2005.zip" target="_blank">Download Bathymetry</a> EPSG:32753 134.69154776641753 134.79505652752718 -11.26682066873861 -11.195068705036714 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z53S_4m___4-7m_2005_L0_Coverage features Gulf_of_Carpentaria_Bathymetry_Z53S_4m___4-7m_2005_L0_Coverage EPSG:4326 CRS:84 134.69241850700007 134.79497342500008 -11.265818645999957 -11.195128069999953 ausseabed:Gulf_of_Carpentaria_Bathymetry_Z53S_4m___4-7m_2005_HS This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32753 CRS:84 134.69154776641753 134.79505652752718 -11.26682066873861 -11.195068705036714 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z53S_4m___4-7m_2005_OV This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32753 CRS:84 134.69154776641753 134.79505652752718 -11.26682066873861 -11.195068705036714 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z53S_7m___4-7m_2005 This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146180 <br><a href="https://files.ausseabed.gov.au/survey/CarpentariaReef-Bathymetry-4m-7m-2005.zip" target="_blank">Download Bathymetry</a> EPSG:32753 134.791085736618 138.76886756790685 -15.493934967516212 -10.899619102046266 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z53S_7m___4-7m_2005_L0_Coverage features Gulf_of_Carpentaria_Bathymetry_Z53S_7m___4-7m_2005_L0_Coverage EPSG:4326 CRS:84 134.7954107280001 138.76881382800002 -15.460185341999932 -10.916839830999947 ausseabed:Gulf_of_Carpentaria_Bathymetry_Z53S_7m___4-7m_2005_HS This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32753 CRS:84 134.791085736618 138.76886756790685 -15.493934967516212 -10.899619102046266 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z53S_7m___4-7m_2005_OV This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32753 CRS:84 134.791085736618 138.76886756790685 -15.493934967516212 -10.899619102046266 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z54S_4m___4-7m_2005 This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146180 <br><a href="https://files.ausseabed.gov.au/survey/CarpentariaReef-Bathymetry-4m-7m-2005.zip" target="_blank">Download Bathymetry</a> EPSG:32754 139.89318310879887 141.86003940876887 -16.50504508172876 -12.66693766922971 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z54S_4m___4-7m_2005_L0_Coverage features Gulf_of_Carpentaria_Bathymetry_Z54S_4m___4-7m_2005_L0_Coverage EPSG:4326 CRS:84 139.89393629100005 141.84527502000003 -16.502158814999973 -12.66781876999994 ausseabed:Gulf_of_Carpentaria_Bathymetry_Z54S_4m___4-7m_2005_HS This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32754 CRS:84 139.89318310879887 141.86003940876887 -16.50504508172876 -12.66693766922971 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z54S_4m___4-7m_2005_OV This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32754 CRS:84 139.89318310879887 141.86003940876887 -16.50504508172876 -12.66693766922971 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z54S_5m___4-7m_2005 This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146180 <br><a href="https://files.ausseabed.gov.au/survey/CarpentariaReef-Bathymetry-4m-7m-2005.zip" target="_blank">Download Bathymetry</a> EPSG:32754 137.5700975484006 139.57999084397392 -16.43086049672861 -15.41271226038477 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z54S_5m___4-7m_2005_L0_Coverage features Gulf_of_Carpentaria_Bathymetry_Z54S_5m___4-7m_2005_L0_Coverage EPSG:4326 CRS:84 137.58633348900003 139.5741357600001 -16.42842048199998 -15.417662593999978 ausseabed:Gulf_of_Carpentaria_Bathymetry_Z54S_5m___4-7m_2005_HS This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32754 CRS:84 137.5700975484006 139.57999084397392 -16.43086049672861 -15.41271226038477 text/html ausseabed:Gulf_of_Carpentaria_Bathymetry_Z54S_5m___4-7m_2005_OV This resource includes bathymetry data acquired during the Southern Gulf of Carpentaria bathymetry survey using Simrad EM300 and Reson Seabat 8101 multibeam sonar systems. Southern Gulf of Carpentaria bathymetry survey (GA0276) was led by Dr. Peter Harris (Geoscience Australia) aboard the Marine National Facility's research vessel Southern Surveyor, from the 23rd of March to the 13th of April 2005. The primary objective of the expedition was to map submerged reefs to ascertain their geomorphic nature and document the benthic communities and fauna. This dataset contains four 4m to 7m resolution 32-bit floating point geotiff files of the bathymetry in five study areas and transits, derived from the processed EM300 and Reson 8101 bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Harris, P et al. 2006. Submerged coral reefs and benthic habitats of the southern Gulf of Carpentaria: Post-Survey Report - GA Survey 276, RV Southern Surveyor (https://pid.geoscience.gov.au/dataset/ga/65073). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32754 CRS:84 137.5700975484006 139.57999084397392 -16.43086049672861 -15.41271226038477 text/html ausseabed:HMAS_Canberra_Bathymetry_0_5m_2020 This resource includes bathymetry data acquired during the HMAS Canberra bathymetry survey (GA-4880). Data was acquired by Deakin University on the 3rd of November 2020 onboard the M/V Yolla using a Kongsberg EM2040c sonar system. The objective of this survey was to map the HMAS Canberra wreck. The HMAS Canberra wreck is in Bass Strait between Port Lonsdale and Barwon Heads, Victoria, Australia. This dataset contains a 0.5 m resolution 32-bit geotiff of the HMAS Canberra shipwreck survey area produced from the processed EM2040c bathymetry data of the survey area using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146392 <br><a href="https://files.ausseabed.gov.au/survey/HMAS-Canberra-Bathymetry-0.5m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:32755 144.54052420084665 144.548934279479 -38.30202807020454 -38.297604988820524 text/html ausseabed:HMAS_Canberra_Bathymetry__0_5m_2020_L0_Coverage features HMAS_Canberra_Bathymetry__0_5m_2020_L0_Coverage EPSG:4326 CRS:84 144.541916656 144.54517901500003 -38.30115488599995 -38.29818979199996 ausseabed:HMAS_Canberra_Bathymetry__0_5m_2020_HS This resource includes bathymetry data acquired during the HMAS Canberra bathymetry survey (GA-4880). Data was acquired by Deakin University on the 3rd of November 2020 onboard the M/V Yolla using a Kongsberg EM2040c sonar system. The objective of this survey was to map the HMAS Canberra wreck. The HMAS Canberra wreck is in Bass Strait between Port Lonsdale and Barwon Heads, Victoria, Australia. This dataset contains a 0.5 m resolution 32-bit geotiff of the HMAS Canberra shipwreck survey area produced from the processed EM2040c bathymetry data of the survey area using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 144.54052420084665 144.548934279479 -38.30202807020454 -38.297604988820524 text/html ausseabed:HMAS_Canberra_Bathymetry__0_5m_2020_OV This resource includes bathymetry data acquired during the HMAS Canberra bathymetry survey (GA-4880). Data was acquired by Deakin University on the 3rd of November 2020 onboard the M/V Yolla using a Kongsberg EM2040c sonar system. The objective of this survey was to map the HMAS Canberra wreck. The HMAS Canberra wreck is in Bass Strait between Port Lonsdale and Barwon Heads, Victoria, Australia. This dataset contains a 0.5 m resolution 32-bit geotiff of the HMAS Canberra shipwreck survey area produced from the processed EM2040c bathymetry data of the survey area using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 144.54052420084665 144.548934279479 -38.30202807020454 -38.297604988820524 text/html ausseabed:Hay_Point_to_Hydrographers_Passage__QLD_Bathymetry_30m_2022 The Hay Point to Hydrographers Passage Bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Sea Ranger and MV Brynda during the period 13 August- 09 November 2022. This is a contracted survey conducted for the Australian Hydrographic Office by EGS as part of the Hydroscheme Industry Partnership Program (HIPP). The survey area encompases Hay Point to Hydrographers Passage in Queensland. Bathymetry data was acquired using a Kongsberg EM2040D and Kongsberg EM 2040C systems and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149129 <br><a href="https://files.ausseabed.gov.au/survey/HayPointtoHydrographersPassageQLD-HIPP-SI-1029-Bathymetry-30m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:4326 149.49120662888933 150.4546497711075 -21.259754092793624 -19.71662809773311 text/html ausseabed:Hay_Point_to_Hydrographers_Passage__QLD_Bathymetry__HIPP_SI_1029__30m_2022_L0_Coverage features Hay_Point_to_Hydrographers_Passage__QLD_Bathymetry__HIPP_SI_1029__30m_2022_L0_Coverage EPSG:4326 CRS:84 149.4912066290001 150.45464977100005 -21.25975409299997 -19.716628097999944 ausseabed:Hay_Point_to_Hydrographers_Passage__QLD_Bathymetry__HIPP_SI_1029__30m_2022_HS The Hay Point to Hydrographers Passage Bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Sea Ranger and MV Brynda during the period 13 August- 09 November 2022. This is a contracted survey conducted for the Australian Hydrographic Office by EGS as part of the Hydroscheme Industry Partnership Program (HIPP). The survey area encompases Hay Point to Hydrographers Passage in Queensland. Bathymetry data was acquired using a Kongsberg EM2040D and Kongsberg EM 2040C systems and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 149.49120662888933 150.4546497711075 -21.259754092793624 -19.71662809773311 text/html ausseabed:Hay_Point_to_Hydrographers_Passage__QLD_Bathymetry__HIPP_SI_1029__30m_2022_OV The Hay Point to Hydrographers Passage Bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Sea Ranger and MV Brynda during the period 13 August- 09 November 2022. This is a contracted survey conducted for the Australian Hydrographic Office by EGS as part of the Hydroscheme Industry Partnership Program (HIPP). The survey area encompases Hay Point to Hydrographers Passage in Queensland. Bathymetry data was acquired using a Kongsberg EM2040D and Kongsberg EM 2040C systems and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 149.49120662888933 150.4546497711075 -21.259754092793624 -19.71662809773311 text/html ausseabed:Helens_Rock_Bathymetry__2m_2013 The Helen's Rocky bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the M/V Yolla over one day in 2013 (27/11) using a Kongsberg EM2040c. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150623 <br><a href="https://files.ausseabed.gov.au/survey/20130019S-HelensRock.zip" target="_blank">Download Bathymetry</a> EPSG:32754 142.34513837698984 142.40286927409647 -38.37340267700772 -38.350296745973665 text/html ausseabed:Helens_Rock_Bathymetry__2m_2013_L0_Coverage features Helens_Rock_Bathymetry__2m_2013_L0_Coverage EPSG:4326 CRS:84 142.3601079880001 142.3786496790001 -38.369806955999934 -38.354128817999936 ausseabed:Helens_Rock_Bathymetry__2m_2013_HS The Helen's Rocky bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the M/V Yolla over one day in 2013 (27/11) using a Kongsberg EM2040c. This dataset is not to be used for navigational purposes. EPSG:32754 CRS:84 142.34513837698984 142.40286927409647 -38.37340267700772 -38.350296745973665 text/html ausseabed:Helens_Rock_Bathymetry__2m_2013_OV The Helen's Rocky bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the M/V Yolla over one day in 2013 (27/11) using a Kongsberg EM2040c. This dataset is not to be used for navigational purposes. EPSG:32754 CRS:84 142.34513837698984 142.40286927409647 -38.37340267700772 -38.350296745973665 text/html ausseabed:Henderson_Perth_Canyon_to_Henderson_Bathymetry_SI50_16m_2015 The FK150301 bathymetry Survey/Acquisition was acquired by University of Western Australia onboard the Research Vessel Falkor during the period 1st of March 2015 to 12th March 2015 using the Sensor/Instrument Kongsberg EM302 (30 kHz), EM710 (30 kHz) A primary goal for the mission was to run ROV (Remotely Operated Vehicle) surveys at various depths to assess what animals might be found, their abundance, and the best sites for more focused research. The researchers expected to find a range of species including corals, sponges, sea fans, sea pens, urchins, sea stars, and large fish including sharks. While researchers had ideas of what they would see, having never actually explored the canyon there was no telling what they might find. Species new to science are always a possibility, especially during deeper dives. Appropriate acknowledgment must be given to both the original scientists (Professor Malcolm McCulloch)(https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=22296,22297) and to the Marine Geoscience Data System (www.marine-geo.org). This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/150712 <br><a href="https://files.ausseabed.gov.au/survey/20150012S_HendersonPerthCanyontoHenderson_FK150301.zip" target="_blank">Download Bathymetry</a> EPSG:4326 113.99987468112649 120.0001895877085 -32.00007451179651 -27.99991248422365 text/html ausseabed:Henderson_Perth_Canyon_to_Henderson_Bathymetry_SI50_16m_2015_L0_Coverage features Henderson_Perth_Canyon_to_Henderson_Bathymetry_SI50_16m_2015_L0_Coverage EPSG:4326 CRS:84 114.26304512676201 115.67764017097102 -32.0000745117965 -31.598347916738195 ausseabed:Henderson_Perth_Canyon_to_Henderson_Bathymetry_SI50_16m_2015_HS The FK150301 bathymetry Survey/Acquisition was acquired by University of Western Australia onboard the Research Vessel Falkor during the period 1st of March 2015 to 12th March 2015 using the Sensor/Instrument Kongsberg EM302 (30 kHz), EM710 (30 kHz) A primary goal for the mission was to run ROV (Remotely Operated Vehicle) surveys at various depths to assess what animals might be found, their abundance, and the best sites for more focused research. The researchers expected to find a range of species including corals, sponges, sea fans, sea pens, urchins, sea stars, and large fish including sharks. While researchers had ideas of what they would see, having never actually explored the canyon there was no telling what they might find. Species new to science are always a possibility, especially during deeper dives. Appropriate acknowledgment must be given to both the original scientists (Professor Malcolm McCulloch)(https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=22296,22297) and to the Marine Geoscience Data System (www.marine-geo.org). This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 113.99987468112649 120.0001895877085 -32.00007451179651 -27.99991248422365 text/html ausseabed:Henderson_Perth_Canyon_to_Henderson_Bathymetry_SI50_16m_2015_OV The FK150301 bathymetry Survey/Acquisition was acquired by University of Western Australia onboard the Research Vessel Falkor during the period 1st of March 2015 to 12th March 2015 using the Sensor/Instrument Kongsberg EM302 (30 kHz), EM710 (30 kHz) A primary goal for the mission was to run ROV (Remotely Operated Vehicle) surveys at various depths to assess what animals might be found, their abundance, and the best sites for more focused research. The researchers expected to find a range of species including corals, sponges, sea fans, sea pens, urchins, sea stars, and large fish including sharks. While researchers had ideas of what they would see, having never actually explored the canyon there was no telling what they might find. Species new to science are always a possibility, especially during deeper dives. Appropriate acknowledgment must be given to both the original scientists (Professor Malcolm McCulloch)(https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=22296,22297) and to the Marine Geoscience Data System (www.marine-geo.org). This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 113.99987468112649 120.0001895877085 -32.00007451179651 -27.99991248422365 text/html ausseabed:Henderson_Perth_Canyon_to_Henderson_Bathymetry_SJ50_16m_2015 The FK150301 bathymetry Survey/Acquisition was acquired by University of Western Australia onboard the Research Vessel Falkor during the period 1st of March 2015 to 12th March 2015 using the Sensor/Instrument Kongsberg EM302 (30 kHz), EM710 (30 kHz) A primary goal for the mission was to run ROV (Remotely Operated Vehicle) surveys at various depths to assess what animals might be found, their abundance, and the best sites for more focused research. The researchers expected to find a range of species including corals, sponges, sea fans, sea pens, urchins, sea stars, and large fish including sharks. While researchers had ideas of what they would see, having never actually explored the canyon there was no telling what they might find. Species new to science are always a possibility, especially during deeper dives. Appropriate acknowledgment must be given to both the original scientists (Professor Malcolm McCulloch)(https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=22296,22297) and to the Marine Geoscience Data System (www.marine-geo.org). This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/150712 <br><a href="https://files.ausseabed.gov.au/survey/20150012S_HendersonPerthCanyontoHenderson_FK150301.zip" target="_blank">Download Bathymetry</a> EPSG:4326 113.99987468112649 120.0001895877085 -36.000092808923924 -31.999787050905603 text/html ausseabed:Henderson_Perth_Canyon_to_Henderson_Bathymetry_SJ50_16m_2015_L0_Coverage features Henderson_Perth_Canyon_to_Henderson_Bathymetry_SJ50_16m_2015_L0_Coverage EPSG:4326 CRS:84 114.50839299716101 115.76488455136501 -32.34042820664369 -31.9997870509056 ausseabed:Henderson_Perth_Canyon_to_Henderson_Bathymetry_SJ50_16m_2015_HS The FK150301 bathymetry Survey/Acquisition was acquired by University of Western Australia onboard the Research Vessel Falkor during the period 1st of March 2015 to 12th March 2015 using the Sensor/Instrument Kongsberg EM302 (30 kHz), EM710 (30 kHz) A primary goal for the mission was to run ROV (Remotely Operated Vehicle) surveys at various depths to assess what animals might be found, their abundance, and the best sites for more focused research. The researchers expected to find a range of species including corals, sponges, sea fans, sea pens, urchins, sea stars, and large fish including sharks. While researchers had ideas of what they would see, having never actually explored the canyon there was no telling what they might find. Species new to science are always a possibility, especially during deeper dives. Appropriate acknowledgment must be given to both the original scientists (Professor Malcolm McCulloch)(https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=22296,22297) and to the Marine Geoscience Data System (www.marine-geo.org). This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 113.99987468112649 120.0001895877085 -36.000092808923924 -31.999787050905603 text/html ausseabed:Henderson_Perth_Canyon_to_Henderson_Bathymetry_SJ50_16m_2015_OV The FK150301 bathymetry Survey/Acquisition was acquired by University of Western Australia onboard the Research Vessel Falkor during the period 1st of March 2015 to 12th March 2015 using the Sensor/Instrument Kongsberg EM302 (30 kHz), EM710 (30 kHz) A primary goal for the mission was to run ROV (Remotely Operated Vehicle) surveys at various depths to assess what animals might be found, their abundance, and the best sites for more focused research. The researchers expected to find a range of species including corals, sponges, sea fans, sea pens, urchins, sea stars, and large fish including sharks. While researchers had ideas of what they would see, having never actually explored the canyon there was no telling what they might find. Species new to science are always a possibility, especially during deeper dives. Appropriate acknowledgment must be given to both the original scientists (Professor Malcolm McCulloch)(https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=22296,22297) and to the Marine Geoscience Data System (www.marine-geo.org). This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 113.99987468112649 120.0001895877085 -36.000092808923924 -31.999787050905603 text/html ausseabed:Henderson_Perth_Canyon_to_Henderson_Bathymetry__16m_2015 The FK150301 bathymetry Survey/Acquisition was acquired by University of Western Australia onboard the Research Vessel Falkor during the period 1st of March 2015 to 12th March 2015 using the Sensor/Instrument Kongsberg EM302 (30 kHz), EM710 (30 kHz) A primary goal for the mission was to run ROV (Remotely Operated Vehicle) surveys at various depths to assess what animals might be found, their abundance, and the best sites for more focused research. The researchers expected to find a range of species including corals, sponges, sea fans, sea pens, urchins, sea stars, and large fish including sharks. While researchers had ideas of what they would see, having never actually explored the canyon there was no telling what they might find. Species new to science are always a possibility, especially during deeper dives. Appropriate acknowledgment must be given to both the original scientists (Professor Malcolm McCulloch)(https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=22296,22297) and to the Marine Geoscience Data System (www.marine-geo.org). This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/150712 <br><a href="https://files.ausseabed.gov.au/survey/20150012S_HendersonPerthCanyontoHenderson_FK150301.zip" target="_blank">Download Bathymetry</a> EPSG:4326 113.99987468112649 120.0001895877085 -36.000092808923924 -27.99991248422365 text/html ausseabed:Henderson_Perth_Canyon_to_Henderson_Bathymetry_SJ50_16m_2015_L0_Coverage features Henderson_Perth_Canyon_to_Henderson_Bathymetry_SJ50_16m_2015_L0_Coverage EPSG:4326 CRS:84 114.50839299716101 115.76488455136501 -32.34042820664369 -31.9997870509056 ausseabed:Henderson_Perth_Canyon_to_Henderson_Bathymetry_SJ50_16m_2015_HS The FK150301 bathymetry Survey/Acquisition was acquired by University of Western Australia onboard the Research Vessel Falkor during the period 1st of March 2015 to 12th March 2015 using the Sensor/Instrument Kongsberg EM302 (30 kHz), EM710 (30 kHz) A primary goal for the mission was to run ROV (Remotely Operated Vehicle) surveys at various depths to assess what animals might be found, their abundance, and the best sites for more focused research. The researchers expected to find a range of species including corals, sponges, sea fans, sea pens, urchins, sea stars, and large fish including sharks. While researchers had ideas of what they would see, having never actually explored the canyon there was no telling what they might find. Species new to science are always a possibility, especially during deeper dives. Appropriate acknowledgment must be given to both the original scientists (Professor Malcolm McCulloch)(https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=22296,22297) and to the Marine Geoscience Data System (www.marine-geo.org). This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 113.99987468112649 120.0001895877085 -36.000092808923924 -31.999787050905603 text/html ausseabed:Henderson_Perth_Canyon_to_Henderson_Bathymetry_SJ50_16m_2015_OV The FK150301 bathymetry Survey/Acquisition was acquired by University of Western Australia onboard the Research Vessel Falkor during the period 1st of March 2015 to 12th March 2015 using the Sensor/Instrument Kongsberg EM302 (30 kHz), EM710 (30 kHz) A primary goal for the mission was to run ROV (Remotely Operated Vehicle) surveys at various depths to assess what animals might be found, their abundance, and the best sites for more focused research. The researchers expected to find a range of species including corals, sponges, sea fans, sea pens, urchins, sea stars, and large fish including sharks. While researchers had ideas of what they would see, having never actually explored the canyon there was no telling what they might find. Species new to science are always a possibility, especially during deeper dives. Appropriate acknowledgment must be given to both the original scientists (Professor Malcolm McCulloch)(https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=22296,22297) and to the Marine Geoscience Data System (www.marine-geo.org). This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 113.99987468112649 120.0001895877085 -36.000092808923924 -31.999787050905603 text/html ausseabed:Henderson_Perth_Canyon_to_Henderson_Bathymetry_SI50_16m_2015_L0_Coverage features Henderson_Perth_Canyon_to_Henderson_Bathymetry_SI50_16m_2015_L0_Coverage EPSG:4326 CRS:84 114.26304512676201 115.67764017097102 -32.0000745117965 -31.598347916738195 ausseabed:Henderson_Perth_Canyon_to_Henderson_Bathymetry_SI50_16m_2015_HS The FK150301 bathymetry Survey/Acquisition was acquired by University of Western Australia onboard the Research Vessel Falkor during the period 1st of March 2015 to 12th March 2015 using the Sensor/Instrument Kongsberg EM302 (30 kHz), EM710 (30 kHz) A primary goal for the mission was to run ROV (Remotely Operated Vehicle) surveys at various depths to assess what animals might be found, their abundance, and the best sites for more focused research. The researchers expected to find a range of species including corals, sponges, sea fans, sea pens, urchins, sea stars, and large fish including sharks. While researchers had ideas of what they would see, having never actually explored the canyon there was no telling what they might find. Species new to science are always a possibility, especially during deeper dives. Appropriate acknowledgment must be given to both the original scientists (Professor Malcolm McCulloch)(https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=22296,22297) and to the Marine Geoscience Data System (www.marine-geo.org). This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 113.99987468112649 120.0001895877085 -32.00007451179651 -27.99991248422365 text/html ausseabed:Henderson_Perth_Canyon_to_Henderson_Bathymetry_SI50_16m_2015_OV The FK150301 bathymetry Survey/Acquisition was acquired by University of Western Australia onboard the Research Vessel Falkor during the period 1st of March 2015 to 12th March 2015 using the Sensor/Instrument Kongsberg EM302 (30 kHz), EM710 (30 kHz) A primary goal for the mission was to run ROV (Remotely Operated Vehicle) surveys at various depths to assess what animals might be found, their abundance, and the best sites for more focused research. The researchers expected to find a range of species including corals, sponges, sea fans, sea pens, urchins, sea stars, and large fish including sharks. While researchers had ideas of what they would see, having never actually explored the canyon there was no telling what they might find. Species new to science are always a possibility, especially during deeper dives. Appropriate acknowledgment must be given to both the original scientists (Professor Malcolm McCulloch)(https://www.marine-geo.org/tools/search/DataSets.php?data_set_uids=22296,22297) and to the Marine Geoscience Data System (www.marine-geo.org). This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 113.99987468112649 120.0001895877085 -32.00007451179651 -27.99991248422365 text/html ausseabed:Howard_Channel_Bathymetry_30m_2023 The Howard Channel bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 9 Aug 2023 – 13 Sep 2023. This was a contracted survey conducted for the Australian Hydrographic Office by EGS Australia as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Howard Channel. Bathymetry data was acquired using a Kongsberg EM2040C, and processed using CARIS HIPS and SIPS, and QIMERA processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149889 <br><a href="https://files.ausseabed.gov.au/survey/HowardChannel-HIPP-SI-1046-Bathymetry-30m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:4326 130.84622374934662 131.25774198100177 -12.187488375413755 -11.980516533952617 text/html ausseabed:Howard_Channel_Bathymetry__HIPP_SI_1046__30m_2023_L0_Coverage features Howard_Channel_Bathymetry__HIPP_SI_1046__30m_2023_L0_Coverage EPSG:4326 CRS:84 130.84622374900005 131.2577419810001 -12.18748837499993 -11.980516533999946 ausseabed:Howard_Channel_Bathymetry__HIPP_SI_1046__30m_2023_HS The Howard Channel bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 9 Aug 2023 – 13 Sep 2023. This was a contracted survey conducted for the Australian Hydrographic Office by EGS Australia as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Howard Channel. Bathymetry data was acquired using a Kongsberg EM2040C, and processed using CARIS HIPS and SIPS, and QIMERA processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 130.84622374934662 131.25774198100177 -12.187488375413755 -11.980516533952617 text/html ausseabed:Howard_Channel_Bathymetry__HIPP_SI_1046__30m_2023_OV The Howard Channel bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 9 Aug 2023 – 13 Sep 2023. This was a contracted survey conducted for the Australian Hydrographic Office by EGS Australia as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Howard Channel. Bathymetry data was acquired using a Kongsberg EM2040C, and processed using CARIS HIPS and SIPS, and QIMERA processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 130.84622374934662 131.25774198100177 -12.187488375413755 -11.980516533952617 text/html ausseabed:Hunter_Marine_Park_Bathymetry__5m_2019 Gridded multi-beam echousounder (MBES) bathymetry data for Hunter Marine Park acquired using NSW Department of Planning Industry and Environment MBES system aboard RV Bombora for the National Environmental Science Program (NESP Biodiversity Hub). Fieldwork was funded, both cash and in-kind, by NSW DPIE and NESP in Year 1 (2015) and 4 (2018) of the D3 Project. Initial surveys (2015) were exploratory as long-lines across the inner Special Purpose Zone (trawl) over the continental shelf with later surveys (2018) focused on 100% coverage over areas previously identified as containing the Key Ecological Feature ‘Continental Shelf Reef’. Reports by Davies et al (2016) 'Mapping Shelf Rocky Reef Habitats in the Hunter Commonwealth Marine Reserve', National Environmental Science Program Biodiversity Hub D3 Project –Evaluating and monitoring the status of marine biodiversity assets on the continental shelf; and Williams et al (2020) 'Mapping and characterising reef habitat and fish assemblages of the Hunter Marine Park', Project D3- Preparing for and implementing monitoring of CMR’s and the status of marine biodiversity assets on the continental shelf, Milestone Report December 2020; detail these MBES surveys as well as towed underwater video and BRUVs, to characterise seabed habitats, fish and sessile invertebrate assemblages of the Hunter Marine Park. Reports are available at https://www.nespmarine.edu.au/publications. Survey sites for focused mapping in 2018-19 were 1) 3-6 NM east and south-east of Seal Rocks - Sugarloaf Point, 2) Outer Gibber - a feature in 20-60m of water north-east of Broughton Islands and ~3-4 NM from shore and 3) 3-7 NM east to north-east of Broughton Island. <br>https://pid.geoscience.gov.au/dataset/ga/150891 <br><a href="https://files.ausseabed.gov.au/survey/HunterMarineParkBathymetry-5m-2019.zip" target="_blank">Download Bathymetry</a> EPSG:32756 152.34121041058415 152.69877520458968 -32.671403866505784 -32.42468228661722 text/html ausseabed:Hunter_Marine_Park_Bathymetry__5m_2019_L0_Coverage features Hunter_Marine_Park_Bathymetry__5m_2019_L0_Coverage EPSG:4326 CRS:84 152.34139596947102 152.698755111834 -32.6706064898736 -32.4258398614385 ausseabed:Hunter_Marine_Park_Bathymetry__5m_2019_HS Gridded multi-beam echousounder (MBES) bathymetry data for Hunter Marine Park acquired using NSW Department of Planning Industry and Environment MBES system aboard RV Bombora for the National Environmental Science Program (NESP Biodiversity Hub). Fieldwork was funded, both cash and in-kind, by NSW DPIE and NESP in Year 1 (2015) and 4 (2018) of the D3 Project. Initial surveys (2015) were exploratory as long-lines across the inner Special Purpose Zone (trawl) over the continental shelf with later surveys (2018) focused on 100% coverage over areas previously identified as containing the Key Ecological Feature ‘Continental Shelf Reef’. Reports by Davies et al (2016) 'Mapping Shelf Rocky Reef Habitats in the Hunter Commonwealth Marine Reserve', National Environmental Science Program Biodiversity Hub D3 Project –Evaluating and monitoring the status of marine biodiversity assets on the continental shelf; and Williams et al (2020) 'Mapping and characterising reef habitat and fish assemblages of the Hunter Marine Park', Project D3- Preparing for and implementing monitoring of CMR’s and the status of marine biodiversity assets on the continental shelf, Milestone Report December 2020; detail these MBES surveys as well as towed underwater video and BRUVs, to characterise seabed habitats, fish and sessile invertebrate assemblages of the Hunter Marine Park. Reports are available at https://www.nespmarine.edu.au/publications. Survey sites for focused mapping in 2018-19 were 1) 3-6 NM east and south-east of Seal Rocks - Sugarloaf Point, 2) Outer Gibber - a feature in 20-60m of water north-east of Broughton Islands and ~3-4 NM from shore and 3) 3-7 NM east to north-east of Broughton Island. EPSG:32756 CRS:84 152.34121041058415 152.69877520458968 -32.671403866505784 -32.42468228661722 text/html ausseabed:Hunter_Marine_Park_Bathymetry__5m_2019_OV Gridded multi-beam echousounder (MBES) bathymetry data for Hunter Marine Park acquired using NSW Department of Planning Industry and Environment MBES system aboard RV Bombora for the National Environmental Science Program (NESP Biodiversity Hub). Fieldwork was funded, both cash and in-kind, by NSW DPIE and NESP in Year 1 (2015) and 4 (2018) of the D3 Project. Initial surveys (2015) were exploratory as long-lines across the inner Special Purpose Zone (trawl) over the continental shelf with later surveys (2018) focused on 100% coverage over areas previously identified as containing the Key Ecological Feature ‘Continental Shelf Reef’. Reports by Davies et al (2016) 'Mapping Shelf Rocky Reef Habitats in the Hunter Commonwealth Marine Reserve', National Environmental Science Program Biodiversity Hub D3 Project –Evaluating and monitoring the status of marine biodiversity assets on the continental shelf; and Williams et al (2020) 'Mapping and characterising reef habitat and fish assemblages of the Hunter Marine Park', Project D3- Preparing for and implementing monitoring of CMR’s and the status of marine biodiversity assets on the continental shelf, Milestone Report December 2020; detail these MBES surveys as well as towed underwater video and BRUVs, to characterise seabed habitats, fish and sessile invertebrate assemblages of the Hunter Marine Park. Reports are available at https://www.nespmarine.edu.au/publications. Survey sites for focused mapping in 2018-19 were 1) 3-6 NM east and south-east of Seal Rocks - Sugarloaf Point, 2) Outer Gibber - a feature in 20-60m of water north-east of Broughton Islands and ~3-4 NM from shore and 3) 3-7 NM east to north-east of Broughton Island. EPSG:32756 CRS:84 152.34121041058415 152.69877520458968 -32.671403866505784 -32.42468228661722 text/html ausseabed:Hunter_Marine_Park_Worimi_Outer_Gibber_Bathymetry_5m_2018 Gridded multi-beam echousounder (MBES) bathymetry data for Hunter Marine Park acquired using NSW Department of Planning Industry and Environment MBES system aboard RV Bombora for the National Environmental Science Program (NESP Biodiversity Hub). Fieldwork was funded, both cash and in-kind, by NSW DPIE and NESP in Year 1 (2015) and 4 (2018) of the D3 Project. Initial surveys (2015) were exploratory as long-lines across the inner Special Purpose Zone (trawl) over the continental shelf with later surveys (2018) focused on 100% coverage over areas previously identified as containing the Key Ecological Feature ‘Continental Shelf Reef’. Reports by Davies et al (2016) 'Mapping Shelf Rocky Reef Habitats in the Hunter Commonwealth Marine Reserve', National Environmental Science Program Biodiversity Hub D3 Project –Evaluating and monitoring the status of marine biodiversity assets on the continental shelf; and Williams et al (2020) 'Mapping and characterising reef habitat and fish assemblages of the Hunter Marine Park', Project D3- Preparing for and implementing monitoring of CMR’s and the status of marine biodiversity assets on the continental shelf, Milestone Report December 2020; detail these MBES surveys as well as towed underwater video and BRUVs, to characterise seabed habitats, fish and sessile invertebrate assemblages of the Hunter Marine Park. Reports are available at https://www.nespmarine.edu.au/publications. Survey sites for focused mapping in 2018-19 were 1) 3-6 NM east and south-east of Seal Rocks - Sugarloaf Point, 2) Outer Gibber - a feature in 20-60m of water north-east of Broughton Islands and ~3-4 NM from shore and 3) 3-7 NM east to north-east of Broughton Island. MBES data were obtained using either a Geoswath 125 KHZ swath bathymetry system (2015) or a R2Sonic 2022 (2018) with Applanix Wavemaster POSMV with either Single-Base or Precise-Point-Positioning modules in POSView for improved vessel Smoothed Best Estimate of Trajectory. Data were cube modelled in Fledermaus/Qimera software to IHO 1B standard and cleaned-soundings exported before gridding by bin-weighted averaging at 5 m relative to Australian Height Datum and in grid coordinates as UTM WGS84 Zone56. Details on processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf. Data packages including bathymetry and backscatter in multiple formats are provided on the Australian Oceanographic Data Network (https://portal.aodn.net.au); Gridded data in geotif format are also provided on AusSeabed https://portal.ga.gov.au/persona/marine. Data are not to be used for navigation purposes. <br>https://datasets.seed.nsw.gov.au/dataset/8eb5d567-2f70-4d2c-88c6-924e19a87258 <br><a href="https://files.ausseabed.gov.au/survey/HunterMarineParkWorimiOuterGibber-Bathymetry-5m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:32756 152.34121041058415 152.69877520458968 -32.671403866505784 -32.42468228661722 text/html ausseabed:Hunter_Marine_Park_Worimi_Outer_Gibber_Bathymetry__5m_2018_L0_Coverage features Hunter_Marine_Park_Worimi_Outer_Gibber_Bathymetry__5m_2018_L0_Coverage EPSG:4326 CRS:84 152.34139596900002 152.69875511200007 -32.67060832399994 -32.42583986099993 ausseabed:Hunter_Marine_Park_Worimi_Outer_Gibber_Bathymetry__5m_2018_HS Gridded multi-beam echousounder (MBES) bathymetry data for Hunter Marine Park acquired using NSW Department of Planning Industry and Environment MBES system aboard RV Bombora for the National Environmental Science Program (NESP Biodiversity Hub). Fieldwork was funded, both cash and in-kind, by NSW DPIE and NESP in Year 1 (2015) and 4 (2018) of the D3 Project. Initial surveys (2015) were exploratory as long-lines across the inner Special Purpose Zone (trawl) over the continental shelf with later surveys (2018) focused on 100% coverage over areas previously identified as containing the Key Ecological Feature ‘Continental Shelf Reef’. Reports by Davies et al (2016) 'Mapping Shelf Rocky Reef Habitats in the Hunter Commonwealth Marine Reserve', National Environmental Science Program Biodiversity Hub D3 Project –Evaluating and monitoring the status of marine biodiversity assets on the continental shelf; and Williams et al (2020) 'Mapping and characterising reef habitat and fish assemblages of the Hunter Marine Park', Project D3- Preparing for and implementing monitoring of CMR’s and the status of marine biodiversity assets on the continental shelf, Milestone Report December 2020; detail these MBES surveys as well as towed underwater video and BRUVs, to characterise seabed habitats, fish and sessile invertebrate assemblages of the Hunter Marine Park. Reports are available at https://www.nespmarine.edu.au/publications. Survey sites for focused mapping in 2018-19 were 1) 3-6 NM east and south-east of Seal Rocks - Sugarloaf Point, 2) Outer Gibber - a feature in 20-60m of water north-east of Broughton Islands and ~3-4 NM from shore and 3) 3-7 NM east to north-east of Broughton Island. MBES data were obtained using either a Geoswath 125 KHZ swath bathymetry system (2015) or a R2Sonic 2022 (2018) with Applanix Wavemaster POSMV with either Single-Base or Precise-Point-Positioning modules in POSView for improved vessel Smoothed Best Estimate of Trajectory. Data were cube modelled in Fledermaus/Qimera software to IHO 1B standard and cleaned-soundings exported before gridding by bin-weighted averaging at 5 m relative to Australian Height Datum and in grid coordinates as UTM WGS84 Zone56. Details on processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf. Data packages including bathymetry and backscatter in multiple formats are provided on the Australian Oceanographic Data Network (https://portal.aodn.net.au); Gridded data in geotif format are also provided on AusSeabed https://portal.ga.gov.au/persona/marine. Data are not to be used for navigation purposes. EPSG:32756 CRS:84 152.34121041058415 152.69877520458968 -32.671403866505784 -32.42468228661722 text/html ausseabed:Hunter_Marine_Park_Worimi_Outer_Gibber_Bathymetry__5m_2018_OV Gridded multi-beam echousounder (MBES) bathymetry data for Hunter Marine Park acquired using NSW Department of Planning Industry and Environment MBES system aboard RV Bombora for the National Environmental Science Program (NESP Biodiversity Hub). Fieldwork was funded, both cash and in-kind, by NSW DPIE and NESP in Year 1 (2015) and 4 (2018) of the D3 Project. Initial surveys (2015) were exploratory as long-lines across the inner Special Purpose Zone (trawl) over the continental shelf with later surveys (2018) focused on 100% coverage over areas previously identified as containing the Key Ecological Feature ‘Continental Shelf Reef’. Reports by Davies et al (2016) 'Mapping Shelf Rocky Reef Habitats in the Hunter Commonwealth Marine Reserve', National Environmental Science Program Biodiversity Hub D3 Project –Evaluating and monitoring the status of marine biodiversity assets on the continental shelf; and Williams et al (2020) 'Mapping and characterising reef habitat and fish assemblages of the Hunter Marine Park', Project D3- Preparing for and implementing monitoring of CMR’s and the status of marine biodiversity assets on the continental shelf, Milestone Report December 2020; detail these MBES surveys as well as towed underwater video and BRUVs, to characterise seabed habitats, fish and sessile invertebrate assemblages of the Hunter Marine Park. Reports are available at https://www.nespmarine.edu.au/publications. Survey sites for focused mapping in 2018-19 were 1) 3-6 NM east and south-east of Seal Rocks - Sugarloaf Point, 2) Outer Gibber - a feature in 20-60m of water north-east of Broughton Islands and ~3-4 NM from shore and 3) 3-7 NM east to north-east of Broughton Island. MBES data were obtained using either a Geoswath 125 KHZ swath bathymetry system (2015) or a R2Sonic 2022 (2018) with Applanix Wavemaster POSMV with either Single-Base or Precise-Point-Positioning modules in POSView for improved vessel Smoothed Best Estimate of Trajectory. Data were cube modelled in Fledermaus/Qimera software to IHO 1B standard and cleaned-soundings exported before gridding by bin-weighted averaging at 5 m relative to Australian Height Datum and in grid coordinates as UTM WGS84 Zone56. Details on processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf. Data packages including bathymetry and backscatter in multiple formats are provided on the Australian Oceanographic Data Network (https://portal.aodn.net.au); Gridded data in geotif format are also provided on AusSeabed https://portal.ga.gov.au/persona/marine. Data are not to be used for navigation purposes. EPSG:32756 CRS:84 152.34121041058415 152.69877520458968 -32.671403866505784 -32.42468228661722 text/html ausseabed:Jervis_Bay_2_Bathymetry_2m_2008 The Jervis Bay Multibeam 2 survey, was acquired by Geoscience Australia after the purchase of the new shallow bathymetry acquisition systems Kongsberg EM3002D. This system is a mobile and compact system that can be installed on different vessels. This survey was acquired by the DSTO vessel, RV Kimbla during the 31st of May to the 5 of June 2008. The survey location was in Jervis Bay. The aim of the survey was to test the new bathymetry acquisition system and to acquire geophysical data on the shallow water (less than 100m water depth) seabed environment. The bathymetry grids are of 2m resolution projected in Easting and Northing WGS84 UTM 56S <br>https://pid.geoscience.gov.au/dataset/ga/76220 <br><a href="https://files.ausseabed.gov.au/survey/JervisBay-Bathymetry-2m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32756 150.69674187761976 150.87010777400033 -35.13755320715112 -34.99125852200935 text/html ausseabed:Jervis_Bay_2_Bathymetry__2m_2008_L0_Coverage features Jervis_Bay_2_Bathymetry__2m_2008_L0_Coverage EPSG:4326 CRS:84 150.70005021300005 150.86884842300003 -35.13383714199995 -34.99520327899995 ausseabed:Jervis_Bay_2_Bathymetry__2m_2008_HS The Jervis Bay Multibeam 2 survey, was acquired by Geoscience Australia after the purchase of the new shallow bathymetry acquisition systems Kongsberg EM3002D. This system is a mobile and compact system that can be installed on different vessels. This survey was acquired by the DSTO vessel, RV Kimbla during the 31st of May to the 5 of June 2008. The survey location was in Jervis Bay. The aim of the survey was to test the new bathymetry acquisition system and to acquire geophysical data on the shallow water (less than 100m water depth) seabed environment. The bathymetry grids are of 2m resolution projected in Easting and Northing WGS84 UTM 56S EPSG:32756 CRS:84 150.69674187761976 150.87010777400033 -35.13755320715112 -34.99125852200935 text/html ausseabed:Jervis_Bay_2_Bathymetry__2m_2008_OV The Jervis Bay Multibeam 2 survey, was acquired by Geoscience Australia after the purchase of the new shallow bathymetry acquisition systems Kongsberg EM3002D. This system is a mobile and compact system that can be installed on different vessels. This survey was acquired by the DSTO vessel, RV Kimbla during the 31st of May to the 5 of June 2008. The survey location was in Jervis Bay. The aim of the survey was to test the new bathymetry acquisition system and to acquire geophysical data on the shallow water (less than 100m water depth) seabed environment. The bathymetry grids are of 2m resolution projected in Easting and Northing WGS84 UTM 56S EPSG:32756 CRS:84 150.69674187761976 150.87010777400033 -35.13755320715112 -34.99125852200935 text/html ausseabed:Kangaroo_Island__South-East__Bathymetry_30m_2022 The Kangaroo Island (South-East) bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 1 Dec 2022 – 31 May 2023. This was a contracted survey conducted for the Australian Hydrographic Office by Precision Hydrographic Services as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Kangaroo Island (South-East) . Bathymetry data was acquired using Kongsberg EM2040-07, Kongsberg EM2040-P and Kongsberg EM2040-P SV MKII, and processed using QIMERA processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149882 <br><a href="https://files.ausseabed.gov.au/survey/KangarooIslandSouth-East-HIPP-SI-1023-Bathymetry-30m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:4326 137.864671232644 138.34976148606856 -36.30294184065914 -35.12578949234892 text/html ausseabed:Kangaroo_Island__South-East__Bathymetry__HIPP_SI_1023__30m_2022_L0_Coverage features Kangaroo_Island__South-East__Bathymetry__HIPP_SI_1023__30m_2022_L0_Coverage EPSG:4326 CRS:84 137.86467123264399 138.349761486069 -36.302941840659095 -35.1257894923489 ausseabed:Kangaroo_Island__South-East__Bathymetry__HIPP_SI_1023__30m_2022_HS The Kangaroo Island (South-East) bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 1 Dec 2022 – 31 May 2023. This was a contracted survey conducted for the Australian Hydrographic Office by Precision Hydrographic Services as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Kangaroo Island (South-East) . Bathymetry data was acquired using Kongsberg EM2040-07, Kongsberg EM2040-P and Kongsberg EM2040-P SV MKII, and processed using QIMERA processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 137.864671232644 138.34976148606856 -36.30294184065914 -35.12578949234892 text/html ausseabed:Kangaroo_Island__South-East__Bathymetry__HIPP_SI_1023__30m_2022_OV The Kangaroo Island (South-East) bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 1 Dec 2022 – 31 May 2023. This was a contracted survey conducted for the Australian Hydrographic Office by Precision Hydrographic Services as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Kangaroo Island (South-East) . Bathymetry data was acquired using Kongsberg EM2040-07, Kongsberg EM2040-P and Kongsberg EM2040-P SV MKII, and processed using QIMERA processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 137.864671232644 138.34976148606856 -36.30294184065914 -35.12578949234892 text/html ausseabed:Kenn_and_Chesterfield_Plateaux__Bathymetry_64m_2021 This resource includes bathymetry data acquired during the Kenn and Chesterfield Plateaux survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Kenn and Chesterfield Plateaux bathymetry survey (FK210206/GA4869); also known as Seafloor to Seabirds of the Coral Sea survey; was led by the University of Queensland aboard the Schmidt Ocean Institute's research vessel Falkor from the 06th of February to the 05th of March 2021. The primary objective of the expedition was to map underwater landscapes in the Coral Sea, collect marine magnetic data and sample micro plastics from the ocean using the Falkor's underwater system and CTD casts. Another objective was to survey seabirds species and their concentration in space and time, which are important indicators of ocean health. The data collected from the expedition will help inform future management of the Coral Sea Marine Park and the data will be added to the Nippon Foundation -GEBCO Seabed 2030 Project. This V1 dataset contains one 64m resolution 32-bit floating point geotiff files of the new Kenn and Chesterfield Plateaux bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145381 <br><a href="https://files.ausseabed.gov.au/survey/KennAndChesterfieldPlateaux-Bathymetry-64m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 152.86796479874178 157.56795036525511 -26.881330292438022 -18.845073625927512 text/html ausseabed:Kenn_and_Chesterfield_Plateaux_Bathymetry__64m_2021_L0_Coverage features Kenn_and_Chesterfield_Plateaux_Bathymetry__64m_2021_L0_Coverage EPSG:4326 CRS:84 153.16807396900003 157.09938911300003 -26.78129390199996 -19.067568354999935 ausseabed:Kenn_and_Chesterfield_Plateaux_Bathymetry__64m_2021_HS This resource includes bathymetry data acquired during the Kenn and Chesterfield Plateaux survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Kenn and Chesterfield Plateaux bathymetry survey (FK210206/GA4869); also known as Seafloor to Seabirds of the Coral Sea survey; was led by the University of Queensland aboard the Schmidt Ocean Institute's research vessel Falkor from the 06th of February to the 05th of March 2021. The primary objective of the expedition was to map underwater landscapes in the Coral Sea, collect marine magnetic data and sample micro plastics from the ocean using the Falkor's underwater system and CTD casts. Another objective was to survey seabirds species and their concentration in space and time, which are important indicators of ocean health. The data collected from the expedition will help inform future management of the Coral Sea Marine Park and the data will be added to the Nippon Foundation -GEBCO Seabed 2030 Project. This V1 dataset contains one 64m resolution 32-bit floating point geotiff files of the new Kenn and Chesterfield Plateaux bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 152.86796479874178 157.56795036525511 -26.881330292438022 -18.845073625927512 text/html ausseabed:Kenn_and_Chesterfield_Plateaux_Bathymetry__64m_2021_OV This resource includes bathymetry data acquired during the Kenn and Chesterfield Plateaux survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Kenn and Chesterfield Plateaux bathymetry survey (FK210206/GA4869); also known as Seafloor to Seabirds of the Coral Sea survey; was led by the University of Queensland aboard the Schmidt Ocean Institute's research vessel Falkor from the 06th of February to the 05th of March 2021. The primary objective of the expedition was to map underwater landscapes in the Coral Sea, collect marine magnetic data and sample micro plastics from the ocean using the Falkor's underwater system and CTD casts. Another objective was to survey seabirds species and their concentration in space and time, which are important indicators of ocean health. The data collected from the expedition will help inform future management of the Coral Sea Marine Park and the data will be added to the Nippon Foundation -GEBCO Seabed 2030 Project. This V1 dataset contains one 64m resolution 32-bit floating point geotiff files of the new Kenn and Chesterfield Plateaux bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 152.86796479874178 157.56795036525511 -26.881330292438022 -18.845073625927512 text/html ausseabed:Keppel_Bay_Bathymetry_1m_2004 This resource includes bathymetry data acquired during the Keppel Bay 2004 bathymetry survey. Data were collected using a Reson SeaBat 8125 multibeam sonar system by Curtin University of Technology (CUT), Defence Science and Technology Organisation (DSTO) and Geoscience Australia (GA) on the charter vessel Rum Rambler during the period 20th to 26th September 2004. The survey was undertaken as a collaborative project between CUT, DSTO and GA under the Coastal Water Habitat Mapping (CWHM) Project within Coastal Cooperative Research Centre Program. The purpose of the project was to build baseline information for benthic habitats within the study area. This V1 dataset contains a 1m resolution 32-bit floating point geotiff file of the bathmetry of target areas in Keppel Bay, derived from the processed Reson SeaBat 8125 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145431 <br><a href="https://files.ausseabed.gov.au/survey/KeppelBay-Bathymetry-1m-2004.zip" target="_blank">Download Bathymetry</a> EPSG:32756 150.86136425177992 151.01185305858084 -23.58996631111623 -23.34537826637036 text/html ausseabed:Keppel_Bay_Bathymetry__1m_2004_L0_Coverage features Keppel_Bay_Bathymetry__1m_2004_L0_Coverage EPSG:4326 CRS:84 150.86151175800012 151.01113626200004 -23.588030282999966 -23.34626439999994 ausseabed:Keppel_Bay_Bathymetry__1m_2004_HS This resource includes bathymetry data acquired during the Keppel Bay 2004 bathymetry survey. Data were collected using a Reson SeaBat 8125 multibeam sonar system by Curtin University of Technology (CUT), Defence Science and Technology Organisation (DSTO) and Geoscience Australia (GA) on the charter vessel Rum Rambler during the period 20th to 26th September 2004. The survey was undertaken as a collaborative project between CUT, DSTO and GA under the Coastal Water Habitat Mapping (CWHM) Project within Coastal Cooperative Research Centre Program. The purpose of the project was to build baseline information for benthic habitats within the study area. This V1 dataset contains a 1m resolution 32-bit floating point geotiff file of the bathmetry of target areas in Keppel Bay, derived from the processed Reson SeaBat 8125 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32756 CRS:84 150.86136425177992 151.01185305858084 -23.58996631111623 -23.34537826637036 text/html ausseabed:Keppel_Bay_Bathymetry__1m_2004_OV This resource includes bathymetry data acquired during the Keppel Bay 2004 bathymetry survey. Data were collected using a Reson SeaBat 8125 multibeam sonar system by Curtin University of Technology (CUT), Defence Science and Technology Organisation (DSTO) and Geoscience Australia (GA) on the charter vessel Rum Rambler during the period 20th to 26th September 2004. The survey was undertaken as a collaborative project between CUT, DSTO and GA under the Coastal Water Habitat Mapping (CWHM) Project within Coastal Cooperative Research Centre Program. The purpose of the project was to build baseline information for benthic habitats within the study area. This V1 dataset contains a 1m resolution 32-bit floating point geotiff file of the bathmetry of target areas in Keppel Bay, derived from the processed Reson SeaBat 8125 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32756 CRS:84 150.86136425177992 151.01185305858084 -23.58996631111623 -23.34537826637036 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry_10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:4326 118.8574721337083 127.24159740482159 -19.078457469387416 -12.16502929581626 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kub__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kub__10m_2022_L0_Coverage EPSG:4326 CRS:84 121.99212565100004 122.15328599500003 -17.271603959999936 -16.759466776999943 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kub__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 121.11877855625532 122.15569316529839 -17.2716039600866 -16.27255752082988 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kub__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 121.11877855625532 122.15569316529839 -17.2716039600866 -16.27255752082988 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lyd__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lyd__10m_2022_L0_Coverage EPSG:4326 CRS:84 124.8598622080001 125.87503363600001 -15.455715303999966 -14.455550001999939 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lyd__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 124.85514598131557 125.88630775370773 -15.457178891085643 -14.454838978103373 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lyd__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 124.85514598131557 125.88630775370773 -15.457178891085643 -14.454838978103373 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Seringapatam_Reef__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Seringapatam_Reef__10m_2022_L0_Coverage EPSG:4326 CRS:84 121.971069424 122.05743871300001 -13.701734089999945 -13.622582629999954 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Seringapatam_Reef__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 121.97090521808116 122.05767779247657 -13.701927548315362 -13.622476169309788 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Seringapatam_Reef__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 121.97090521808116 122.05767779247657 -13.701927548315362 -13.622476169309788 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kva__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kva__10m_2022_L0_Coverage EPSG:4326 CRS:84 122.05410122400008 122.37391606500012 -18.17515278899998 -17.182256800999937 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kva__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.05410122391085 123.09219282994418 -18.17690273805791 -17.182256801158104 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kva__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.05410122391085 123.09219282994418 -18.17690273805791 -17.182256801158104 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kuv__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kuv__10m_2022_L0_Coverage EPSG:4326 CRS:84 121.93039103700005 122.14756058600005 -18.424912393999932 -18.085924446999968 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kuv__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 121.09922764033303 122.14756058565226 -19.07891615903759 -18.07927407650384 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kuv__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 121.09922764033303 122.14756058565226 -19.07891615903759 -18.07927407650384 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxc__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxc__10m_2022_L0_Coverage EPSG:4326 CRS:84 123.9348761870001 124.95487837700011 -16.367157933999977 -15.368168103999949 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxc__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.93174288007337 124.96413305405854 -16.36716418313739 -15.360882477460803 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxc__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.93174288007337 124.96413305405854 -16.36716418313739 -15.360882477460803 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxd__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxd__10m_2022_L0_Coverage EPSG:4326 CRS:84 124.08089080600007 124.95487837700011 -15.459486264999953 -14.465045334999957 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxd__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.92788806502402 124.95537415582669 -15.463056091779928 -14.464237475266726 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxd__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.92788806502402 124.95537415582669 -15.463056091779928 -14.464237475266726 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Mermaid_Reef__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Mermaid_Reef__10m_2022_L0_Coverage EPSG:4326 CRS:84 119.58762790600008 119.66187932000003 -17.166371457999958 -17.027052497999932 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Mermaid_Reef__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.58608422405878 119.6626951393765 -17.16694862846719 -17.02583681187669 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Mermaid_Reef__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.58608422405878 119.6626951393765 -17.16694862846719 -17.02583681187669 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Scott_Reef__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Scott_Reef__10m_2022_L0_Coverage EPSG:4326 CRS:84 121.71409735000009 121.98157916100001 -14.214548491999949 -13.87460111699994 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Scott_Reef__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 121.71369435310186 121.98254478039607 -14.215230271187329 -13.873869166254245 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Scott_Reef__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 121.71369435310186 121.98254478039607 -14.215230271187329 -13.873869166254245 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lye__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lye__10m_2022_L0_Coverage EPSG:4326 CRS:84 124.86074095400011 125.86816646300008 -14.55155402899993 -13.552821262999942 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lye__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 124.84790348384573 125.8741266531561 -14.55389711835964 -13.552140815394978 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lye__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 124.84790348384573 125.8741266531561 -14.55389711835964 -13.552140815394978 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Browse_Island__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Browse_Island__10m_2022_L0_Coverage EPSG:4326 CRS:84 123.5338069180001 123.56041303300003 -14.123098726999956 -14.09797849599994 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Browse_Island__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.48883816864873 123.62343627546468 -14.159306174437578 -14.04597753737784 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Browse_Island__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.48883816864873 123.62343627546468 -14.159306174437578 -14.04597753737784 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Ashmore_Reef__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Ashmore_Reef__10m_2022_L0_Coverage EPSG:4326 CRS:84 122.92396095900006 123.19543176000002 -12.31455884199994 -12.165037242999972 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Ashmore_Reef__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.92394091853325 123.19552760227245 -12.314582868134206 -12.165029295816257 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Ashmore_Reef__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.92394091853325 123.19552760227245 -12.314582868134206 -12.165029295816257 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kvb__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kvb__10m_2022_L0_Coverage EPSG:4326 CRS:84 122.05882775700002 123.09154969500003 -17.271602291999955 -16.28994416499995 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kvb__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.0588277574027 123.0918261561233 -17.27328576710403 -16.278761841138234 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kvb__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.0588277574027 123.0918261561233 -17.27328576710403 -16.278761841138234 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Cunningham_Island__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Cunningham_Island__10m_2022_L0_Coverage EPSG:4326 CRS:84 118.88655143500011 118.97888936600009 -17.661494191999964 -17.497033898999973 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Cunningham_Island__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 118.85522156869602 118.98527219011456 -17.695425602008793 -17.473757331699122 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Cunningham_Island__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 118.85522156869602 118.98527219011456 -17.695425602008793 -17.473757331699122 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Clerke_Reef__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Clerke_Reef__10m_2022_L0_Coverage EPSG:4326 CRS:84 119.31139910500008 119.3851482340001 -17.396815687999947 -17.24530475699993 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Clerke_Reef__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.30992874371574 119.38955431119737 -17.398751152731776 -17.243940998510293 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Clerke_Reef__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.30992874371574 119.38955431119737 -17.398751152731776 -17.243940998510293 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxe__10m_2022_L0_Coverage Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxe__10m_2022_L0_Coverage features EPSG:4326 CRS:84 124.83743250600003 124.93924283800004 -14.544987018999961 -14.460840105999978 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxe__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.924264072214 124.94717722833606 -14.559415730692995 -13.56101343869564 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxe__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.924264072214 124.94717722833606 -14.559415730692995 -13.56101343869564 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Cartier_Island__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Cartier_Island__10m_2022_L0_Coverage EPSG:4326 CRS:84 123.53266818800012 123.58402278100004 -12.548329549999949 -12.522656555999959 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Cartier_Island__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.49769119122956 123.61203303687361 -12.58288078452178 -12.484985003177641 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Cartier_Island__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.49769119122956 123.61203303687361 -12.58288078452178 -12.484985003177641 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lwc__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lwc__10m_2022_L0_Coverage EPSG:4326 CRS:84 122.99981272200012 124.0275063690001 -16.369245859999978 -15.407492945999934 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lwc__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.99981272158051 124.02791140498144 -16.369245859858534 -15.37424807249241 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lwc__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.99981272158051 124.02791140498144 -16.369245859858534 -15.37424807249241 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lbk__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lbk__10m_2022_L0_Coverage EPSG:4326 CRS:84 126.21984837800005 126.9719919800001 -14.26471834299997 -13.678276537999977 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lbk__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 126.2023187318236 127.26037515291296 -14.570753397306921 -13.537930386241035 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lbk__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 126.2023187318236 127.26037515291296 -14.570753397306921 -13.537930386241035 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lvc__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lvc__10m_2022_L0_Coverage EPSG:4326 CRS:84 122.91864806000001 123.0913589060001 -16.36924540399997 -16.268889651999928 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lvc__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.06327862993628 123.09139182666708 -16.369226028271303 -15.374736766503325 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lvc__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.06327862993628 123.09139182666708 -16.369226028271303 -15.374736766503325 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lwd__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lwd__10m_2022_L0_Coverage EPSG:4326 CRS:84 123.5023420760001 123.61239590700006 -15.350270989999956 -15.292715508999947 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lwd__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.99981355738424 124.02323171754958 -15.465017044043027 -14.470173540852253 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lwd__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.99981355738424 124.02323171754958 -15.465017044043027 -14.470173540852253 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lyf__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lyf__10m_2022_L0_Coverage EPSG:4326 CRS:84 125.74383314300007 125.8620190800001 -13.59065684199993 -13.543584453999927 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lyf__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 124.84116597057394 125.86292893740917 -13.64999966856542 -12.648734764408887 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lyf__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 124.84116597057394 125.86292893740917 -13.64999966856542 -12.648734764408887 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lze__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lze__10m_2022_L0_Coverage EPSG:4326 CRS:84 125.77158634700004 126.45902084600004 -14.544064361999972 -13.55273198499998 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lze__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 125.77158634652803 126.80101285459436 -14.544701631812579 -13.539769109845754 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lze__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 125.77158634652803 126.80101285459436 -14.544701631812579 -13.539769109845754 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kwb__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kwb__10m_2022_L0_Coverage EPSG:4326 CRS:84 122.99990623400004 124.0275063690001 -17.093486214999928 -16.278657805999956 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kwb__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.99990591573372 124.03279589544644 -17.273397152067872 -16.27842928389925 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kwb__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.99990591573372 124.03279589544644 -17.273397152067872 -16.27842928389925 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kvv__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kvv__10m_2022_L0_Coverage EPSG:4326 CRS:84 122.05318430300008 122.37292711000009 -18.343862589999958 -18.086212039999964 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kvv__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.04908819996783 123.09277657511028 -19.08088661879634 -18.086212040093873 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kvv__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.04908819996783 123.09277657511028 -19.08088661879634 -18.086212040093873 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Ashmore_Reef__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 122.92394091853325 123.19552760227245 -12.314582868134206 -12.165029295816257 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Ashmore_Reef__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Ashmore_Reef__10m_2022_L0_Coverage EPSG:4326 CRS:84 122.92396095900006 123.19543176000002 -12.31455884199994 -12.165037242999972 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Ashmore_Reef__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.92394091853325 123.19552760227245 -12.314582868134206 -12.165029295816257 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Ashmore_Reef__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.92394091853325 123.19552760227245 -12.314582868134206 -12.165029295816257 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Browse_Island__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 123.48883816864873 123.62343627546468 -14.159306174437578 -14.04597753737784 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Browse_Island__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Browse_Island__10m_2022_L0_Coverage EPSG:4326 CRS:84 123.5338069180001 123.56041303300003 -14.123098726999956 -14.09797849599994 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Browse_Island__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.48883816864873 123.62343627546468 -14.159306174437578 -14.04597753737784 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Browse_Island__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.48883816864873 123.62343627546468 -14.159306174437578 -14.04597753737784 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Cartier_Island__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 123.49769119122956 123.61203303687361 -12.58288078452178 -12.484985003177641 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Cartier_Island__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Cartier_Island__10m_2022_L0_Coverage EPSG:4326 CRS:84 123.53266818800012 123.58402278100004 -12.548329549999949 -12.522656555999959 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Cartier_Island__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.49769119122956 123.61203303687361 -12.58288078452178 -12.484985003177641 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Cartier_Island__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.49769119122956 123.61203303687361 -12.58288078452178 -12.484985003177641 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Clerke_Reef__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32750 119.30992874371574 119.38955431119737 -17.398751152731776 -17.243940998510293 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Clerke_Reef__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Clerke_Reef__10m_2022_L0_Coverage EPSG:4326 CRS:84 119.31139910500008 119.3851482340001 -17.396815687999947 -17.24530475699993 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Clerke_Reef__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.30992874371574 119.38955431119737 -17.398751152731776 -17.243940998510293 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Clerke_Reef__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.30992874371574 119.38955431119737 -17.398751152731776 -17.243940998510293 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Cunningham_Island__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32750 118.85522156869602 118.98527219011456 -17.695425602008793 -17.473757331699122 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Cunningham_Island__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Cunningham_Island__10m_2022_L0_Coverage EPSG:4326 CRS:84 118.88655143500011 118.97888936600009 -17.661494191999964 -17.497033898999973 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Cunningham_Island__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 118.85522156869602 118.98527219011456 -17.695425602008793 -17.473757331699122 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Cunningham_Island__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 118.85522156869602 118.98527219011456 -17.695425602008793 -17.473757331699122 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Mermaid_Reef__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32750 119.58608422405878 119.6626951393765 -17.16694862846719 -17.02583681187669 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Mermaid_Reef__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Mermaid_Reef__10m_2022_L0_Coverage EPSG:4326 CRS:84 119.58762790600008 119.66187932000003 -17.166371457999958 -17.027052497999932 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Mermaid_Reef__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.58608422405878 119.6626951393765 -17.16694862846719 -17.02583681187669 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Mermaid_Reef__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 119.58608422405878 119.6626951393765 -17.16694862846719 -17.02583681187669 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Scott_Reef__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 121.71369435310186 121.98254478039607 -14.215230271187329 -13.873869166254245 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Scott_Reef__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Scott_Reef__10m_2022_L0_Coverage EPSG:4326 CRS:84 121.71409735000009 121.98157916100001 -14.214548491999949 -13.87460111699994 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Scott_Reef__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 121.71369435310186 121.98254478039607 -14.215230271187329 -13.873869166254245 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Scott_Reef__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 121.71369435310186 121.98254478039607 -14.215230271187329 -13.873869166254245 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Seringapatam_Reef__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 121.97090521808116 122.05767779247657 -13.701927548315362 -13.622476169309788 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Seringapatam_Reef__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Seringapatam_Reef__10m_2022_L0_Coverage EPSG:4326 CRS:84 121.971069424 122.05743871300001 -13.701734089999945 -13.622582629999954 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Seringapatam_Reef__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 121.97090521808116 122.05767779247657 -13.701927548315362 -13.622476169309788 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__Seringapatam_Reef__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 121.97090521808116 122.05767779247657 -13.701927548315362 -13.622476169309788 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kub__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 121.11877855625532 122.15569316529839 -17.2716039600866 -16.27255752082988 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kub__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kub__10m_2022_L0_Coverage EPSG:4326 CRS:84 121.99212565100004 122.15328599500003 -17.271603959999936 -16.759466776999943 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kub__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 121.11877855625532 122.15569316529839 -17.2716039600866 -16.27255752082988 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kub__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 121.11877855625532 122.15569316529839 -17.2716039600866 -16.27255752082988 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kuv__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 121.09922764033303 122.14756058565226 -19.07891615903759 -18.07927407650384 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kuv__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kuv__10m_2022_L0_Coverage EPSG:4326 CRS:84 121.93039103700005 122.14756058600005 -18.424912393999932 -18.085924446999968 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kuv__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 121.09922764033303 122.14756058565226 -19.07891615903759 -18.07927407650384 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kuv__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 121.09922764033303 122.14756058565226 -19.07891615903759 -18.07927407650384 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kva__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 122.05410122391085 123.09219282994418 -18.17690785391239 -17.182256801158104 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kva__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kva__10m_2022_L0_Coverage EPSG:4326 CRS:84 122.05410122400008 122.37391606500012 -18.17515278899998 -17.182256800999937 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kva__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.05410122391085 123.09219282994418 -18.17690273805791 -17.182256801158104 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kva__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.05410122391085 123.09219282994418 -18.17690273805791 -17.182256801158104 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kvb__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 122.0588277574027 123.0918261561233 -17.273290687085368 -16.278761841138234 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kvb__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kvb__10m_2022_L0_Coverage EPSG:4326 CRS:84 122.05882775700002 123.09154969500003 -17.271602291999955 -16.28994416499995 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kvb__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.0588277574027 123.0918261561233 -17.27328576710403 -16.278761841138234 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kvb__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.0588277574027 123.0918261561233 -17.27328576710403 -16.278761841138234 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kvv__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 122.04908819996783 123.09277657511028 -19.080892090450245 -18.086212040093873 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kvv__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kvv__10m_2022_L0_Coverage EPSG:4326 CRS:84 122.05318430300008 122.37292711000009 -18.343862589999958 -18.086212039999964 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kvv__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.04908819996783 123.09277657511028 -19.08088661879634 -18.086212040093873 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kvv__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.04908819996783 123.09277657511028 -19.08088661879634 -18.086212040093873 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kwb__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 122.99990591573372 124.03279589544644 -17.273397152067872 -16.27842928389925 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kwb__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kwb__10m_2022_L0_Coverage EPSG:4326 CRS:84 122.99990623400004 124.0275063690001 -17.093486214999928 -16.278657805999956 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kwb__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.99990591573372 124.03279589544644 -17.273397152067872 -16.27842928389925 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__kwb__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.99990591573372 124.03279589544644 -17.273397152067872 -16.27842928389925 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lbk__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 126.2023187318236 127.26037515291296 -14.570753397306921 -13.537930386241035 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lbk__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lbk__10m_2022_L0_Coverage EPSG:4326 CRS:84 126.21984837800005 126.9719919800001 -14.26471834299997 -13.678276537999977 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lbk__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 126.2023187318236 127.26037515291296 -14.570753397306921 -13.537930386241035 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lbk__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 126.2023187318236 127.26037515291296 -14.570753397306921 -13.537930386241035 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lvc__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 122.06327862993628 123.09139182666708 -16.369230676315425 -15.374736766503325 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lvc__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lvc__10m_2022_L0_Coverage EPSG:4326 CRS:84 122.91864806000001 123.0913589060001 -16.36924540399997 -16.268889651999928 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lvc__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.06327862993628 123.09139182666708 -16.369226028271303 -15.374736766503325 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lvc__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.06327862993628 123.09139182666708 -16.369226028271303 -15.374736766503325 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lwc__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 122.99981272158051 124.02791140498144 -16.369245859858534 -15.37424807249241 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lwc__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lwc__10m_2022_L0_Coverage EPSG:4326 CRS:84 122.99981272200012 124.0275063690001 -16.369245859999978 -15.407492945999934 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lwc__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.99981272158051 124.02791140498144 -16.369245859858534 -15.37424807249241 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lwc__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.99981272158051 124.02791140498144 -16.369245859858534 -15.37424807249241 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lwd__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 122.99981355738424 124.02323171754958 -15.465017044043027 -14.470173540852253 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lwd__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lwd__10m_2022_L0_Coverage EPSG:4326 CRS:84 123.5023420760001 123.61239590700006 -15.350270989999956 -15.292715508999947 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lwd__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.99981355738424 124.02323171754958 -15.465017044043027 -14.470173540852253 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lwd__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 122.99981355738424 124.02323171754958 -15.465017044043027 -14.470173540852253 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxc__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 123.93174288007337 124.96413305405854 -16.36716418313739 -15.360882477460803 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxc__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxc__10m_2022_L0_Coverage EPSG:4326 CRS:84 123.9348761870001 124.95487837700011 -16.367157933999977 -15.368168103999949 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxc__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.93174288007337 124.96413305405854 -16.36716418313739 -15.360882477460803 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxc__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.93174288007337 124.96413305405854 -16.36716418313739 -15.360882477460803 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxd__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 123.92788806502402 124.95537415582669 -15.463056091779928 -14.464237475266726 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxd__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxd__10m_2022_L0_Coverage EPSG:4326 CRS:84 124.08089080600007 124.95487837700011 -15.459486264999953 -14.465045334999957 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxd__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.92788806502402 124.95537415582669 -15.463056091779928 -14.464237475266726 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxd__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.92788806502402 124.95537415582669 -15.463056091779928 -14.464237475266726 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxe__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 123.924264072214 124.94717722833606 -14.559415730692995 -13.56101343869564 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxe__10m_2022_L0_Coverage Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxe__10m_2022_L0_Coverage features EPSG:4326 CRS:84 124.83743250600003 124.93924283800004 -14.544987018999961 -14.460840105999978 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxe__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.924264072214 124.94717722833606 -14.559415730692995 -13.56101343869564 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lxe__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 123.924264072214 124.94717722833606 -14.559415730692995 -13.56101343869564 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lyd__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 124.85514598131557 125.88630775370773 -15.457178891085643 -14.454838978103373 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lyd__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lyd__10m_2022_L0_Coverage EPSG:4326 CRS:84 124.8598622080001 125.87503363600001 -15.455715303999966 -14.455550001999939 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lyd__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 124.85514598131557 125.88630775370773 -15.457178891085643 -14.454838978103373 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lyd__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 124.85514598131557 125.88630775370773 -15.457178891085643 -14.454838978103373 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lye__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 124.84790348384573 125.8741266531561 -14.55389711835964 -13.552140815394978 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lye__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lye__10m_2022_L0_Coverage EPSG:4326 CRS:84 124.86074095400011 125.86816646300008 -14.55155402899993 -13.552821262999942 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lye__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 124.84790348384573 125.8741266531561 -14.55389711835964 -13.552140815394978 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lye__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 124.84790348384573 125.8741266531561 -14.55389711835964 -13.552140815394978 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lyf__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 124.84116597057394 125.86292893740917 -13.64999966856542 -12.648734764408887 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lyf__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lyf__10m_2022_L0_Coverage EPSG:4326 CRS:84 125.74383314300007 125.8620190800001 -13.59065684199993 -13.543584453999927 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lyf__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 124.84116597057394 125.86292893740917 -13.64999966856542 -12.648734764408887 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lyf__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 124.84116597057394 125.86292893740917 -13.64999966856542 -12.648734764408887 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lze__10m_2022 The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148669 <br><a href="https://files.ausseabed.gov.au/survey/KimberleyRegionandWAReefs-Satellite-Derived-Bathymetry-10m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32751 125.77158634652803 126.80101285459436 -14.544701631812579 -13.539769109845754 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lze__10m_2022_L0_Coverage features Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lze__10m_2022_L0_Coverage EPSG:4326 CRS:84 125.77158634700004 126.45902084600004 -14.544064361999972 -13.55273198499998 ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lze__10m_2022_HS The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 125.77158634652803 126.80101285459436 -14.544701631812579 -13.539769109845754 text/html ausseabed:Kimberley_Region_and_WA_Reefs_Satellite-derived_Bathymetry__lze__10m_2022_OV The Kimberley Region and WA Reefs Bathymetry was derived by EOMAP form multispectral satellite data from the European Space Agency’s Sentinel-2 satellite sensor. EOMAP was contracted by Geoscience Australia (GA) to provide high-resolution (10m) Satellite-Derived Bathymetry (SDB) for the Priority Australian Seabed Mapping Sites. The survey area encompasses an area within Kimberley Region in Western Australia which includes Ashmore Reef, Browse Island, Cartier Island, Clerke Reef, Cunningham Island, Mermaid Reef, Scott Reef and Seringapatam Reef. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management of these Marine Parks. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Having access to digital, georeferenced, high-resolution maps of bathymetry and benthic habitats of shallow water areas, is of fundamental use in the areas of navigation, ecological research, environmental modelling, management and conservation, and monitoring the impacts from climate change. Bathymetry data was processed using the physics-based inversion method to derive quantitative information of the shallow water bathymetry using the reflected sunlight energy in different wavelengths of the visible and near infrared region. A detailed delivery report is provided in: Delivery Report: Satellite-Derived Bathymetry, Priority Australian Seabed Mapping Sites. Reference: 20220304.0888. EOMAP Australia Pty Ltd. This dataset is not to be used for navigational purposes. EPSG:32751 CRS:84 125.77158634652803 126.80101285459436 -14.544701631812579 -13.539769109845754 text/html ausseabed:King_Island_North_Bass_Strait_VIC_Bathymetry_30m_2021 The King Island North, Bass Strait, bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the M/V Pacific Quest during the period 28 January to 6 May 2021. This was a contracted survey conducted as part of the HydroScheme Industry Partnership Program (HIPP). The survey area encompasses a region located north of King Island in Bass Strait, including the approaches to Phoques Bay, located at the NW extremity of King Island. Bathymetry data was acquired using a Kongsberg EM2040D and processed using QPS Qimera V2.0.1. The dataset was then exported to GeoTIFF using CARIS HIPS and SIPS software. This dataset contains a 30m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147098 <br><a href="https://files.ausseabed.gov.au/survey/KingIslandNorthBassStraitVIC-HIPP-SI-1013-Bathymetry-30m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 143.6575397743669 144.46643115243398 -39.754850743261386 -39.19605548793811 text/html ausseabed:King_Island_North_Bass_Strait_VIC_Bathymetry__HIPP_SI_1013__30m_2021_L0_Coverage features King_Island_North_Bass_Strait_VIC_Bathymetry__HIPP_SI_1013__30m_2021_L0_Coverage EPSG:4326 CRS:84 143.65788843400003 144.46608249200006 -39.75431032199998 -39.19659590899994 ausseabed:King_Island_North_Bass_Strait_VIC_Bathymetry__HIPP_SI_1013__30m_2021_HS The King Island North, Bass Strait, bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the M/V Pacific Quest during the period 28 January to 6 May 2021. This was a contracted survey conducted as part of the HydroScheme Industry Partnership Program (HIPP). The survey area encompasses a region located north of King Island in Bass Strait, including the approaches to Phoques Bay, located at the NW extremity of King Island. Bathymetry data was acquired using a Kongsberg EM2040D and processed using QPS Qimera V2.0.1. The dataset was then exported to GeoTIFF using CARIS HIPS and SIPS software. This dataset contains a 30m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 143.6575397743669 144.46643115243398 -39.754850743261386 -39.19605548793811 text/html ausseabed:King_Island_North_Bass_Strait_VIC_Bathymetry__HIPP_SI_1013__30m_2021_OV The King Island North, Bass Strait, bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the M/V Pacific Quest during the period 28 January to 6 May 2021. This was a contracted survey conducted as part of the HydroScheme Industry Partnership Program (HIPP). The survey area encompasses a region located north of King Island in Bass Strait, including the approaches to Phoques Bay, located at the NW extremity of King Island. Bathymetry data was acquired using a Kongsberg EM2040D and processed using QPS Qimera V2.0.1. The dataset was then exported to GeoTIFF using CARIS HIPS and SIPS software. This dataset contains a 30m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 143.6575397743669 144.46643115243398 -39.754850743261386 -39.19605548793811 text/html ausseabed:Lacepede_Channel__WA_Bathymetry_30m_2021 The Lacepede Channel bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Pacific Conquest and USV Blue Shadow - 901 during the period 19 May 2021 – 22 Sep 2021. This was a contracted survey conducted for the Australian Hydrographic Office by Fugro as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Lacepede Channel, Western Australia. Bathymetry data was acquired using a Kongsberg EM2040 Mk II, and processed using Caris Hips & Sips processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149026 <br><a href="https://files.ausseabed.gov.au/survey/LacepedeChannelWA-HIPP-SI-1014-Bathymetry-30m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 121.9240665159431 122.45416236510204 -17.39088982714767 -16.80285264216303 text/html ausseabed:Lacepede_Channel__WA_Bathymetry__HIPP_SI_1014__30m_2021_L0_Coverage features Lacepede_Channel__WA_Bathymetry__HIPP_SI_1014__30m_2021_L0_Coverage EPSG:4326 CRS:84 121.92406651600004 122.45416236500012 -17.390889826999967 -16.802852641999948 ausseabed:Lacepede_Channel__WA_Bathymetry__HIPP_SI_1014__30m_2021_HS The Lacepede Channel bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Pacific Conquest and USV Blue Shadow - 901 during the period 19 May 2021 – 22 Sep 2021. This was a contracted survey conducted for the Australian Hydrographic Office by Fugro as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Lacepede Channel, Western Australia. Bathymetry data was acquired using a Kongsberg EM2040 Mk II, and processed using Caris Hips & Sips processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 121.9240665159431 122.45416236510204 -17.39088982714767 -16.80285264216303 text/html ausseabed:Lacepede_Channel__WA_Bathymetry__HIPP_SI_1014__30m_2021_OV The Lacepede Channel bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Pacific Conquest and USV Blue Shadow - 901 during the period 19 May 2021 – 22 Sep 2021. This was a contracted survey conducted for the Australian Hydrographic Office by Fugro as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Lacepede Channel, Western Australia. Bathymetry data was acquired using a Kongsberg EM2040 Mk II, and processed using Caris Hips & Sips processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 121.9240665159431 122.45416236510204 -17.39088982714767 -16.80285264216303 text/html ausseabed:Lord_Howe_Island_Bathymetry_10-50m_2008 This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144097 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweIsland-Bathymetry-10m-50m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:4326 151.16188215291427 166.43410992168316 -33.89040466839033 -22.207329031668237 text/html ausseabed:Lord_Howe_Island_Bathymetry_4_50m___10-50m_2008_L0_Coverage Lord_Howe_Island_Bathymetry_4_50m___10-50m_2008_L0_Coverage features EPSG:4326 CRS:84 155.98204902500004 158.94288585900006 -32.73306422999997 -31.479310796999982 ausseabed:Lord_Howe_Island_Bathymetry_4_50m___10-50m_2008_HS This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 155.98182110613158 158.94288914648675 -32.77616947281022 -31.439327242406517 text/html ausseabed:Lord_Howe_Island_Bathymetry_4_50m___10-50m_2008_OV This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 155.98182110613158 158.94288914648675 -32.77616947281022 -31.439327242406517 text/html ausseabed:Lord_Howe_Island_Bathymetry_6_50m___10-50m_2008_L0_Coverage features Lord_Howe_Island_Bathymetry_6_50m___10-50m_2008_L0_Coverage EPSG:4326 CRS:84 161.93255229600004 164.59179450400006 -29.59171079099997 -25.93422411599994 ausseabed:Lord_Howe_Island_Bathymetry_6_50m___10-50m_2008_HS This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32758 CRS:84 161.93163747662123 164.66719406826923 -29.65696648899368 -25.904550895931287 text/html ausseabed:Lord_Howe_Island_Bathymetry_6_50m___10-50m_2008_OV This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32758 CRS:84 161.93163747662123 164.66719406826923 -29.65696648899368 -25.904550895931287 text/html ausseabed:Lord_Howe_Island_Bathymetry_5_50m___10-50m_2008_L0_Coverage features Lord_Howe_Island_Bathymetry_5_50m___10-50m_2008_L0_Coverage EPSG:4326 CRS:84 159.33919307200006 162.0060088880001 -31.752682162999974 -29.485793652999973 ausseabed:Lord_Howe_Island_Bathymetry_5_50m___10-50m_2008_HS This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 159.3314954235897 162.07593355220277 -31.758564919513642 -29.485793653112868 text/html ausseabed:Lord_Howe_Island_Bathymetry_5_50m___10-50m_2008_OV This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 159.3314954235897 162.07593355220277 -31.758564919513642 -29.485793653112868 text/html ausseabed:Lord_Howe_Island_Bathymetry_1_50m___10-50m_2008_L0_Coverage features Lord_Howe_Island_Bathymetry_1_50m___10-50m_2008_L0_Coverage EPSG:4326 CRS:84 151.18407375800007 156.00473789000011 -33.863681731999975 -32.69016993899993 ausseabed:Lord_Howe_Island_Bathymetry_1_50m___10-50m_2008_HS This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32756 CRS:84 151.16188215291393 156.04484893613937 -33.90263813854857 -32.65228353041044 text/html ausseabed:Lord_Howe_Island_Bathymetry_1_50m___10-50m_2008_OV This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32756 CRS:84 151.16188215291393 156.04484893613937 -33.90263813854857 -32.65228353041044 text/html ausseabed:Lord_Howe_Island_Bathymetry_2_10m__10-50m_2008_L0_Coverage features Lord_Howe_Island_Bathymetry_2_10m__10-50m_2008_L0_Coverage EPSG:4326 CRS:84 158.9278392750001 159.35481085800006 -31.80422834099994 -31.36824848699996 ausseabed:Lord_Howe_Island_Bathymetry_2_10m__10-50m_2008_HS This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 158.9276796051683 159.35504861426398 -31.81134012951363 -31.36776824922336 text/html ausseabed:Lord_Howe_Island_Bathymetry_2_10m__10-50m_2008_OV This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 158.9276796051683 159.35504861426398 -31.81134012951363 -31.36776824922336 text/html ausseabed:Lord_Howe_Island_Bathymetry_3_50m___10-50m_2008_L0_Coverage features Lord_Howe_Island_Bathymetry_3_50m___10-50m_2008_L0_Coverage EPSG:4326 CRS:84 158.9275228020001 159.35502718400005 -31.80404152899996 -31.367885224999952 ausseabed:Lord_Howe_Island_Bathymetry_3_50m___10-50m_2008_HS This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 158.9273622893389 159.35526164439526 -31.81179128353307 -31.367406768249097 text/html ausseabed:Lord_Howe_Island_Bathymetry_3_50m___10-50m_2008_OV This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 158.9273622893389 159.35526164439526 -31.81179128353307 -31.367406768249097 text/html ausseabed:Lord_Howe_Island_Bathymetry_7_50m___10-50m_2008_L0_Coverage features Lord_Howe_Island_Bathymetry_7_50m___10-50m_2008_L0_Coverage EPSG:4326 CRS:84 164.52059451500008 166.39762457300003 -26.007818621999945 -22.24204044399994 ausseabed:Lord_Howe_Island_Bathymetry_7_50m___10-50m_2008_HS This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32758 CRS:84 164.49461397185183 166.47701327768704 -26.00849822168548 -22.207329031668134 text/html ausseabed:Lord_Howe_Island_Bathymetry_7_50m___10-50m_2008_OV This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32758 CRS:84 164.49461397185183 166.47701327768704 -26.00849822168548 -22.207329031668134 text/html ausseabed:Lord_Howe_Island_Bathymetry_1_50m___10-50m_2008 This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144097 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweIsland-Bathymetry-10m-50m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32756 151.16188215291393 156.04484893613937 -33.903940128962454 -32.65228353041044 text/html ausseabed:Lord_Howe_Island_Bathymetry_1_50m___10-50m_2008_L0_Coverage features Lord_Howe_Island_Bathymetry_1_50m___10-50m_2008_L0_Coverage EPSG:4326 CRS:84 151.18407375800007 156.00473789000011 -33.863681731999975 -32.69016993899993 ausseabed:Lord_Howe_Island_Bathymetry_1_50m___10-50m_2008_HS This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32756 CRS:84 151.16188215291393 156.04484893613937 -33.90263813854857 -32.65228353041044 text/html ausseabed:Lord_Howe_Island_Bathymetry_1_50m___10-50m_2008_OV This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32756 CRS:84 151.16188215291393 156.04484893613937 -33.90263813854857 -32.65228353041044 text/html ausseabed:Lord_Howe_Island_Bathymetry_2_10m__10-50m_2008 This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144097 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweIsland-Bathymetry-10m-50m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32757 158.9276796051683 159.35504861426398 -31.811344806337864 -31.36776824922336 text/html ausseabed:Lord_Howe_Island_Bathymetry_2_10m__10-50m_2008_L0_Coverage features Lord_Howe_Island_Bathymetry_2_10m__10-50m_2008_L0_Coverage EPSG:4326 CRS:84 158.9278392750001 159.35481085800006 -31.80422834099994 -31.36824848699996 ausseabed:Lord_Howe_Island_Bathymetry_2_10m__10-50m_2008_HS This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 158.9276796051683 159.35504861426398 -31.81134012951363 -31.36776824922336 text/html ausseabed:Lord_Howe_Island_Bathymetry_2_10m__10-50m_2008_OV This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 158.9276796051683 159.35504861426398 -31.81134012951363 -31.36776824922336 text/html ausseabed:Lord_Howe_Island_Bathymetry_3_50m___10-50m_2008 This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144097 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweIsland-Bathymetry-10m-50m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32757 158.9273622893389 159.35526164439526 -31.81179590825696 -31.367406768249097 text/html ausseabed:Lord_Howe_Island_Bathymetry_3_50m___10-50m_2008_L0_Coverage features Lord_Howe_Island_Bathymetry_3_50m___10-50m_2008_L0_Coverage EPSG:4326 CRS:84 158.9275228020001 159.35502718400005 -31.80404152899996 -31.367885224999952 ausseabed:Lord_Howe_Island_Bathymetry_3_50m___10-50m_2008_HS This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 158.9273622893389 159.35526164439526 -31.81179128353307 -31.367406768249097 text/html ausseabed:Lord_Howe_Island_Bathymetry_3_50m___10-50m_2008_OV This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 158.9273622893389 159.35526164439526 -31.81179128353307 -31.367406768249097 text/html ausseabed:Lord_Howe_Island_Bathymetry_4_50m___10-50m_2008 This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144097 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweIsland-Bathymetry-10m-50m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32757 155.98182110613158 158.94288914648675 -32.77616947281022 -31.439327242406517 text/html ausseabed:Lord_Howe_Island_Bathymetry_4_50m___10-50m_2008_L0_Coverage Lord_Howe_Island_Bathymetry_4_50m___10-50m_2008_L0_Coverage features EPSG:4326 CRS:84 155.98204902500004 158.94288585900006 -32.73306422999997 -31.479310796999982 ausseabed:Lord_Howe_Island_Bathymetry_4_50m___10-50m_2008_HS This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 155.98182110613158 158.94288914648675 -32.77616947281022 -31.439327242406517 text/html ausseabed:Lord_Howe_Island_Bathymetry_4_50m___10-50m_2008_OV This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 155.98182110613158 158.94288914648675 -32.77616947281022 -31.439327242406517 text/html ausseabed:Lord_Howe_Island_Bathymetry_5_50m___10-50m_2008 This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144097 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweIsland-Bathymetry-10m-50m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32757 159.3314954235897 162.07593355220277 -31.758564919513642 -29.485793653112868 text/html ausseabed:Lord_Howe_Island_Bathymetry_5_50m___10-50m_2008_L0_Coverage features Lord_Howe_Island_Bathymetry_5_50m___10-50m_2008_L0_Coverage EPSG:4326 CRS:84 159.33919307200006 162.0060088880001 -31.752682162999974 -29.485793652999973 ausseabed:Lord_Howe_Island_Bathymetry_5_50m___10-50m_2008_HS This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 159.3314954235897 162.07593355220277 -31.758564919513642 -29.485793653112868 text/html ausseabed:Lord_Howe_Island_Bathymetry_5_50m___10-50m_2008_OV This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 159.3314954235897 162.07593355220277 -31.758564919513642 -29.485793653112868 text/html ausseabed:Lord_Howe_Island_Bathymetry_6_50m___10-50m_2008 This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144097 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweIsland-Bathymetry-10m-50m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32758 161.93163747662123 164.66719406826923 -29.65696648899368 -25.904550895931287 text/html ausseabed:Lord_Howe_Island_Bathymetry_6_50m___10-50m_2008_L0_Coverage features Lord_Howe_Island_Bathymetry_6_50m___10-50m_2008_L0_Coverage EPSG:4326 CRS:84 161.93255229600004 164.59179450400006 -29.59171079099997 -25.93422411599994 ausseabed:Lord_Howe_Island_Bathymetry_6_50m___10-50m_2008_HS This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32758 CRS:84 161.93163747662123 164.66719406826923 -29.65696648899368 -25.904550895931287 text/html ausseabed:Lord_Howe_Island_Bathymetry_6_50m___10-50m_2008_OV This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32758 CRS:84 161.93163747662123 164.66719406826923 -29.65696648899368 -25.904550895931287 text/html ausseabed:Lord_Howe_Island_Bathymetry_7_50m___10-50m_2008 This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144097 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweIsland-Bathymetry-10m-50m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32758 164.49461397185183 166.47701327768704 -26.00849822168548 -22.207329031668134 text/html ausseabed:Lord_Howe_Island_Bathymetry_7_50m___10-50m_2008_L0_Coverage features Lord_Howe_Island_Bathymetry_7_50m___10-50m_2008_L0_Coverage EPSG:4326 CRS:84 164.52059451500008 166.39762457300003 -26.007818621999945 -22.24204044399994 ausseabed:Lord_Howe_Island_Bathymetry_7_50m___10-50m_2008_HS This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32758 CRS:84 164.49461397185183 166.47701327768704 -26.00849822168548 -22.207329031668134 text/html ausseabed:Lord_Howe_Island_Bathymetry_7_50m___10-50m_2008_OV This dataset contains the processed bathymetric dataset from the Lord Howe and Lord How Island survey area held by Geoscience Australia. This dataset includes multibeam echosounder data and was gridded at 50m resolution of the Lord Howe survey area and a 10m resolution of Lord Howe Island, based on the optimal resolution for the depth range encountered. The objective of the survey on the Lord Howe Island shelf (NSW) in 2008 (SS062008) was to map seabed bathymetry and characterise benthic environments through co-located sampling of surface sediments and infauna, rock coring, observation of benthic habitats using underwater towed video, and measurement of ocean tides and wavegenerated currents. Subbottom profile data was also collected to map sediment thickness and shelf stratigraphy. Data and samples were acquired using the National Facility Research Vessel Southern Surveyor. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32758 CRS:84 164.49461397185183 166.47701327768704 -26.00849822168548 -22.207329031668134 text/html ausseabed:Lord_Howe_Island_DEM_Bathymetry_8-250m_2010 Detailed seabed bathymetric data are needed to better understand our marine environment because models of seabed morphology derived from these data provide useful insights into physical processes that act on the seabed and the location of different types of seabed habitats. Lord Howe Island lies approximately 450km off the northern coast of New South Wales. It is a volcanic island with a fringing coral reef on its western shore, and a shallow (20 - 120 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats, especially relict reef structures, and to measure how well physical seabed properties act as surrogates of patterns of biodiversity on this mid-ocean carbonate shelf. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Lord Howe Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. <br>https://pid.geoscience.gov.au/dataset/ga/70649 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweIsland-Bathymetry-40m-250m-2010.zip" target="_blank">Download Bathymetry</a> EPSG:4326 158.1251595 160.1901345 -32.5496715 -30.6348765 text/html ausseabed:Lord_Howe_Island_DEM_Bathymetry__250m__8-250m_2010_L0_Coverage features Lord_Howe_Island_DEM_Bathymetry__250m__8-250m_2010_L0_Coverage EPSG:4326 CRS:84 158.1251595000001 160.1901345000001 -32.54967149999993 -30.63487649999996 ausseabed:Lord_Howe_Island_DEM_Bathymetry__250m__8-250m_2010_HS Detailed seabed bathymetric data are needed to better understand our marine environment because models of seabed morphology derived from these data provide useful insights into physical processes that act on the seabed and the location of different types of seabed habitats. Lord Howe Island lies approximately 450km off the northern coast of New South Wales. It is a volcanic island with a fringing coral reef on its western shore, and a shallow (20 - 120 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats, especially relict reef structures, and to measure how well physical seabed properties act as surrogates of patterns of biodiversity on this mid-ocean carbonate shelf. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Lord Howe Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. EPSG:4326 CRS:84 158.1251595 160.1901345 -32.5496715 -30.6348765 text/html ausseabed:Lord_Howe_Island_DEM_Bathymetry__250m__8-250m_2010_OV Detailed seabed bathymetric data are needed to better understand our marine environment because models of seabed morphology derived from these data provide useful insights into physical processes that act on the seabed and the location of different types of seabed habitats. Lord Howe Island lies approximately 450km off the northern coast of New South Wales. It is a volcanic island with a fringing coral reef on its western shore, and a shallow (20 - 120 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats, especially relict reef structures, and to measure how well physical seabed properties act as surrogates of patterns of biodiversity on this mid-ocean carbonate shelf. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Lord Howe Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. EPSG:4326 CRS:84 158.1251595 160.1901345 -32.5496715 -30.6348765 text/html ausseabed:Lord_Howe_Island_DEM_Bathymetry__40m__8-250m_2010_L0_Coverage features Lord_Howe_Island_DEM_Bathymetry__40m__8-250m_2010_L0_Coverage EPSG:4326 CRS:84 158.88740800000005 159.4097680000001 -31.90758399999993 -31.36326399999996 ausseabed:Lord_Howe_Island_DEM_Bathymetry__40m__8-250m_2010_HS Detailed seabed bathymetric data are needed to better understand our marine environment because models of seabed morphology derived from these data provide useful insights into physical processes that act on the seabed and the location of different types of seabed habitats. Lord Howe Island lies approximately 450km off the northern coast of New South Wales. It is a volcanic island with a fringing coral reef on its western shore, and a shallow (20 - 120 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats, especially relict reef structures, and to measure how well physical seabed properties act as surrogates of patterns of biodiversity on this mid-ocean carbonate shelf. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Lord Howe Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. EPSG:4326 CRS:84 158.887408 159.40976799999999 -31.907584 -31.363264 text/html ausseabed:Lord_Howe_Island_DEM_Bathymetry__40m__8-250m_2010_OV Detailed seabed bathymetric data are needed to better understand our marine environment because models of seabed morphology derived from these data provide useful insights into physical processes that act on the seabed and the location of different types of seabed habitats. Lord Howe Island lies approximately 450km off the northern coast of New South Wales. It is a volcanic island with a fringing coral reef on its western shore, and a shallow (20 - 120 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats, especially relict reef structures, and to measure how well physical seabed properties act as surrogates of patterns of biodiversity on this mid-ocean carbonate shelf. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Lord Howe Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. EPSG:4326 CRS:84 158.887408 159.40976799999999 -31.907584 -31.363264 text/html ausseabed:Lord_Howe_Island_DEM_Bathymetry__100m__8-250m_2010_L0_Coverage features Lord_Howe_Island_DEM_Bathymetry__100m__8-250m_2010_L0_Coverage EPSG:4326 CRS:84 158.61909950000006 159.70660650000002 -32.20630049999994 -31.11879349999998 ausseabed:Lord_Howe_Island_DEM_Bathymetry__100m__8-250m_2010_HS Detailed seabed bathymetric data are needed to better understand our marine environment because models of seabed morphology derived from these data provide useful insights into physical processes that act on the seabed and the location of different types of seabed habitats. Lord Howe Island lies approximately 450km off the northern coast of New South Wales. It is a volcanic island with a fringing coral reef on its western shore, and a shallow (20 - 120 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats, especially relict reef structures, and to measure how well physical seabed properties act as surrogates of patterns of biodiversity on this mid-ocean carbonate shelf. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Lord Howe Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. EPSG:4326 CRS:84 158.6190995 159.7066065 -32.2063005 -31.1187935 text/html ausseabed:Lord_Howe_Island_DEM_Bathymetry__100m__8-250m_2010_OV Detailed seabed bathymetric data are needed to better understand our marine environment because models of seabed morphology derived from these data provide useful insights into physical processes that act on the seabed and the location of different types of seabed habitats. Lord Howe Island lies approximately 450km off the northern coast of New South Wales. It is a volcanic island with a fringing coral reef on its western shore, and a shallow (20 - 120 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats, especially relict reef structures, and to measure how well physical seabed properties act as surrogates of patterns of biodiversity on this mid-ocean carbonate shelf. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Lord Howe Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. EPSG:4326 CRS:84 158.6190995 159.7066065 -32.2063005 -31.1187935 text/html ausseabed:Lord_Howe_Island_DEM_Bathymetry__100m__8-250m_2010 Detailed seabed bathymetric data are needed to better understand our marine environment because models of seabed morphology derived from these data provide useful insights into physical processes that act on the seabed and the location of different types of seabed habitats. Lord Howe Island lies approximately 450km off the northern coast of New South Wales. It is a volcanic island with a fringing coral reef on its western shore, and a shallow (20 - 120 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats, especially relict reef structures, and to measure how well physical seabed properties act as surrogates of patterns of biodiversity on this mid-ocean carbonate shelf. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Lord Howe Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. <br>https://pid.geoscience.gov.au/dataset/ga/70649 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweIsland-Bathymetry-40m-250m-2010.zip" target="_blank">Download Bathymetry</a> EPSG:4326 158.6190995 159.7066065 -32.2063005 -31.1187935 text/html ausseabed:Lord_Howe_Island_DEM_Bathymetry__100m__8-250m_2010_L0_Coverage features Lord_Howe_Island_DEM_Bathymetry__100m__8-250m_2010_L0_Coverage EPSG:4326 CRS:84 158.61909950000006 159.70660650000002 -32.20630049999994 -31.11879349999998 ausseabed:Lord_Howe_Island_DEM_Bathymetry__100m__8-250m_2010_HS Detailed seabed bathymetric data are needed to better understand our marine environment because models of seabed morphology derived from these data provide useful insights into physical processes that act on the seabed and the location of different types of seabed habitats. Lord Howe Island lies approximately 450km off the northern coast of New South Wales. It is a volcanic island with a fringing coral reef on its western shore, and a shallow (20 - 120 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats, especially relict reef structures, and to measure how well physical seabed properties act as surrogates of patterns of biodiversity on this mid-ocean carbonate shelf. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Lord Howe Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. EPSG:4326 CRS:84 158.6190995 159.7066065 -32.2063005 -31.1187935 text/html ausseabed:Lord_Howe_Island_DEM_Bathymetry__100m__8-250m_2010_OV Detailed seabed bathymetric data are needed to better understand our marine environment because models of seabed morphology derived from these data provide useful insights into physical processes that act on the seabed and the location of different types of seabed habitats. Lord Howe Island lies approximately 450km off the northern coast of New South Wales. It is a volcanic island with a fringing coral reef on its western shore, and a shallow (20 - 120 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats, especially relict reef structures, and to measure how well physical seabed properties act as surrogates of patterns of biodiversity on this mid-ocean carbonate shelf. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Lord Howe Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. EPSG:4326 CRS:84 158.6190995 159.7066065 -32.2063005 -31.1187935 text/html ausseabed:Lord_Howe_Island_DEM_Bathymetry__250m__8-250m_2010 Detailed seabed bathymetric data are needed to better understand our marine environment because models of seabed morphology derived from these data provide useful insights into physical processes that act on the seabed and the location of different types of seabed habitats. Lord Howe Island lies approximately 450km off the northern coast of New South Wales. It is a volcanic island with a fringing coral reef on its western shore, and a shallow (20 - 120 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats, especially relict reef structures, and to measure how well physical seabed properties act as surrogates of patterns of biodiversity on this mid-ocean carbonate shelf. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Lord Howe Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. <br>https://pid.geoscience.gov.au/dataset/ga/70649 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweIsland-Bathymetry-40m-250m-2010.zip" target="_blank">Download Bathymetry</a> EPSG:4326 158.1251595 160.1901345 -32.5496715 -30.6348765 text/html ausseabed:Lord_Howe_Island_DEM_Bathymetry__250m__8-250m_2010_L0_Coverage features Lord_Howe_Island_DEM_Bathymetry__250m__8-250m_2010_L0_Coverage EPSG:4326 CRS:84 158.1251595000001 160.1901345000001 -32.54967149999993 -30.63487649999996 ausseabed:Lord_Howe_Island_DEM_Bathymetry__250m__8-250m_2010_HS Detailed seabed bathymetric data are needed to better understand our marine environment because models of seabed morphology derived from these data provide useful insights into physical processes that act on the seabed and the location of different types of seabed habitats. Lord Howe Island lies approximately 450km off the northern coast of New South Wales. It is a volcanic island with a fringing coral reef on its western shore, and a shallow (20 - 120 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats, especially relict reef structures, and to measure how well physical seabed properties act as surrogates of patterns of biodiversity on this mid-ocean carbonate shelf. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Lord Howe Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. EPSG:4326 CRS:84 158.1251595 160.1901345 -32.5496715 -30.6348765 text/html ausseabed:Lord_Howe_Island_DEM_Bathymetry__250m__8-250m_2010_OV Detailed seabed bathymetric data are needed to better understand our marine environment because models of seabed morphology derived from these data provide useful insights into physical processes that act on the seabed and the location of different types of seabed habitats. Lord Howe Island lies approximately 450km off the northern coast of New South Wales. It is a volcanic island with a fringing coral reef on its western shore, and a shallow (20 - 120 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats, especially relict reef structures, and to measure how well physical seabed properties act as surrogates of patterns of biodiversity on this mid-ocean carbonate shelf. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Lord Howe Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. EPSG:4326 CRS:84 158.1251595 160.1901345 -32.5496715 -30.6348765 text/html ausseabed:Lord_Howe_Island_DEM_Bathymetry__40m__8-250m_2010 Detailed seabed bathymetric data are needed to better understand our marine environment because models of seabed morphology derived from these data provide useful insights into physical processes that act on the seabed and the location of different types of seabed habitats. Lord Howe Island lies approximately 450km off the northern coast of New South Wales. It is a volcanic island with a fringing coral reef on its western shore, and a shallow (20 - 120 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats, especially relict reef structures, and to measure how well physical seabed properties act as surrogates of patterns of biodiversity on this mid-ocean carbonate shelf. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Lord Howe Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. <br>https://pid.geoscience.gov.au/dataset/ga/70649 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweIsland-Bathymetry-40m-250m-2010.zip" target="_blank">Download Bathymetry</a> EPSG:4326 158.887408 159.40976799999999 -31.907584 -31.363264 text/html ausseabed:Lord_Howe_Island_DEM_Bathymetry__40m__8-250m_2010_L0_Coverage features Lord_Howe_Island_DEM_Bathymetry__40m__8-250m_2010_L0_Coverage EPSG:4326 CRS:84 158.88740800000005 159.4097680000001 -31.90758399999993 -31.36326399999996 ausseabed:Lord_Howe_Island_DEM_Bathymetry__40m__8-250m_2010_HS Detailed seabed bathymetric data are needed to better understand our marine environment because models of seabed morphology derived from these data provide useful insights into physical processes that act on the seabed and the location of different types of seabed habitats. Lord Howe Island lies approximately 450km off the northern coast of New South Wales. It is a volcanic island with a fringing coral reef on its western shore, and a shallow (20 - 120 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats, especially relict reef structures, and to measure how well physical seabed properties act as surrogates of patterns of biodiversity on this mid-ocean carbonate shelf. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Lord Howe Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. EPSG:4326 CRS:84 158.887408 159.40976799999999 -31.907584 -31.363264 text/html ausseabed:Lord_Howe_Island_DEM_Bathymetry__40m__8-250m_2010_OV Detailed seabed bathymetric data are needed to better understand our marine environment because models of seabed morphology derived from these data provide useful insights into physical processes that act on the seabed and the location of different types of seabed habitats. Lord Howe Island lies approximately 450km off the northern coast of New South Wales. It is a volcanic island with a fringing coral reef on its western shore, and a shallow (20 - 120 m) shelf surrounds the island. Bathymetry data are required in this area to help identify major seabed processes and habitats, especially relict reef structures, and to measure how well physical seabed properties act as surrogates of patterns of biodiversity on this mid-ocean carbonate shelf. The data are also required to enable modelling of tsunami as they interact with the shelf around the island and the coast. This report describes the methodology employed in creating detailed bathymetry data grids of the Lord Howe Island region. It covers data collection, quality control and gridding. Descriptions are provided of each dataset employed, the methods used to integrate the different datasets and the attributes of the new bathymetry models. Four new bathymetry grids are presented, including grids that integrate bathymetry with the island's topography. EPSG:4326 CRS:84 158.887408 159.40976799999999 -31.907584 -31.363264 text/html ausseabed:Lord_Howe_Rise_Bathymetry_50-80m_2016 This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/112283 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweRise-Bathymetry-50m-80m-2016.zip" target="_blank">Download Bathymetry</a> EPSG:4326 153.28172089144377 164.9871784635833 -28.097365862098183 -14.538314374536066 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Trans_1_50-80m_2016_L0_Coverage features Lord_Howe_Rise_Bathymetry_Z57_Trans_1_50-80m_2016_L0_Coverage EPSG:4326 CRS:84 155.94327158500005 157.1327635660001 -21.54697245999995 -19.896798908999926 ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Trans_1_50-80m_2016_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 155.93892248053083 157.49469123574806 -21.566588375323146 -19.882003690020703 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Trans_1_50-80m_2016_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 155.93892248053083 157.49469123574806 -21.566588375323146 -19.882003690020703 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_3_50-80m_2016_L0_Coverage features Lord_Howe_Rise_Bathymetry_Z56_Trans_3_50-80m_2016_L0_Coverage EPSG:4326 CRS:84 154.70338990900007 154.84299340000007 -19.999730747999934 -14.600803865999978 ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_3_50-80m_2016_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 154.37911061119277 155.49171435724622 -20.002563068597258 -14.538314374535773 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_3_50-80m_2016_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 154.37911061119277 155.49171435724622 -20.002563068597258 -14.538314374535773 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Interp_50-80m_2016_L0_Coverage features Lord_Howe_Rise_Bathymetry_Z56_Interp_50-80m_2016_L0_Coverage EPSG:4326 CRS:84 153.60635462000005 156.0366457350001 -27.569134348999967 -26.761832337999977 ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Interp_50-80m_2016_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.5762790094502 156.03946907926542 -27.656075732011924 -26.683446687957364 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Interp_50-80m_2016_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.5762790094502 156.03946907926542 -27.656075732011924 -26.683446687957364 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_1_50-80m_2016_L0_Coverage features Lord_Howe_Rise_Bathymetry_Z56_Trans_1_50-80m_2016_L0_Coverage EPSG:4326 CRS:84 153.35959609400004 154.88372324500006 -26.56110185199998 -23.93100099399993 ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_1_50-80m_2016_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.27560854417902 155.3897104525141 -26.617528109801345 -23.9247494393433 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_1_50-80m_2016_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.27560854417902 155.3897104525141 -26.617528109801345 -23.9247494393433 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z58_Interp_50-80m_2016_L0_Coverage features Lord_Howe_Rise_Bathymetry_Z58_Interp_50-80m_2016_L0_Coverage EPSG:4326 CRS:84 161.97326631500005 164.82828420500005 -27.815465483999958 -26.885153342999956 ausseabed:Lord_Howe_Rise_Bathymetry_Z58_Interp_50-80m_2016_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32758 CRS:84 161.95703735856432 164.98717846358326 -28.032250499976108 -26.708433002996117 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z58_Interp_50-80m_2016_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32758 CRS:84 161.95703735856432 164.98717846358326 -28.032250499976108 -26.708433002996117 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_2_50-80m_2016_L0_Coverage features Lord_Howe_Rise_Bathymetry_Z56_Trans_2_50-80m_2016_L0_Coverage EPSG:4326 CRS:84 154.70289220200004 156.056380374 -24.00214737999994 -19.916508844999953 ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_2_50-80m_2016_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 154.45963157376167 156.11245727464717 -24.004369099245977 -19.900108763431433 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_2_50-80m_2016_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 154.45963157376167 156.11245727464717 -24.004369099245977 -19.900108763431433 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Interp_50-80m_2016_L0_Coverage features Lord_Howe_Rise_Bathymetry_Z57_Interp_50-80m_2016_L0_Coverage EPSG:4326 CRS:84 155.93541595500005 162.05813664800007 -28.048979347999932 -26.092991841999947 ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Interp_50-80m_2016_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 155.9186512949306 162.07728269694505 -28.132001542178223 -25.796530038081315 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Interp_50-80m_2016_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 155.9186512949306 162.07728269694505 -28.132001542178223 -25.796530038081315 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Trans_2_50-80m_2016_L0_Coverage features Lord_Howe_Rise_Bathymetry_Z57_Trans_2_50-80m_2016_L0_Coverage EPSG:4326 CRS:84 156.9340976190001 160.2339470280001 -20.02335980099997 -15.502807264999944 ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Trans_2_50-80m_2016_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 156.9054333773772 160.40151037321294 -20.03389753381119 -15.431302090886744 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Trans_2_50-80m_2016_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 156.9054333773772 160.40151037321294 -20.03389753381119 -15.431302090886744 text/html ausseabed:Lord_Howe_Rise_Bathymetry_70-90m_2017 This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/123889 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweRise-Bathymetry-70m-90m-2017.zip" target="_blank">Download Bathymetry</a> EPSG:32757 155.92493689903907 162.58761579114173 -28.043024292552857 -17.94384090660565 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Transit1_73m___70-90m_2017_L0_Coverage features Lord_Howe_Rise_Bathymetry_Transit1_73m___70-90m_2017_L0_Coverage EPSG:4326 CRS:84 153.8861787950001 154.52702967400012 -25.492764945999966 -21.98854510299998 ausseabed:Lord_Howe_Rise_Bathymetry_Transit1_73m___70-90m_2017_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 153.72428141979307 154.8801306051328 -25.577453087102306 -21.985450364817403 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Transit1_73m___70-90m_2017_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 153.72428141979307 154.8801306051328 -25.577453087102306 -21.985450364817403 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Interp1_90m___70-90m_2017_L0_Coverage Lord_Howe_Rise_Bathymetry_Interp1_90m___70-90m_2017_L0_Coverage features EPSG:4326 CRS:84 153.69990841900005 156.04758372000003 -27.783177353999974 -26.55794511299996 ausseabed:Lord_Howe_Rise_Bathymetry_Interp1_90m___70-90m_2017_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 153.67286191732015 156.05035270236996 -27.914023510949637 -26.48144262761281 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Interp1_90m___70-90m_2017_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 153.67286191732015 156.05035270236996 -27.914023510949637 -26.48144262761281 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Interp2_90m___70-90m_2017_L0_Coverage features Lord_Howe_Rise_Bathymetry_Interp2_90m___70-90m_2017_L0_Coverage EPSG:4326 CRS:84 155.93527616000006 162.49163782000005 -27.994621135999978 -26.02573684099997 ausseabed:Lord_Howe_Rise_Bathymetry_Interp2_90m___70-90m_2017_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 155.92493689903907 162.58761579114173 -28.043024292552857 -25.948617623561027 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Interp2_90m___70-90m_2017_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 155.92493689903907 162.58761579114173 -28.043024292552857 -25.948617623561027 text/html ausseabed:Lord_Howe_Rise_Bathymetry_T2_83m___70-90m_2017_L0_Coverage features Lord_Howe_Rise_Bathymetry_T2_83m___70-90m_2017_L0_Coverage EPSG:4326 CRS:84 153.4579227590001 154.8327835340001 -22.025621747999935 -17.963790544999938 ausseabed:Lord_Howe_Rise_Bathymetry_T2_83m___70-90m_2017_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 153.35478908966678 154.914187637442 -22.02930162799405 -17.963456980660702 text/html ausseabed:Lord_Howe_Rise_Bathymetry_T2_83m___70-90m_2017_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 153.35478908966678 154.914187637442 -22.02930162799405 -17.963456980660702 text/html ausseabed:Lord_Howe_Rise_Bathymetry_T3_70m___70-90m_2017_L0_Coverage features Lord_Howe_Rise_Bathymetry_T3_70m___70-90m_2017_L0_Coverage EPSG:4326 CRS:84 153.4579227590001 154.8327835340001 -22.025621747999935 -17.963790544999938 ausseabed:Lord_Howe_Rise_Bathymetry_T3_70m___70-90m_2017_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 153.35478908966678 154.914187637442 -22.02930162799405 -17.963456980660702 text/html ausseabed:Lord_Howe_Rise_Bathymetry_T3_70m___70-90m_2017_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 153.35478908966678 154.914187637442 -22.02930162799405 -17.963456980660702 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Interp1_90m___70-90m_2017 This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/123889 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweRise-Bathymetry-70m-90m-2017.zip" target="_blank">Download Bathymetry</a> EPSG:32757 159.67286191732015 162.05035270236996 -27.914023510949637 -26.48144262761281 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Interp1_90m___70-90m_2017_L0_Coverage Lord_Howe_Rise_Bathymetry_Interp1_90m___70-90m_2017_L0_Coverage features EPSG:4326 CRS:84 153.69990841900005 156.04758372000003 -27.783177353999974 -26.55794511299996 ausseabed:Lord_Howe_Rise_Bathymetry_Interp1_90m___70-90m_2017_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 153.67286191732015 156.05035270236996 -27.914023510949637 -26.48144262761281 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Interp1_90m___70-90m_2017_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 153.67286191732015 156.05035270236996 -27.914023510949637 -26.48144262761281 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Interp2_90m___70-90m_2017 This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/123889 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweRise-Bathymetry-70m-90m-2017.zip" target="_blank">Download Bathymetry</a> EPSG:32757 155.92493689903907 162.58761579114173 -28.043024292552857 -25.948617623561027 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Interp2_90m___70-90m_2017_L0_Coverage features Lord_Howe_Rise_Bathymetry_Interp2_90m___70-90m_2017_L0_Coverage EPSG:4326 CRS:84 155.93527616000006 162.49163782000005 -27.994621135999978 -26.02573684099997 ausseabed:Lord_Howe_Rise_Bathymetry_Interp2_90m___70-90m_2017_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 155.92493689903907 162.58761579114173 -28.043024292552857 -25.948617623561027 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Interp2_90m___70-90m_2017_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 155.92493689903907 162.58761579114173 -28.043024292552857 -25.948617623561027 text/html ausseabed:Lord_Howe_Rise_Bathymetry_T2_83m___70-90m_2017 This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/123889 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweRise-Bathymetry-70m-90m-2017.zip" target="_blank">Download Bathymetry</a> EPSG:32757 159.3547890896668 160.914187637442 -22.02930162799405 -17.963456980660702 text/html ausseabed:Lord_Howe_Rise_Bathymetry_T2_83m___70-90m_2017_L0_Coverage features Lord_Howe_Rise_Bathymetry_T2_83m___70-90m_2017_L0_Coverage EPSG:4326 CRS:84 153.4579227590001 154.8327835340001 -22.025621747999935 -17.963790544999938 ausseabed:Lord_Howe_Rise_Bathymetry_T2_83m___70-90m_2017_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 153.35478908966678 154.914187637442 -22.02930162799405 -17.963456980660702 text/html ausseabed:Lord_Howe_Rise_Bathymetry_T2_83m___70-90m_2017_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 153.35478908966678 154.914187637442 -22.02930162799405 -17.963456980660702 text/html ausseabed:Lord_Howe_Rise_Bathymetry_T3_70m___70-90m_2017 This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/123889 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweRise-Bathymetry-70m-90m-2017.zip" target="_blank">Download Bathymetry</a> EPSG:32757 159.3547890896668 160.914187637442 -22.02930162799405 -17.963456980660702 text/html ausseabed:Lord_Howe_Rise_Bathymetry_T3_70m___70-90m_2017_L0_Coverage features Lord_Howe_Rise_Bathymetry_T3_70m___70-90m_2017_L0_Coverage EPSG:4326 CRS:84 153.4579227590001 154.8327835340001 -22.025621747999935 -17.963790544999938 ausseabed:Lord_Howe_Rise_Bathymetry_T3_70m___70-90m_2017_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 153.35478908966678 154.914187637442 -22.02930162799405 -17.963456980660702 text/html ausseabed:Lord_Howe_Rise_Bathymetry_T3_70m___70-90m_2017_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 153.35478908966678 154.914187637442 -22.02930162799405 -17.963456980660702 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Transit1_73m___70-90m_2017 This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/123889 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweRise-Bathymetry-70m-90m-2017.zip" target="_blank">Download Bathymetry</a> EPSG:32757 159.7242814197931 160.8801306051328 -25.577453087102306 -21.985450364817403 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Transit1_73m___70-90m_2017_L0_Coverage features Lord_Howe_Rise_Bathymetry_Transit1_73m___70-90m_2017_L0_Coverage EPSG:4326 CRS:84 153.8861787950001 154.52702967400012 -25.492764945999966 -21.98854510299998 ausseabed:Lord_Howe_Rise_Bathymetry_Transit1_73m___70-90m_2017_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 153.72428141979307 154.8801306051328 -25.577453087102306 -21.985450364817403 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Transit1_73m___70-90m_2017_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from8 of November 2017 to1stJanuary 2018 onboard the RV Kairei (Survey KR1715C). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2017 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 69,190 km2. Five bathymetry grids of 70 to 90m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 153.72428141979307 154.8801306051328 -25.577453087102306 -21.985450364817403 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Interp_50-80m_2016 This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/112283 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweRise-Bathymetry-50m-80m-2016.zip" target="_blank">Download Bathymetry</a> EPSG:32756 153.5762790094502 156.03946907926542 -27.656075732011924 -26.683446687957364 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Interp_50-80m_2016_L0_Coverage features Lord_Howe_Rise_Bathymetry_Z56_Interp_50-80m_2016_L0_Coverage EPSG:4326 CRS:84 153.60635462000005 156.0366457350001 -27.569134348999967 -26.761832337999977 ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Interp_50-80m_2016_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.5762790094502 156.03946907926542 -27.656075732011924 -26.683446687957364 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Interp_50-80m_2016_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.5762790094502 156.03946907926542 -27.656075732011924 -26.683446687957364 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_1_50-80m_2016 This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/112283 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweRise-Bathymetry-50m-80m-2016.zip" target="_blank">Download Bathymetry</a> EPSG:32756 153.27560854417902 155.3897104525141 -26.617528109801345 -23.9247494393433 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_1_50-80m_2016_L0_Coverage features Lord_Howe_Rise_Bathymetry_Z56_Trans_1_50-80m_2016_L0_Coverage EPSG:4326 CRS:84 153.35959609400004 154.88372324500006 -26.56110185199998 -23.93100099399993 ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_1_50-80m_2016_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.27560854417902 155.3897104525141 -26.617528109801345 -23.9247494393433 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_1_50-80m_2016_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.27560854417902 155.3897104525141 -26.617528109801345 -23.9247494393433 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_2_50-80m_2016 This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/112283 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweRise-Bathymetry-50m-80m-2016.zip" target="_blank">Download Bathymetry</a> EPSG:32756 154.45963157376167 156.11245727464717 -24.004369099245977 -19.900108763431433 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_2_50-80m_2016_L0_Coverage features Lord_Howe_Rise_Bathymetry_Z56_Trans_2_50-80m_2016_L0_Coverage EPSG:4326 CRS:84 154.70289220200004 156.056380374 -24.00214737999994 -19.916508844999953 ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_2_50-80m_2016_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 154.45963157376167 156.11245727464717 -24.004369099245977 -19.900108763431433 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_2_50-80m_2016_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 154.45963157376167 156.11245727464717 -24.004369099245977 -19.900108763431433 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_3_50-80m_2016 This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/112283 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweRise-Bathymetry-50m-80m-2016.zip" target="_blank">Download Bathymetry</a> EPSG:32756 154.37911061119277 155.49171435724622 -20.002563068597258 -14.538314374535773 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_3_50-80m_2016_L0_Coverage features Lord_Howe_Rise_Bathymetry_Z56_Trans_3_50-80m_2016_L0_Coverage EPSG:4326 CRS:84 154.70338990900007 154.84299340000007 -19.999730747999934 -14.600803865999978 ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_3_50-80m_2016_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 154.37911061119277 155.49171435724622 -20.002563068597258 -14.538314374535773 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z56_Trans_3_50-80m_2016_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 154.37911061119277 155.49171435724622 -20.002563068597258 -14.538314374535773 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Interp_50-80m_2016 This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/112283 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweRise-Bathymetry-50m-80m-2016.zip" target="_blank">Download Bathymetry</a> EPSG:32757 155.9186512949306 162.07728269694505 -28.132001542178223 -25.796530038081315 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Interp_50-80m_2016_L0_Coverage features Lord_Howe_Rise_Bathymetry_Z57_Interp_50-80m_2016_L0_Coverage EPSG:4326 CRS:84 155.93541595500005 162.05813664800007 -28.048979347999932 -26.092991841999947 ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Interp_50-80m_2016_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 155.9186512949306 162.07728269694505 -28.132001542178223 -25.796530038081315 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Interp_50-80m_2016_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 155.9186512949306 162.07728269694505 -28.132001542178223 -25.796530038081315 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Trans_1_50-80m_2016 This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/112283 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweRise-Bathymetry-50m-80m-2016.zip" target="_blank">Download Bathymetry</a> EPSG:32757 155.93892248053083 157.49469123574806 -21.566588375323146 -19.882003690020703 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Trans_1_50-80m_2016_L0_Coverage features Lord_Howe_Rise_Bathymetry_Z57_Trans_1_50-80m_2016_L0_Coverage EPSG:4326 CRS:84 155.94327158500005 157.1327635660001 -21.54697245999995 -19.896798908999926 ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Trans_1_50-80m_2016_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 155.93892248053083 157.49469123574806 -21.566588375323146 -19.882003690020703 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Trans_1_50-80m_2016_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 155.93892248053083 157.49469123574806 -21.566588375323146 -19.882003690020703 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Trans_2_50-80m_2016 This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/112283 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweRise-Bathymetry-50m-80m-2016.zip" target="_blank">Download Bathymetry</a> EPSG:32757 156.9054333773772 160.40151037321294 -20.034079695672933 -15.431302090886744 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Trans_2_50-80m_2016_L0_Coverage features Lord_Howe_Rise_Bathymetry_Z57_Trans_2_50-80m_2016_L0_Coverage EPSG:4326 CRS:84 156.9340976190001 160.2339470280001 -20.02335980099997 -15.502807264999944 ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Trans_2_50-80m_2016_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 156.9054333773772 160.40151037321294 -20.03389753381119 -15.431302090886744 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z57_Trans_2_50-80m_2016_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32757 CRS:84 156.9054333773772 160.40151037321294 -20.03389753381119 -15.431302090886744 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z58_Interp_50-80m_2016 This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/112283 <br><a href="https://files.ausseabed.gov.au/survey/LordHoweRise-Bathymetry-50m-80m-2016.zip" target="_blank">Download Bathymetry</a> EPSG:32758 161.95703735856432 164.98717846358326 -28.032250499976108 -26.708433002996117 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z58_Interp_50-80m_2016_L0_Coverage features Lord_Howe_Rise_Bathymetry_Z58_Interp_50-80m_2016_L0_Coverage EPSG:4326 CRS:84 161.97326631500005 164.82828420500005 -27.815465483999958 -26.885153342999956 ausseabed:Lord_Howe_Rise_Bathymetry_Z58_Interp_50-80m_2016_HS This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32758 CRS:84 161.95703735856432 164.98717846358326 -28.032250499976108 -26.708433002996117 text/html ausseabed:Lord_Howe_Rise_Bathymetry_Z58_Interp_50-80m_2016_OV This dataset contains bathymetry products from the Lord Howe Rise 2D Seismic Survey undertaken by Geoscience Australia (GA) and the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) during the period from 17 March to 16 May 2016 onboard the RV Kairei (Survey KR1605). The Lord Howe Rise (LHR) is a submerged plateau that extends from southwest New Caledonia to the west of New Zealand. Much of the LHR lies within the Australian marine jurisdiction at water depths of 1000-3000m. The Commonwealth conducted a scientific seismic survey over the Lord Howe Rise in 2016 in collaboration with JAMSTEC. This collaboration contributes to a larger research proposal submitted to the International Ocean Discovery Program (IODP) that would provide the first deep stratigraphic record for the Cretaceous Eastern Gondwana Margin. The IODP proposal, if funded, is to drill a deep stratigraphic well to a depth of 2-3 km below the seabed, possibly in 2020. In order to select the drill sites, GA and JAMSTEC are conducting site assessments that involve a seismic survey in 2016 and a geotechnical survey in 2017. Multibeam bathymetry data were acquired during the survey covering an area of 62,360 km2. Eight bathymetry grids of 50 to 80m resolution were produced using the shipborne 12 KHz sonar system. This dataset is not to be used for navigational purposes. EPSG:32758 CRS:84 161.95703735856432 164.98717846358326 -28.032250499976108 -26.708433002996117 text/html ausseabed:Lord_Mayor_Shoal_to_Pitt_Shoals_Bathymetry_30m_2023 The Lord Mayor Shoal to Pitt Shoals bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 1 Oct 2023 – 30 Nov 2023. This was a contracted survey conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Lord Mayor Shoal to Pitt Shoals. Bathymetry data was acquired using a Kongsberg EM2040 MKII, and processed using CARIS HIPS and SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149885 <br><a href="https://files.ausseabed.gov.au/survey/LordMayorShoaltoPittShoals-HIPP-SI-1042-Bathymetry-30m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:4326 122.50078492834783 123.05702175227464 -16.651935674430952 -16.238800475264384 text/html ausseabed:Lord_Mayor_Shoal_to_Pitt_Shoals_Bathymetry__HIPP_SI_1042__30m_2023_L0_Coverage features Lord_Mayor_Shoal_to_Pitt_Shoals_Bathymetry__HIPP_SI_1042__30m_2023_L0_Coverage EPSG:4326 CRS:84 122.50078492800003 123.05702175200008 -16.651935673999958 -16.238800474999948 ausseabed:Lord_Mayor_Shoal_to_Pitt_Shoals_Bathymetry__HIPP_SI_1042__30m_2023_HS The Lord Mayor Shoal to Pitt Shoals bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 1 Oct 2023 – 30 Nov 2023. This was a contracted survey conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Lord Mayor Shoal to Pitt Shoals. Bathymetry data was acquired using a Kongsberg EM2040 MKII, and processed using CARIS HIPS and SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 122.50078492834783 123.05702175227464 -16.651935674430952 -16.238800475264384 text/html ausseabed:Lord_Mayor_Shoal_to_Pitt_Shoals_Bathymetry__HIPP_SI_1042__30m_2023_OV The Lord Mayor Shoal to Pitt Shoals bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 1 Oct 2023 – 30 Nov 2023. This was a contracted survey conducted for the Australian Hydrographic Office as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Lord Mayor Shoal to Pitt Shoals. Bathymetry data was acquired using a Kongsberg EM2040 MKII, and processed using CARIS HIPS and SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 122.50078492834783 123.05702175227464 -16.651935674430952 -16.238800475264384 text/html ausseabed:MH370_Phase_2_Sonar_Imagery_Backscatter_Inverse_Autonomous_Underwater_Vehicle__SSS__5m_2018 On behalf of Australia, and in support of the Malaysian accident investigation, the Australian Transport Safety Bureau (ATSB) led search operations for missing Malaysian Airlines flight MH370 in the Southern Indian Ocean. Geoscience Australia provided advice, expertise and support to the ATSB to facilitate marine surveys, which were undertaken to provide a detailed map of the sea floor topography and to aid navigation during the underwater search. This dataset comprises Side Scan Sonar (SSS), Synthetic Aperture Sonar (SAS) and multibeam sonar backscatter data at 5 m resolution. Data was collected during Phase 2 marine surveys conducted by the Governments of Australia, Malaysia and the People’s Republic of China between September 2014 to January 2017. The data was acquired by Echo Surveyor 7 (Kongsberg AUV Hugin 1000), Edgetech 2400 Deep Tow and SLH PS-60 Synthetic Aperture Sonar Deep Tow deployed from the following vessels: Fugro Supporter, Fugro Equator, Fugro Discovery, Havila Harmony, Dong Hai Jiu 101 and Go Phoenix. All material and data from this access point is subject to copyright. Please note the creative commons copyright notice and relating to the re-use of this material. Geoscience Australia's preference is that you attribute the datasets (and any material sourced from it) using the following wording: Source: Governments of Australia, Malaysia and the People's Republic of China, 2018. MH370 Phase 2 data. We honour the memory of those who have lost their lives and acknowledge the enormous loss felt by their loved ones. <br>https://pid.geoscience.gov.au/dataset/ga/120969 <br><a href="https://files.ausseabed.gov.au/survey/MH370-Phase2-SOnarImagery-Backscatter-5m-2018.zip" target="_blank">Download Backscatter Inverse</a> EPSG:4326 86.01957061754999 96.31088011755001 -39.667090068250005 -32.808073889750005 text/html ausseabed:MH370_Phase_2_Sonar_Imagery_Backscatter_Inverse_Autonomous_Underwater_Vehicle__SSS__5m_2018_OV On behalf of Australia, and in support of the Malaysian accident investigation, the Australian Transport Safety Bureau (ATSB) led search operations for missing Malaysian Airlines flight MH370 in the Southern Indian Ocean. Geoscience Australia provided advice, expertise and support to the ATSB to facilitate marine surveys, which were undertaken to provide a detailed map of the sea floor topography and to aid navigation during the underwater search. This dataset comprises Side Scan Sonar (SSS), Synthetic Aperture Sonar (SAS) and multibeam sonar backscatter data at 5 m resolution. Data was collected during Phase 2 marine surveys conducted by the Governments of Australia, Malaysia and the People’s Republic of China between September 2014 to January 2017. The data was acquired by Echo Surveyor 7 (Kongsberg AUV Hugin 1000), Edgetech 2400 Deep Tow and SLH PS-60 Synthetic Aperture Sonar Deep Tow deployed from the following vessels: Fugro Supporter, Fugro Equator, Fugro Discovery, Havila Harmony, Dong Hai Jiu 101 and Go Phoenix. All material and data from this access point is subject to copyright. Please note the creative commons copyright notice and relating to the re-use of this material. Geoscience Australia's preference is that you attribute the datasets (and any material sourced from it) using the following wording: Source: Governments of Australia, Malaysia and the People's Republic of China, 2018. MH370 Phase 2 data. We honour the memory of those who have lost their lives and acknowledge the enormous loss felt by their loved ones. EPSG:4326 CRS:84 86.01957061754999 96.31088011755001 -39.667090068250005 -32.808073889750005 text/html ausseabed:MH370_Phase_2_Sonar_Imagery_Backscatter_Inverse_Deep_Tow__SSS__5m_2018 On behalf of Australia, and in support of the Malaysian accident investigation, the Australian Transport Safety Bureau (ATSB) led search operations for missing Malaysian Airlines flight MH370 in the Southern Indian Ocean. Geoscience Australia provided advice, expertise and support to the ATSB to facilitate marine surveys, which were undertaken to provide a detailed map of the sea floor topography and to aid navigation during the underwater search. This dataset comprises Side Scan Sonar (SSS), Synthetic Aperture Sonar (SAS) and multibeam sonar backscatter data at 5 m resolution. Data was collected during Phase 2 marine surveys conducted by the Governments of Australia, Malaysia and the People’s Republic of China between September 2014 to January 2017. The data was acquired by Echo Surveyor 7 (Kongsberg AUV Hugin 1000), Edgetech 2400 Deep Tow and SLH PS-60 Synthetic Aperture Sonar Deep Tow deployed from the following vessels: Fugro Supporter, Fugro Equator, Fugro Discovery, Havila Harmony, Dong Hai Jiu 101 and Go Phoenix. All material and data from this access point is subject to copyright. Please note the creative commons copyright notice and relating to the re-use of this material. Geoscience Australia's preference is that you attribute the datasets (and any material sourced from it) using the following wording: Source: Governments of Australia, Malaysia and the People's Republic of China, 2018. MH370 Phase 2 data. We honour the memory of those who have lost their lives and acknowledge the enormous loss felt by their loved ones. <br>https://pid.geoscience.gov.au/dataset/ga/120969 <br><a href="https://files.ausseabed.gov.au/survey/MH370-Phase2-SOnarImagery-Backscatter-5m-2018.zip" target="_blank">Download Backscatter Inverse</a> EPSG:4326 85.09011792510125 95.93790701113565 -40.08706161208838 -32.81132163735761 text/html ausseabed:MH370_Phase_2_Sonar_Imagery_Backscatter_Inverse_Deep_Tow__SSS__5m_2018_L0_Coverage features MH370_Phase_2_Sonar_Imagery_Backscatter_Inverse_Deep_Tow__SSS__5m_2018_L0_Coverage EPSG:4326 CRS:84 85.11591396109884 95.74649375264497 -40.08278132716361 -32.83007114632154 ausseabed:MH370_Phase_2_Sonar_Imagery_Backscatter_Inverse_Deep_Tow__SSS__5m_2018_HS On behalf of Australia, and in support of the Malaysian accident investigation, the Australian Transport Safety Bureau (ATSB) led search operations for missing Malaysian Airlines flight MH370 in the Southern Indian Ocean. Geoscience Australia provided advice, expertise and support to the ATSB to facilitate marine surveys, which were undertaken to provide a detailed map of the sea floor topography and to aid navigation during the underwater search. This dataset comprises Side Scan Sonar (SSS), Synthetic Aperture Sonar (SAS) and multibeam sonar backscatter data at 5 m resolution. Data was collected during Phase 2 marine surveys conducted by the Governments of Australia, Malaysia and the People’s Republic of China between September 2014 to January 2017. The data was acquired by Echo Surveyor 7 (Kongsberg AUV Hugin 1000), Edgetech 2400 Deep Tow and SLH PS-60 Synthetic Aperture Sonar Deep Tow deployed from the following vessels: Fugro Supporter, Fugro Equator, Fugro Discovery, Havila Harmony, Dong Hai Jiu 101 and Go Phoenix. All material and data from this access point is subject to copyright. Please note the creative commons copyright notice and relating to the re-use of this material. Geoscience Australia's preference is that you attribute the datasets (and any material sourced from it) using the following wording: Source: Governments of Australia, Malaysia and the People's Republic of China, 2018. MH370 Phase 2 data. We honour the memory of those who have lost their lives and acknowledge the enormous loss felt by their loved ones. EPSG:4326 CRS:84 85.09011792510125 95.93790701113565 -40.08706161208838 -32.81132163735761 text/html ausseabed:MH370_Phase_2_Sonar_Imagery_Backscatter_Inverse_Deep_Tow__SSS__5m_2018_OV On behalf of Australia, and in support of the Malaysian accident investigation, the Australian Transport Safety Bureau (ATSB) led search operations for missing Malaysian Airlines flight MH370 in the Southern Indian Ocean. Geoscience Australia provided advice, expertise and support to the ATSB to facilitate marine surveys, which were undertaken to provide a detailed map of the sea floor topography and to aid navigation during the underwater search. This dataset comprises Side Scan Sonar (SSS), Synthetic Aperture Sonar (SAS) and multibeam sonar backscatter data at 5 m resolution. Data was collected during Phase 2 marine surveys conducted by the Governments of Australia, Malaysia and the People’s Republic of China between September 2014 to January 2017. The data was acquired by Echo Surveyor 7 (Kongsberg AUV Hugin 1000), Edgetech 2400 Deep Tow and SLH PS-60 Synthetic Aperture Sonar Deep Tow deployed from the following vessels: Fugro Supporter, Fugro Equator, Fugro Discovery, Havila Harmony, Dong Hai Jiu 101 and Go Phoenix. All material and data from this access point is subject to copyright. Please note the creative commons copyright notice and relating to the re-use of this material. Geoscience Australia's preference is that you attribute the datasets (and any material sourced from it) using the following wording: Source: Governments of Australia, Malaysia and the People's Republic of China, 2018. MH370 Phase 2 data. We honour the memory of those who have lost their lives and acknowledge the enormous loss felt by their loved ones. EPSG:4326 CRS:84 85.09011792510125 95.93790701113565 -40.08706161208838 -32.81132163735761 text/html ausseabed:MH370_Phase_2_Sonar_Imagery_Backscatter_Wide_DHJ__SAS__5m_2018 On behalf of Australia, and in support of the Malaysian accident investigation, the Australian Transport Safety Bureau (ATSB) led search operations for missing Malaysian Airlines flight MH370 in the Southern Indian Ocean. Geoscience Australia provided advice, expertise and support to the ATSB to facilitate marine surveys, which were undertaken to provide a detailed map of the sea floor topography and to aid navigation during the underwater search. This dataset comprises Side Scan Sonar (SSS), Synthetic Aperture Sonar (SAS) and multibeam sonar backscatter data at 5 m resolution. Data was collected during Phase 2 marine surveys conducted by the Governments of Australia, Malaysia and the People’s Republic of China between September 2014 to January 2017. The data was acquired by Echo Surveyor 7 (Kongsberg AUV Hugin 1000), Edgetech 2400 Deep Tow and SLH PS-60 Synthetic Aperture Sonar Deep Tow deployed from the following vessels: Fugro Supporter, Fugro Equator, Fugro Discovery, Havila Harmony, Dong Hai Jiu 101 and Go Phoenix. All material and data from this access point is subject to copyright. Please note the creative commons copyright notice and relating to the re-use of this material. Geoscience Australia's preference is that you attribute the datasets (and any material sourced from it) using the following wording: Source: Governments of Australia, Malaysia and the People's Republic of China, 2018. MH370 Phase 2 data. We honour the memory of those who have lost their lives and acknowledge the enormous loss felt by their loved ones. <br>https://pid.geoscience.gov.au/dataset/ga/120969 <br><a href="https://files.ausseabed.gov.au/survey/MH370-Phase2-SOnarImagery-Backscatter-5m-2018.zip" target="_blank">Download Backscatter Wide</a> EPSG:4326 88.68001120222388 95.37578398114063 -37.89964773058072 -33.037217177561594 text/html ausseabed:MH370_Phase_2_Sonar_Imagery_Backscatter_Wide_DHJ__SAS__5m_2018_L0_Coverage features MH370_Phase_2_Sonar_Imagery_Backscatter_Wide_DHJ__SAS__5m_2018_L0_Coverage EPSG:4326 CRS:84 88.68001120200006 95.37573454400007 -37.89959829299994 -33.037217177999935 ausseabed:MH370_Phase_2_Sonar_Imagery_Backscatter_Wide_DHJ__SAS__5m_2018_OV On behalf of Australia, and in support of the Malaysian accident investigation, the Australian Transport Safety Bureau (ATSB) led search operations for missing Malaysian Airlines flight MH370 in the Southern Indian Ocean. Geoscience Australia provided advice, expertise and support to the ATSB to facilitate marine surveys, which were undertaken to provide a detailed map of the sea floor topography and to aid navigation during the underwater search. This dataset comprises Side Scan Sonar (SSS), Synthetic Aperture Sonar (SAS) and multibeam sonar backscatter data at 5 m resolution. Data was collected during Phase 2 marine surveys conducted by the Governments of Australia, Malaysia and the People’s Republic of China between September 2014 to January 2017. The data was acquired by Echo Surveyor 7 (Kongsberg AUV Hugin 1000), Edgetech 2400 Deep Tow and SLH PS-60 Synthetic Aperture Sonar Deep Tow deployed from the following vessels: Fugro Supporter, Fugro Equator, Fugro Discovery, Havila Harmony, Dong Hai Jiu 101 and Go Phoenix. All material and data from this access point is subject to copyright. Please note the creative commons copyright notice and relating to the re-use of this material. Geoscience Australia's preference is that you attribute the datasets (and any material sourced from it) using the following wording: Source: Governments of Australia, Malaysia and the People's Republic of China, 2018. MH370 Phase 2 data. We honour the memory of those who have lost their lives and acknowledge the enormous loss felt by their loved ones. EPSG:4326 CRS:84 88.68001120222388 95.37578398114063 -37.89964773058072 -33.037217177561594 text/html ausseabed:Macquarie_Ridge_Bathymetry_01_128m_1994 The RS9401 bathymetry survey, GA0124 was acquired by Geoscience Australia onboard the Australian vessel Rig Seismic from the 12th of January to the 16th of February 1994 using an MR1 (12 kHz) towed sidescan sonar system. The objectives of the RS9401 bathymetry survey was to collect new data in order to update our understanding of the Macquarie Ridge Complex (MRC), located at the boundary between the Pacific and Australian plates. The survey acquired Sidescan/ bathymetry, gravity and 96- channel seismic reflection imaging across the morphologic ridge and trench system. Gravity and magnetic data were collected during the entire survey. This V0 dataset contains three, 128 m resolution 32-bit geotiff of the Macquarie Ridge survey area produced from the processed MR1 bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/144418 <br><a href="https://files.ausseabed.gov.au/survey/MacquarieRidge-Bathymetry-128m-1994.zip" target="_blank">Download Bathymetry</a> EPSG:32758 161.72135998949872 165.8061665608417 -54.46497324385958 -48.80871230536958 text/html ausseabed:Macquarie_Ridge_Bathymetry_01_128m_1994_L0_Coverage features Macquarie_Ridge_Bathymetry_01_128m_1994_L0_Coverage EPSG:4326 CRS:84 161.72502514200005 165.64411863700002 -54.384320437999975 -48.86851209499997 ausseabed:Macquarie_Ridge_Bathymetry_01_128m_1994_HS The RS9401 bathymetry survey, GA0124 was acquired by Geoscience Australia onboard the Australian vessel Rig Seismic from the 12th of January to the 16th of February 1994 using an MR1 (12 kHz) towed sidescan sonar system. The objectives of the RS9401 bathymetry survey was to collect new data in order to update our understanding of the Macquarie Ridge Complex (MRC), located at the boundary between the Pacific and Australian plates. The survey acquired Sidescan/ bathymetry, gravity and 96- channel seismic reflection imaging across the morphologic ridge and trench system. Gravity and magnetic data were collected during the entire survey. This V0 dataset contains three, 128 m resolution 32-bit geotiff of the Macquarie Ridge survey area produced from the processed MR1 bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32758 CRS:84 161.72135998949872 165.8061665608417 -54.46484523311974 -48.80871230536958 text/html ausseabed:Macquarie_Ridge_Bathymetry_01_128m_1994_OV The RS9401 bathymetry survey, GA0124 was acquired by Geoscience Australia onboard the Australian vessel Rig Seismic from the 12th of January to the 16th of February 1994 using an MR1 (12 kHz) towed sidescan sonar system. The objectives of the RS9401 bathymetry survey was to collect new data in order to update our understanding of the Macquarie Ridge Complex (MRC), located at the boundary between the Pacific and Australian plates. The survey acquired Sidescan/ bathymetry, gravity and 96- channel seismic reflection imaging across the morphologic ridge and trench system. Gravity and magnetic data were collected during the entire survey. This V0 dataset contains three, 128 m resolution 32-bit geotiff of the Macquarie Ridge survey area produced from the processed MR1 bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32758 CRS:84 161.72135998949872 165.8061665608417 -54.46484523311974 -48.80871230536958 text/html ausseabed:Macquarie_Ridge_Bathymetry_02_128m_1994 The RS9401 bathymetry survey, GA0124 was acquired by Geoscience Australia onboard the Australian vessel Rig Seismic from the 12th of January to the 16th of February 1994 using an MR1 (12 kHz) towed sidescan sonar system. The objectives of the RS9401 bathymetry survey was to collect new data in order to update our understanding of the Macquarie Ridge Complex (MRC), located at the boundary between the Pacific and Australian plates. The survey acquired Sidescan/ bathymetry, gravity and 96- channel seismic reflection imaging across the morphologic ridge and trench system. Gravity and magnetic data were collected during the entire survey. This V0 dataset contains three, 128 m resolution 32-bit geotiff of the Macquarie Ridge survey area produced from the processed MR1 bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/144418 <br><a href="https://files.ausseabed.gov.au/survey/MacquarieRidge-Bathymetry-128m-1994.zip" target="_blank">Download Bathymetry</a> EPSG:32757 155.43475769732385 162.69078883046322 -57.17927479092383 -51.967037533228776 text/html ausseabed:Macquarie_Ridge_Bathymetry_02_128m_1994_L0_Coverage features Macquarie_Ridge_Bathymetry_02_128m_1994_L0_Coverage EPSG:4326 CRS:84 155.54505588000006 162.4394082560001 -57.09178508999997 -51.96836462299996 ausseabed:Macquarie_Ridge_Bathymetry_02_128m_1994_HS The RS9401 bathymetry survey, GA0124 was acquired by Geoscience Australia onboard the Australian vessel Rig Seismic from the 12th of January to the 16th of February 1994 using an MR1 (12 kHz) towed sidescan sonar system. The objectives of the RS9401 bathymetry survey was to collect new data in order to update our understanding of the Macquarie Ridge Complex (MRC), located at the boundary between the Pacific and Australian plates. The survey acquired Sidescan/ bathymetry, gravity and 96- channel seismic reflection imaging across the morphologic ridge and trench system. Gravity and magnetic data were collected during the entire survey. This V0 dataset contains three, 128 m resolution 32-bit geotiff of the Macquarie Ridge survey area produced from the processed MR1 bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32757 CRS:84 155.43475769732385 162.69078883046322 -57.17927479092383 -51.967037533228776 text/html ausseabed:Macquarie_Ridge_Bathymetry_02_128m_1994_OV The RS9401 bathymetry survey, GA0124 was acquired by Geoscience Australia onboard the Australian vessel Rig Seismic from the 12th of January to the 16th of February 1994 using an MR1 (12 kHz) towed sidescan sonar system. The objectives of the RS9401 bathymetry survey was to collect new data in order to update our understanding of the Macquarie Ridge Complex (MRC), located at the boundary between the Pacific and Australian plates. The survey acquired Sidescan/ bathymetry, gravity and 96- channel seismic reflection imaging across the morphologic ridge and trench system. Gravity and magnetic data were collected during the entire survey. This V0 dataset contains three, 128 m resolution 32-bit geotiff of the Macquarie Ridge survey area produced from the processed MR1 bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32757 CRS:84 155.43475769732385 162.69078883046322 -57.17927479092383 -51.967037533228776 text/html ausseabed:Macquarie_Ridge_Bathymetry_03_128m_1994 The RS9401 bathymetry survey, GA0124 was acquired by Geoscience Australia onboard the Australian vessel Rig Seismic from the 12th of January to the 16th of February 1994 using an MR1 (12 kHz) towed sidescan sonar system. The objectives of the RS9401 bathymetry survey was to collect new data in order to update our understanding of the Macquarie Ridge Complex (MRC), located at the boundary between the Pacific and Australian plates. The survey acquired Sidescan/ bathymetry, gravity and 96- channel seismic reflection imaging across the morphologic ridge and trench system. Gravity and magnetic data were collected during the entire survey. This V0 dataset contains three, 128 m resolution 32-bit geotiff of the Macquarie Ridge survey area produced from the processed MR1 bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/144418 <br><a href="https://files.ausseabed.gov.au/survey/MacquarieRidge-Bathymetry-128m-1994.zip" target="_blank">Download Bathymetry</a> EPSG:32757 157.02039653554812 162.3353036230275 -52.05550538011718 -47.18147882559349 text/html ausseabed:Macquarie_Ridge_Bathymetry_03_128m_1994_L0_Coverage features Macquarie_Ridge_Bathymetry_03_128m_1994_L0_Coverage EPSG:4326 CRS:84 157.3348065790001 162.33368003500004 -52.055436990999965 -47.32925384499998 ausseabed:Macquarie_Ridge_Bathymetry_03_128m_1994_HS The RS9401 bathymetry survey, GA0124 was acquired by Geoscience Australia onboard the Australian vessel Rig Seismic from the 12th of January to the 16th of February 1994 using an MR1 (12 kHz) towed sidescan sonar system. The objectives of the RS9401 bathymetry survey was to collect new data in order to update our understanding of the Macquarie Ridge Complex (MRC), located at the boundary between the Pacific and Australian plates. The survey acquired Sidescan/ bathymetry, gravity and 96- channel seismic reflection imaging across the morphologic ridge and trench system. Gravity and magnetic data were collected during the entire survey. This V0 dataset contains three, 128 m resolution 32-bit geotiff of the Macquarie Ridge survey area produced from the processed MR1 bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32757 CRS:84 157.02039653554812 162.3353036230275 -52.05389220148897 -47.18147882559349 text/html ausseabed:Macquarie_Ridge_Bathymetry_03_128m_1994_OV The RS9401 bathymetry survey, GA0124 was acquired by Geoscience Australia onboard the Australian vessel Rig Seismic from the 12th of January to the 16th of February 1994 using an MR1 (12 kHz) towed sidescan sonar system. The objectives of the RS9401 bathymetry survey was to collect new data in order to update our understanding of the Macquarie Ridge Complex (MRC), located at the boundary between the Pacific and Australian plates. The survey acquired Sidescan/ bathymetry, gravity and 96- channel seismic reflection imaging across the morphologic ridge and trench system. Gravity and magnetic data were collected during the entire survey. This V0 dataset contains three, 128 m resolution 32-bit geotiff of the Macquarie Ridge survey area produced from the processed MR1 bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32757 CRS:84 157.02039653554812 162.3353036230275 -52.05389220148897 -47.18147882559349 text/html ausseabed:Macquarie_Ridge_Bathymetry_128m_1994 The RS9401 bathymetry survey, GA0124 was acquired by Geoscience Australia onboard the Australian vessel Rig Seismic from the 12th of January to the 16th of February 1994 using an MR1 (12 kHz) towed sidescan sonar system. The objectives of the RS9401 bathymetry survey was to collect new data in order to update our understanding of the Macquarie Ridge Complex (MRC), located at the boundary between the Pacific and Australian plates. The survey acquired Sidescan/ bathymetry, gravity and 96- channel seismic reflection imaging across the morphologic ridge and trench system. Gravity and magnetic data were collected during the entire survey. This V0 dataset contains three, 128 m resolution 32-bit geotiff of the Macquarie Ridge survey area produced from the processed MR1 bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/144418 <br><a href="https://files.ausseabed.gov.au/survey/MacquarieRidge-Bathymetry-128m-1994.zip" target="_blank">Download Bathymetry</a> EPSG:4326 155.43475769727237 165.7122063867675 -57.12861252187219 -47.181478825671405 text/html ausseabed:Macquarie_Ridge_Bathymetry_01_128m_1994_L0_Coverage features Macquarie_Ridge_Bathymetry_01_128m_1994_L0_Coverage EPSG:4326 CRS:84 161.72502514200005 165.64411863700002 -54.384320437999975 -48.86851209499997 ausseabed:Macquarie_Ridge_Bathymetry_01_128m_1994_HS The RS9401 bathymetry survey, GA0124 was acquired by Geoscience Australia onboard the Australian vessel Rig Seismic from the 12th of January to the 16th of February 1994 using an MR1 (12 kHz) towed sidescan sonar system. The objectives of the RS9401 bathymetry survey was to collect new data in order to update our understanding of the Macquarie Ridge Complex (MRC), located at the boundary between the Pacific and Australian plates. The survey acquired Sidescan/ bathymetry, gravity and 96- channel seismic reflection imaging across the morphologic ridge and trench system. Gravity and magnetic data were collected during the entire survey. This V0 dataset contains three, 128 m resolution 32-bit geotiff of the Macquarie Ridge survey area produced from the processed MR1 bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32758 CRS:84 161.72135998949872 165.8061665608417 -54.46484523311974 -48.80871230536958 text/html ausseabed:Macquarie_Ridge_Bathymetry_01_128m_1994_OV The RS9401 bathymetry survey, GA0124 was acquired by Geoscience Australia onboard the Australian vessel Rig Seismic from the 12th of January to the 16th of February 1994 using an MR1 (12 kHz) towed sidescan sonar system. The objectives of the RS9401 bathymetry survey was to collect new data in order to update our understanding of the Macquarie Ridge Complex (MRC), located at the boundary between the Pacific and Australian plates. The survey acquired Sidescan/ bathymetry, gravity and 96- channel seismic reflection imaging across the morphologic ridge and trench system. Gravity and magnetic data were collected during the entire survey. This V0 dataset contains three, 128 m resolution 32-bit geotiff of the Macquarie Ridge survey area produced from the processed MR1 bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32758 CRS:84 161.72135998949872 165.8061665608417 -54.46484523311974 -48.80871230536958 text/html ausseabed:Macquarie_Ridge_Bathymetry_03_128m_1994_L0_Coverage features Macquarie_Ridge_Bathymetry_03_128m_1994_L0_Coverage EPSG:4326 CRS:84 157.3348065790001 162.33368003500004 -52.055436990999965 -47.32925384499998 ausseabed:Macquarie_Ridge_Bathymetry_03_128m_1994_HS The RS9401 bathymetry survey, GA0124 was acquired by Geoscience Australia onboard the Australian vessel Rig Seismic from the 12th of January to the 16th of February 1994 using an MR1 (12 kHz) towed sidescan sonar system. The objectives of the RS9401 bathymetry survey was to collect new data in order to update our understanding of the Macquarie Ridge Complex (MRC), located at the boundary between the Pacific and Australian plates. The survey acquired Sidescan/ bathymetry, gravity and 96- channel seismic reflection imaging across the morphologic ridge and trench system. Gravity and magnetic data were collected during the entire survey. This V0 dataset contains three, 128 m resolution 32-bit geotiff of the Macquarie Ridge survey area produced from the processed MR1 bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32757 CRS:84 157.02039653554812 162.3353036230275 -52.05389220148897 -47.18147882559349 text/html ausseabed:Macquarie_Ridge_Bathymetry_03_128m_1994_OV The RS9401 bathymetry survey, GA0124 was acquired by Geoscience Australia onboard the Australian vessel Rig Seismic from the 12th of January to the 16th of February 1994 using an MR1 (12 kHz) towed sidescan sonar system. The objectives of the RS9401 bathymetry survey was to collect new data in order to update our understanding of the Macquarie Ridge Complex (MRC), located at the boundary between the Pacific and Australian plates. The survey acquired Sidescan/ bathymetry, gravity and 96- channel seismic reflection imaging across the morphologic ridge and trench system. Gravity and magnetic data were collected during the entire survey. This V0 dataset contains three, 128 m resolution 32-bit geotiff of the Macquarie Ridge survey area produced from the processed MR1 bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32757 CRS:84 157.02039653554812 162.3353036230275 -52.05389220148897 -47.18147882559349 text/html ausseabed:Macquarie_Ridge_Bathymetry_02_128m_1994_L0_Coverage features Macquarie_Ridge_Bathymetry_02_128m_1994_L0_Coverage EPSG:4326 CRS:84 155.54505588000006 162.4394082560001 -57.09178508999997 -51.96836462299996 ausseabed:Macquarie_Ridge_Bathymetry_02_128m_1994_HS The RS9401 bathymetry survey, GA0124 was acquired by Geoscience Australia onboard the Australian vessel Rig Seismic from the 12th of January to the 16th of February 1994 using an MR1 (12 kHz) towed sidescan sonar system. The objectives of the RS9401 bathymetry survey was to collect new data in order to update our understanding of the Macquarie Ridge Complex (MRC), located at the boundary between the Pacific and Australian plates. The survey acquired Sidescan/ bathymetry, gravity and 96- channel seismic reflection imaging across the morphologic ridge and trench system. Gravity and magnetic data were collected during the entire survey. This V0 dataset contains three, 128 m resolution 32-bit geotiff of the Macquarie Ridge survey area produced from the processed MR1 bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32757 CRS:84 155.43475769732385 162.69078883046322 -57.17927479092383 -51.967037533228776 text/html ausseabed:Macquarie_Ridge_Bathymetry_02_128m_1994_OV The RS9401 bathymetry survey, GA0124 was acquired by Geoscience Australia onboard the Australian vessel Rig Seismic from the 12th of January to the 16th of February 1994 using an MR1 (12 kHz) towed sidescan sonar system. The objectives of the RS9401 bathymetry survey was to collect new data in order to update our understanding of the Macquarie Ridge Complex (MRC), located at the boundary between the Pacific and Australian plates. The survey acquired Sidescan/ bathymetry, gravity and 96- channel seismic reflection imaging across the morphologic ridge and trench system. Gravity and magnetic data were collected during the entire survey. This V0 dataset contains three, 128 m resolution 32-bit geotiff of the Macquarie Ridge survey area produced from the processed MR1 bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32757 CRS:84 155.43475769732385 162.69078883046322 -57.17927479092383 -51.967037533228776 text/html ausseabed:Macreadie_Seagrass_Bathymetry__0_2m_2015 The Macreadie Seagrass bathymetry survey was acquired by Deakin University Marine onboard the Motor Vessel Yolla over two days in 2015 (09/12/2015-10/12/2015) using a Kongsberg EM2040c. <br>https://pid.geoscience.gov.au/dataset/ga/150704 <br><a href="https://files.ausseabed.gov.au/survey/MacreadieSeagrass-Bathymetry-Depth-20cm-2015.zip" target="_blank">Download Bathymetry</a> EPSG:32755 146.62232869865616 146.6316593161255 -38.740293331858126 -38.73507298148385 text/html ausseabed:Macreadie_Seagrass_Bathymetry__0_2m_2015_L0_Coverage features Macreadie_Seagrass_Bathymetry__0_2m_2015_L0_Coverage EPSG:4326 CRS:84 146.622716536142 146.631095510646 -38.7401385443288 -38.7355827610491 ausseabed:Macreadie_Seagrass_Bathymetry__0_2m_2015_HS The Macreadie Seagrass bathymetry survey was acquired by Deakin University Marine onboard the Motor Vessel Yolla over two days in 2015 (09/12/2015-10/12/2015) using a Kongsberg EM2040c. EPSG:32755 CRS:84 146.62232869865616 146.6316593161255 -38.740293331858126 -38.73507298148385 text/html ausseabed:Macreadie_Seagrass_Bathymetry__0_2m_2015_OV The Macreadie Seagrass bathymetry survey was acquired by Deakin University Marine onboard the Motor Vessel Yolla over two days in 2015 (09/12/2015-10/12/2015) using a Kongsberg EM2040c. EPSG:32755 CRS:84 146.62232869865616 146.6316593161255 -38.740293331858126 -38.73507298148385 text/html ausseabed:Mavis_Reef__East___Bonaparte_Archipelago_Bathymetry_30m_2020 The Mavis Reef bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the M/V Warrego during the period 08 January – 09 August 2021. This was a contracted survey conducted by Neptune Marine Services under the HydroScheme Industry Partnership Program (HIPP). The survey area is located east of Mavis Reef, at the southern extent of the Bonaparte Archipelago, offshore northwestern Australia. Bathymetry data were acquired using a R2Sonic 2024 multibeam sonar system and processed using QPS Qimera V2.0.1 and exported to GeoTIFF using CARIS HIPS and SIPS software. This dataset contains a 30m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147099 <br><a href="https://files.ausseabed.gov.au/survey/MavisReef-East-Bonaparte-Archipelago-HIPP-SI-1011-Bathymetry-30m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 123.55947366342613 124.15700001323812 -15.65654847191271 -15.359676335376793 text/html ausseabed:Mavis_Reef__East___Bonaparte_Archipelago_Bathymetry__HIPP_SI_1011__30m_2020_L0_Coverage features Mavis_Reef__East___Bonaparte_Archipelago_Bathymetry__HIPP_SI_1011__30m_2020_L0_Coverage EPSG:4326 CRS:84 123.56003288300008 124.15672040300001 -15.656277355999975 -15.359947450999982 ausseabed:Mavis_Reef__East___Bonaparte_Archipelago_Bathymetry__HIPP_SI_1011__30m_2020_HS The Mavis Reef bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the M/V Warrego during the period 08 January – 09 August 2021. This was a contracted survey conducted by Neptune Marine Services under the HydroScheme Industry Partnership Program (HIPP). The survey area is located east of Mavis Reef, at the southern extent of the Bonaparte Archipelago, offshore northwestern Australia. Bathymetry data were acquired using a R2Sonic 2024 multibeam sonar system and processed using QPS Qimera V2.0.1 and exported to GeoTIFF using CARIS HIPS and SIPS software. This dataset contains a 30m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 123.55947366342613 124.15700001323812 -15.65654847191271 -15.359676335376793 text/html ausseabed:Mavis_Reef__East___Bonaparte_Archipelago_Bathymetry__HIPP_SI_1011__30m_2020_OV The Mavis Reef bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the M/V Warrego during the period 08 January – 09 August 2021. This was a contracted survey conducted by Neptune Marine Services under the HydroScheme Industry Partnership Program (HIPP). The survey area is located east of Mavis Reef, at the southern extent of the Bonaparte Archipelago, offshore northwestern Australia. Bathymetry data were acquired using a R2Sonic 2024 multibeam sonar system and processed using QPS Qimera V2.0.1 and exported to GeoTIFF using CARIS HIPS and SIPS software. This dataset contains a 30m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 123.55947366342613 124.15700001323812 -15.65654847191271 -15.359676335376793 text/html ausseabed:Mentelle_basin_Bathymetry_50m_2005 The Mentelle Basin survey GA-0293, SS08/2005 was acquired by Geoscience Australia onboard the RV Southern Surveyor from the 28th of September to the 19th of October 2005. This deep water rift basin (up to 4500m depth) is located offshore from Fremantle on the SW Australian margin. The objectives of the survey was to study deep water marine habitats and to assess the petroleum potential of the Mentelle Basin. The swath data collected covered a new area of seabed that revealed the extents of the blind submarine canyons and completed the coverage of the Perth Canyon and filled the remaining gaps with high resolution swath bathymetry data. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75235 <br><a href="https://files.ausseabed.gov.au/survey/MentelleBasin-Bathymetry-50m-2005.zip" target="_blank">Download Bathymetry</a> EPSG:32750 113.26000056604263 115.75326283672254 -33.428172323114275 -31.82765776273787 text/html ausseabed:Mentelle_basin_Bathymetry__50m_2005_L0_Coverage features Mentelle_basin_Bathymetry__50m_2005_L0_Coverage EPSG:4326 CRS:84 113.29278512500002 115.71584778700003 -33.37940187899994 -31.882359926999982 ausseabed:Mentelle_basin_Bathymetry__50m_2005_HS The Mentelle Basin survey GA-0293, SS08/2005 was acquired by Geoscience Australia onboard the RV Southern Surveyor from the 28th of September to the 19th of October 2005. This deep water rift basin (up to 4500m depth) is located offshore from Fremantle on the SW Australian margin. The objectives of the survey was to study deep water marine habitats and to assess the petroleum potential of the Mentelle Basin. The swath data collected covered a new area of seabed that revealed the extents of the blind submarine canyons and completed the coverage of the Perth Canyon and filled the remaining gaps with high resolution swath bathymetry data. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 113.26000056604263 115.75326283672254 -33.428172323114275 -31.82765776273787 text/html ausseabed:Mentelle_basin_Bathymetry__50m_2005_OV The Mentelle Basin survey GA-0293, SS08/2005 was acquired by Geoscience Australia onboard the RV Southern Surveyor from the 28th of September to the 19th of October 2005. This deep water rift basin (up to 4500m depth) is located offshore from Fremantle on the SW Australian margin. The objectives of the survey was to study deep water marine habitats and to assess the petroleum potential of the Mentelle Basin. The swath data collected covered a new area of seabed that revealed the extents of the blind submarine canyons and completed the coverage of the Perth Canyon and filled the remaining gaps with high resolution swath bathymetry data. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 113.26000056604263 115.75326283672254 -33.428172323114275 -31.82765776273787 text/html ausseabed:Merri_Marine_Sanctuary_Bathymetry__1m_2014 The Merri Marine Sanctuary bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over four days in 2014 (10/03, 11/03, 30/03, 01/04) using a Kongsberg EM2040c. These data were collected as part of a Parks Victoria project to map the seafloor inside the marine sanctuary and in several locations outside to help associate southern rock lobster with seafloor habitats. <br>https://pid.geoscience.gov.au/dataset/ga/150707 <br><a href="https://files.ausseabed.gov.au/survey/20140011S-MerriMarineSanctuary.zip" target="_blank">Download Bathymetry</a> EPSG:32754 142.44955762357682 142.56111466863695 -38.424985212365584 -38.39084863642619 text/html ausseabed:Merri_Marine_Sanctuary_Bathymetry__1m_2014_L0_Coverage features Merri_Marine_Sanctuary_Bathymetry__1m_2014_L0_Coverage EPSG:4326 CRS:84 142.465349009736 142.52025405514502 -38.4195341949117 -38.3965734933578 ausseabed:Merri_Marine_Sanctuary_Bathymetry__1m_2014_HS The Merri Marine Sanctuary bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over four days in 2014 (10/03, 11/03, 30/03, 01/04) using a Kongsberg EM2040c. These data were collected as part of a Parks Victoria project to map the seafloor inside the marine sanctuary and in several locations outside to help associate southern rock lobster with seafloor habitats. EPSG:32754 CRS:84 142.44955762357682 142.56111466863695 -38.424985212365584 -38.39084863642619 text/html ausseabed:Merri_Marine_Sanctuary_Bathymetry__1m_2014_OV The Merri Marine Sanctuary bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over four days in 2014 (10/03, 11/03, 30/03, 01/04) using a Kongsberg EM2040c. These data were collected as part of a Parks Victoria project to map the seafloor inside the marine sanctuary and in several locations outside to help associate southern rock lobster with seafloor habitats. EPSG:32754 CRS:84 142.44955762357682 142.56111466863695 -38.424985212365584 -38.39084863642619 text/html ausseabed:Mudjimba_Island_Bathymetry_Bathymetry_0_5m_2024 The Mudjimba Island Bathymetry survey was acquired for the Department of Environment, Tourism, Science and Innovation (DETSI) onboard the MV Jim Peel during the period 03 December 2024. Bathymetry data was acquired using a Reson Seabat T50P and processed using CARIS processing software. The dataset was then exported as a 0.5m resolution, 32-bit floating point GeoTIFF image in GDA2020. Department of Environment, Tourism, Science and Innovation (DETSI) is looking to characterise the benthic environment including any significant substrate features and flat areas suitable for mooring block placement at Mudjimba Island. Port of Brisbane (PoB) provided expertise and support to DETSI to complete a bathymetry survey of Mudjimba Island and its surroundings (1.5kmx1.5km) with backscatter data collected. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150392 <br><a href="https://files.ausseabed.gov.au/survey/Mudjimba-Island-Bathymetry-0.5m-2024.zip" target="_blank">Download Bathymetry</a> EPSG:4326 153.107936746317 153.123654510757 -26.620426317286 -26.606390210318 text/html ausseabed:Mudjimba_Island_Bathymetry_Bathymetry__0_5m_2024_L0_Coverage features Mudjimba_Island_Bathymetry_Bathymetry__0_5m_2024_L0_Coverage EPSG:4326 CRS:84 153.10793674600006 153.12365451100004 -26.620426316999954 -26.606390209999972 ausseabed:Mudjimba_Island_Bathymetry_Bathymetry__0_5m_2024_HS The Mudjimba Island Bathymetry survey was acquired for the Department of Environment, Tourism, Science and Innovation (DETSI) onboard the MV Jim Peel during the period 03 December 2024. Bathymetry data was acquired using a Reson Seabat T50P and processed using CARIS processing software. The dataset was then exported as a 0.5m resolution, 32-bit floating point GeoTIFF image in GDA2020. Department of Environment, Tourism, Science and Innovation (DETSI) is looking to characterise the benthic environment including any significant substrate features and flat areas suitable for mooring block placement at Mudjimba Island. Port of Brisbane (PoB) provided expertise and support to DETSI to complete a bathymetry survey of Mudjimba Island and its surroundings (1.5kmx1.5km) with backscatter data collected. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 153.107936746317 153.123654510757 -26.620426317286 -26.606390210318 text/html ausseabed:Mudjimba_Island_Bathymetry_Bathymetry__0_5m_2024_OV The Mudjimba Island Bathymetry survey was acquired for the Department of Environment, Tourism, Science and Innovation (DETSI) onboard the MV Jim Peel during the period 03 December 2024. Bathymetry data was acquired using a Reson Seabat T50P and processed using CARIS processing software. The dataset was then exported as a 0.5m resolution, 32-bit floating point GeoTIFF image in GDA2020. Department of Environment, Tourism, Science and Innovation (DETSI) is looking to characterise the benthic environment including any significant substrate features and flat areas suitable for mooring block placement at Mudjimba Island. Port of Brisbane (PoB) provided expertise and support to DETSI to complete a bathymetry survey of Mudjimba Island and its surroundings (1.5kmx1.5km) with backscatter data collected. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 153.107936746317 153.123654510757 -26.620426317286 -26.606390210318 text/html ausseabed:Multibeam_Compilation_of_Australia_Bathymetry__50m_2018 This dataset contains all multibeam bathymetry data held by Geoscience Australia as of June 2018. It was compiled from data holdings lying within the offshore area of Australia, including international waters, and gridded at 50m. Source information can be found in the associated vector product, AusSeabed Bathymetry Holdings (https://pid.geoscience.gov.au/dataset/ga/116321). This dataset is accessible via clip, zip & ship enabled web mapping service on Geoscience Australia’s Marine data portal, http://marine.ga.gov.au. In future, this product will be delivered dynamically through the AusSeabed portal (in development). This dataset is not to be used for navigational purposes. <br>http://pid.geoscience.gov.au/dataset/ga/124063 <br><a href="https://files.ausseabed.gov.au/survey/MultibeamBathymetryOfAustralia2018-50m.zip" target="_blank">Download Bathymetry</a> EPSG:4326 89.999775 173.13127500000002 -59.99977500000002 -7.999774999999999 text/html ausseabed:Multibeam_Compilation_of_Australia_Bathymetry__50m_2018_L0_Coverage features Multibeam_Compilation_of_Australia_Bathymetry__50m_2018_L0_Coverage EPSG:4326 CRS:84 89.9997749999999 173.16129067167202 -59.95696268824901 -7.999775078409019 ausseabed:Multibeam_Compilation_of_Australia_Bathymetry__50m_2018_HS This dataset contains all multibeam bathymetry data held by Geoscience Australia as of June 2018. It was compiled from data holdings lying within the offshore area of Australia, including international waters, and gridded at 50m. Source information can be found in the associated vector product, AusSeabed Bathymetry Holdings (https://pid.geoscience.gov.au/dataset/ga/116321). This dataset is accessible via clip, zip & ship enabled web mapping service on Geoscience Australia’s Marine data portal, http://marine.ga.gov.au. In future, this product will be delivered dynamically through the AusSeabed portal (in development). This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 89.999775 173.13127500000002 -59.99977500000002 -7.999774999999999 text/html ausseabed:Multibeam_Compilation_of_Australia_Bathymetry__50m_2018_OV This dataset contains all multibeam bathymetry data held by Geoscience Australia as of June 2018. It was compiled from data holdings lying within the offshore area of Australia, including international waters, and gridded at 50m. Source information can be found in the associated vector product, AusSeabed Bathymetry Holdings (https://pid.geoscience.gov.au/dataset/ga/116321). This dataset is accessible via clip, zip & ship enabled web mapping service on Geoscience Australia’s Marine data portal, http://marine.ga.gov.au. In future, this product will be delivered dynamically through the AusSeabed portal (in development). This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 89.999775 173.13127500000002 -59.99977500000002 -7.999774999999999 text/html ausseabed:Murray_Marine_Park_Bathymetry_100m_2024 This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Murray Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-C survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150171 <br><a href="https://files.ausseabed.gov.au/survey/Murray-Marine-Park-Bathymetry-100m-2024.zip" target="_blank">Download Bathymetry</a> EPSG:4326 136.70036999999996 137.5022263704023 -38.00079478350168 -37.60271028 text/html ausseabed:Murray_Marine_Park_Bathymetry__100m_2024_L0_Coverage features Murray_Marine_Park_Bathymetry__100m_2024_L0_Coverage EPSG:4326 CRS:84 136.70037000000002 137.50222637000002 -38.000794783999936 -37.60271027999994 ausseabed:Murray_Marine_Park_Bathymetry__100m_2024_HS This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Murray Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-C survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 136.70036999999996 137.5022263704023 -38.00079478350168 -37.60271028 text/html ausseabed:Murray_Marine_Park_Bathymetry__100m_2024_OV This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Murray Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-C survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 136.70036999999996 137.5022263704023 -38.00079478350168 -37.60271028 text/html ausseabed:NSW_Continental_Slope_Bathymetry_50m_2006 The NSW Continental Slope survey GA-2413, SS10/2006 was acquired by Geoscience australia onboard the RV Southern Surveyor from the 12th of October to the 25th of October 2006. The geographical range stretched from Jervis bay in the South to Port Stephens in the North. The aim was to assess the physical nature of the NSW continental slope, improve our understanding of the surface and subsurface structure of the continental slope and to investigate the history of sediment movement along the continental slope. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75122 <br><a href="https://files.ausseabed.gov.au/survey/NSWContinentalShelf-Bathymetry-50m-2006.zip" target="_blank">Download Bathymetry</a> EPSG:32756 150.94755425407496 153.32534768092052 -35.313615074658635 -31.86415559229367 text/html ausseabed:NSW_Continental_Slope_Bathymetry__50m_2006_L0_Coverage features NSW_Continental_Slope_Bathymetry__50m_2006_L0_Coverage EPSG:4326 CRS:84 150.9713683330001 153.3049954060001 -35.27380609699998 -31.89237362199998 ausseabed:NSW_Continental_Slope_Bathymetry__50m_2006_HS The NSW Continental Slope survey GA-2413, SS10/2006 was acquired by Geoscience australia onboard the RV Southern Surveyor from the 12th of October to the 25th of October 2006. The geographical range stretched from Jervis bay in the South to Port Stephens in the North. The aim was to assess the physical nature of the NSW continental slope, improve our understanding of the surface and subsurface structure of the continental slope and to investigate the history of sediment movement along the continental slope. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 150.94755425407496 153.32534768092052 -35.313336206755544 -31.86415559229367 text/html ausseabed:NSW_Continental_Slope_Bathymetry__50m_2006_OV The NSW Continental Slope survey GA-2413, SS10/2006 was acquired by Geoscience australia onboard the RV Southern Surveyor from the 12th of October to the 25th of October 2006. The geographical range stretched from Jervis bay in the South to Port Stephens in the North. The aim was to assess the physical nature of the NSW continental slope, improve our understanding of the surface and subsurface structure of the continental slope and to investigate the history of sediment movement along the continental slope. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 150.94755425407496 153.32534768092052 -35.313336206755544 -31.86415559229367 text/html ausseabed:NSW_Shellharbour_Tharawal_02203_Backscatter_Wide_5m_2017 This resource includes bathymetry data acquired during the Shellharbour Tharawal marine survey collected by the NSW government (Department of Planning and Environment – DPE) during the period 25 May – 30 November 2017 onboard the RV Bombora using DPE’s R2Sonic 2022 multibeam sonar. The Shellharbour bathymetry survey was led by Dr. Bradley Morris (DPE Coasts and Marine) as part of SeabedNSW program funded by NSW Coastal Reforms package. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. The data will provide a better understanding of nearshore sediment distribution/transport mechanisms for improved assessment of threats/risks associated with erosion events (i.e. East Coast Lows) and changing sea levels. This dataset contains 2 x 32-bit floating point geotiff files of bathymetry (2m and 5m gridded) for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. A detailed report on the survey is provided in: i) AusSeabed Survey Report and ii) NSW DPE Scientific Rigor Statement NSWENV_20171130_Shellharbour_MB_ScientificRigour.pdf. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the Senior Team Leader and the department’s Hydrosurveyor, Coasts and Marine Science, NSW Dept. Planning and Environment. <br>https://pid.geoscience.gov.au/dataset/ga/146308 <br><a href="https://files.ausseabed.gov.au/survey/Shellharbour-Backscatter-5m-2017.zip" target="_blank">Download Backscatter Wide</a> EPSG:32756 150.87654084998564 150.9687579221045 -34.60032301416047 -34.49290536741081 text/html ausseabed:NSW_Shellharbour_Tharawal_02203_Backscatter_Wide__5m__5m_2017_L0_Coverage features NSW_Shellharbour_Tharawal_02203_Backscatter_Wide__5m__5m_2017_L0_Coverage EPSG:4326 CRS:84 150.87756777700008 150.9685348590001 -34.59955485599994 -34.493666539999936 ausseabed:NSW_Shellharbour_Tharawal_02203_Backscatter_Wide__5m__5m_2017_HS This resource includes bathymetry data acquired during the Shellharbour Tharawal marine survey collected by the NSW government (Department of Planning and Environment – DPE) during the period 25 May – 30 November 2017 onboard the RV Bombora using DPE’s R2Sonic 2022 multibeam sonar. The Shellharbour bathymetry survey was led by Dr. Bradley Morris (DPE Coasts and Marine) as part of SeabedNSW program funded by NSW Coastal Reforms package. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. The data will provide a better understanding of nearshore sediment distribution/transport mechanisms for improved assessment of threats/risks associated with erosion events (i.e. East Coast Lows) and changing sea levels. This dataset contains 2 x 32-bit floating point geotiff files of bathymetry (2m and 5m gridded) for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. A detailed report on the survey is provided in: i) AusSeabed Survey Report and ii) NSW DPE Scientific Rigor Statement NSWENV_20171130_Shellharbour_MB_ScientificRigour.pdf. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the Senior Team Leader and the department’s Hydrosurveyor, Coasts and Marine Science, NSW Dept. Planning and Environment. EPSG:32756 CRS:84 150.87654084998564 150.9687579221045 -34.60032301416047 -34.49290536741081 text/html ausseabed:NSW_Shellharbour_Tharawal_02203_Backscatter_Wide__5m__5m_2017_OV This resource includes bathymetry data acquired during the Shellharbour Tharawal marine survey collected by the NSW government (Department of Planning and Environment – DPE) during the period 25 May – 30 November 2017 onboard the RV Bombora using DPE’s R2Sonic 2022 multibeam sonar. The Shellharbour bathymetry survey was led by Dr. Bradley Morris (DPE Coasts and Marine) as part of SeabedNSW program funded by NSW Coastal Reforms package. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. The data will provide a better understanding of nearshore sediment distribution/transport mechanisms for improved assessment of threats/risks associated with erosion events (i.e. East Coast Lows) and changing sea levels. This dataset contains 2 x 32-bit floating point geotiff files of bathymetry (2m and 5m gridded) for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. A detailed report on the survey is provided in: i) AusSeabed Survey Report and ii) NSW DPE Scientific Rigor Statement NSWENV_20171130_Shellharbour_MB_ScientificRigour.pdf. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the Senior Team Leader and the department’s Hydrosurveyor, Coasts and Marine Science, NSW Dept. Planning and Environment. EPSG:32756 CRS:84 150.87654084998564 150.9687579221045 -34.60032301416047 -34.49290536741081 text/html ausseabed:NSW_Shellharbour_Tharawal_02203_Bathymetry_2-5m_2017 This resource includes bathymetry data acquired during the Shellharbour Tharawal marine survey collected by the NSW government (Department of Planning and Environment – DPE) during the period 25 May – 30 November 2017 onboard the RV Bombora using DPE’s R2Sonic 2022 multibeam sonar. The Shellharbour bathymetry survey was led by Dr. Bradley Morris (DPE Coasts and Marine) as part of SeabedNSW program funded by NSW Coastal Reforms package. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. The data will provide a better understanding of nearshore sediment distribution/transport mechanisms for improved assessment of threats/risks associated with erosion events (i.e. East Coast Lows) and changing sea levels. This dataset contains 2 x 32-bit floating point geotiff files of bathymetry (2m and 5m gridded) for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. A detailed report on the survey is provided in: i) AusSeabed Survey Report and ii) NSW DPE Scientific Rigor Statement NSWENV_20171130_Shellharbour_MB_ScientificRigour.pdf. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the Senior Team Leader and the department’s Hydrosurveyor, Coasts and Marine Science, NSW Dept. Planning and Environment. <br>https://pid.geoscience.gov.au/dataset/ga/146307 <br><a href="https://files.ausseabed.gov.au/survey/Shellharbour-Bathymetry-2m-5m-2017.zip" target="_blank">Download Bathymetry</a> EPSG:32756 150.87633522290966 150.96982371558587 -34.606765650505224 -34.489867874624046 text/html ausseabed:NSW_Shellharbour_Tharawal_02203_Bathymetry__5m___2-5m_2017_L0_Coverage features NSW_Shellharbour_Tharawal_02203_Bathymetry__5m___2-5m_2017_L0_Coverage EPSG:4326 CRS:84 150.8775308380001 150.96811997600003 -34.60001812199994 -34.49365363299995 ausseabed:NSW_Shellharbour_Tharawal_02203_Bathymetry__5m___2-5m_2017_HS This resource includes bathymetry data acquired during the Shellharbour Tharawal marine survey collected by the NSW government (Department of Planning and Environment – DPE) during the period 25 May – 30 November 2017 onboard the RV Bombora using DPE’s R2Sonic 2022 multibeam sonar. The Shellharbour bathymetry survey was led by Dr. Bradley Morris (DPE Coasts and Marine) as part of SeabedNSW program funded by NSW Coastal Reforms package. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. The data will provide a better understanding of nearshore sediment distribution/transport mechanisms for improved assessment of threats/risks associated with erosion events (i.e. East Coast Lows) and changing sea levels. This dataset contains 2 x 32-bit floating point geotiff files of bathymetry (2m and 5m gridded) for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. A detailed report on the survey is provided in: i) AusSeabed Survey Report and ii) NSW DPE Scientific Rigor Statement NSWENV_20171130_Shellharbour_MB_ScientificRigour.pdf. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the Senior Team Leader and the department’s Hydrosurveyor, Coasts and Marine Science, NSW Dept. Planning and Environment. EPSG:32756 CRS:84 150.87633522290966 150.96982371558587 -34.606765650505224 -34.489867874624046 text/html ausseabed:NSW_Shellharbour_Tharawal_02203_Bathymetry__5m___2-5m_2017_OV This resource includes bathymetry data acquired during the Shellharbour Tharawal marine survey collected by the NSW government (Department of Planning and Environment – DPE) during the period 25 May – 30 November 2017 onboard the RV Bombora using DPE’s R2Sonic 2022 multibeam sonar. The Shellharbour bathymetry survey was led by Dr. Bradley Morris (DPE Coasts and Marine) as part of SeabedNSW program funded by NSW Coastal Reforms package. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. The data will provide a better understanding of nearshore sediment distribution/transport mechanisms for improved assessment of threats/risks associated with erosion events (i.e. East Coast Lows) and changing sea levels. This dataset contains 2 x 32-bit floating point geotiff files of bathymetry (2m and 5m gridded) for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. A detailed report on the survey is provided in: i) AusSeabed Survey Report and ii) NSW DPE Scientific Rigor Statement NSWENV_20171130_Shellharbour_MB_ScientificRigour.pdf. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the Senior Team Leader and the department’s Hydrosurveyor, Coasts and Marine Science, NSW Dept. Planning and Environment. EPSG:32756 CRS:84 150.87633522290966 150.96982371558587 -34.606765650505224 -34.489867874624046 text/html ausseabed:NSW_Shellharbour_Tharawal_02203_Bathymetry__2m___2-5m_2017_L0_Coverage features NSW_Shellharbour_Tharawal_02203_Bathymetry__2m___2-5m_2017_L0_Coverage EPSG:4326 CRS:84 150.87757486700002 150.9681467580001 -34.60001208299997 -34.49365326299994 ausseabed:NSW_Shellharbour_Tharawal_02203_Bathymetry__2m___2-5m_2017_HS This resource includes bathymetry data acquired during the Shellharbour Tharawal marine survey collected by the NSW government (Department of Planning and Environment – DPE) during the period 25 May – 30 November 2017 onboard the RV Bombora using DPE’s R2Sonic 2022 multibeam sonar. The Shellharbour bathymetry survey was led by Dr. Bradley Morris (DPE Coasts and Marine) as part of SeabedNSW program funded by NSW Coastal Reforms package. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. The data will provide a better understanding of nearshore sediment distribution/transport mechanisms for improved assessment of threats/risks associated with erosion events (i.e. East Coast Lows) and changing sea levels. This dataset contains 2 x 32-bit floating point geotiff files of bathymetry (2m and 5m gridded) for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. A detailed report on the survey is provided in: i) AusSeabed Survey Report and ii) NSW DPE Scientific Rigor Statement NSWENV_20171130_Shellharbour_MB_ScientificRigour.pdf. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the Senior Team Leader and the department’s Hydrosurveyor, Coasts and Marine Science, NSW Dept. Planning and Environment. EPSG:32756 CRS:84 150.87653051323042 150.9684505949186 -34.600785963789825 -34.49083291470848 text/html ausseabed:NSW_Shellharbour_Tharawal_02203_Bathymetry__2m___2-5m_2017_OV This resource includes bathymetry data acquired during the Shellharbour Tharawal marine survey collected by the NSW government (Department of Planning and Environment – DPE) during the period 25 May – 30 November 2017 onboard the RV Bombora using DPE’s R2Sonic 2022 multibeam sonar. The Shellharbour bathymetry survey was led by Dr. Bradley Morris (DPE Coasts and Marine) as part of SeabedNSW program funded by NSW Coastal Reforms package. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. The data will provide a better understanding of nearshore sediment distribution/transport mechanisms for improved assessment of threats/risks associated with erosion events (i.e. East Coast Lows) and changing sea levels. This dataset contains 2 x 32-bit floating point geotiff files of bathymetry (2m and 5m gridded) for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. A detailed report on the survey is provided in: i) AusSeabed Survey Report and ii) NSW DPE Scientific Rigor Statement NSWENV_20171130_Shellharbour_MB_ScientificRigour.pdf. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the Senior Team Leader and the department’s Hydrosurveyor, Coasts and Marine Science, NSW Dept. Planning and Environment. EPSG:32756 CRS:84 150.87653051323042 150.9684505949186 -34.600785963789825 -34.49083291470848 text/html ausseabed:NSW_Shellharbour_Tharawal_02203_Bathymetry__2m___2-5m_2017 This resource includes bathymetry data acquired during the Shellharbour Tharawal marine survey collected by the NSW government (Department of Planning and Environment – DPE) during the period 25 May – 30 November 2017 onboard the RV Bombora using DPE’s R2Sonic 2022 multibeam sonar. The Shellharbour bathymetry survey was led by Dr. Bradley Morris (DPE Coasts and Marine) as part of SeabedNSW program funded by NSW Coastal Reforms package. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. The data will provide a better understanding of nearshore sediment distribution/transport mechanisms for improved assessment of threats/risks associated with erosion events (i.e. East Coast Lows) and changing sea levels. This dataset contains 2 x 32-bit floating point geotiff files of bathymetry (2m and 5m gridded) for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. A detailed report on the survey is provided in: i) AusSeabed Survey Report and ii) NSW DPE Scientific Rigor Statement NSWENV_20171130_Shellharbour_MB_ScientificRigour.pdf. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the Senior Team Leader and the department’s Hydrosurveyor, Coasts and Marine Science, NSW Dept. Planning and Environment. <br>https://pid.geoscience.gov.au/dataset/ga/146307 <br><a href="https://files.ausseabed.gov.au/survey/Shellharbour-Bathymetry-2m-5m-2017.zip" target="_blank">Download Bathymetry</a> EPSG:32756 150.87653051323042 150.9684505949186 -34.600785963789825 -34.49083291470848 text/html ausseabed:NSW_Shellharbour_Tharawal_02203_Bathymetry__2m___2-5m_2017_L0_Coverage features NSW_Shellharbour_Tharawal_02203_Bathymetry__2m___2-5m_2017_L0_Coverage EPSG:4326 CRS:84 150.87757486700002 150.9681467580001 -34.60001208299997 -34.49365326299994 ausseabed:NSW_Shellharbour_Tharawal_02203_Bathymetry__2m___2-5m_2017_HS This resource includes bathymetry data acquired during the Shellharbour Tharawal marine survey collected by the NSW government (Department of Planning and Environment – DPE) during the period 25 May – 30 November 2017 onboard the RV Bombora using DPE’s R2Sonic 2022 multibeam sonar. The Shellharbour bathymetry survey was led by Dr. Bradley Morris (DPE Coasts and Marine) as part of SeabedNSW program funded by NSW Coastal Reforms package. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. The data will provide a better understanding of nearshore sediment distribution/transport mechanisms for improved assessment of threats/risks associated with erosion events (i.e. East Coast Lows) and changing sea levels. This dataset contains 2 x 32-bit floating point geotiff files of bathymetry (2m and 5m gridded) for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. A detailed report on the survey is provided in: i) AusSeabed Survey Report and ii) NSW DPE Scientific Rigor Statement NSWENV_20171130_Shellharbour_MB_ScientificRigour.pdf. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the Senior Team Leader and the department’s Hydrosurveyor, Coasts and Marine Science, NSW Dept. Planning and Environment. EPSG:32756 CRS:84 150.87653051323042 150.9684505949186 -34.600785963789825 -34.49083291470848 text/html ausseabed:NSW_Shellharbour_Tharawal_02203_Bathymetry__2m___2-5m_2017_OV This resource includes bathymetry data acquired during the Shellharbour Tharawal marine survey collected by the NSW government (Department of Planning and Environment – DPE) during the period 25 May – 30 November 2017 onboard the RV Bombora using DPE’s R2Sonic 2022 multibeam sonar. The Shellharbour bathymetry survey was led by Dr. Bradley Morris (DPE Coasts and Marine) as part of SeabedNSW program funded by NSW Coastal Reforms package. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. The data will provide a better understanding of nearshore sediment distribution/transport mechanisms for improved assessment of threats/risks associated with erosion events (i.e. East Coast Lows) and changing sea levels. This dataset contains 2 x 32-bit floating point geotiff files of bathymetry (2m and 5m gridded) for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. A detailed report on the survey is provided in: i) AusSeabed Survey Report and ii) NSW DPE Scientific Rigor Statement NSWENV_20171130_Shellharbour_MB_ScientificRigour.pdf. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the Senior Team Leader and the department’s Hydrosurveyor, Coasts and Marine Science, NSW Dept. Planning and Environment. EPSG:32756 CRS:84 150.87653051323042 150.9684505949186 -34.600785963789825 -34.49083291470848 text/html ausseabed:NSW_Shellharbour_Tharawal_02203_Bathymetry__5m___2-5m_2017 This resource includes bathymetry data acquired during the Shellharbour Tharawal marine survey collected by the NSW government (Department of Planning and Environment – DPE) during the period 25 May – 30 November 2017 onboard the RV Bombora using DPE’s R2Sonic 2022 multibeam sonar. The Shellharbour bathymetry survey was led by Dr. Bradley Morris (DPE Coasts and Marine) as part of SeabedNSW program funded by NSW Coastal Reforms package. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. The data will provide a better understanding of nearshore sediment distribution/transport mechanisms for improved assessment of threats/risks associated with erosion events (i.e. East Coast Lows) and changing sea levels. This dataset contains 2 x 32-bit floating point geotiff files of bathymetry (2m and 5m gridded) for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. A detailed report on the survey is provided in: i) AusSeabed Survey Report and ii) NSW DPE Scientific Rigor Statement NSWENV_20171130_Shellharbour_MB_ScientificRigour.pdf. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the Senior Team Leader and the department’s Hydrosurveyor, Coasts and Marine Science, NSW Dept. Planning and Environment. <br>https://pid.geoscience.gov.au/dataset/ga/146307 <br><a href="https://files.ausseabed.gov.au/survey/Shellharbour-Bathymetry-2m-5m-2017.zip" target="_blank">Download Bathymetry</a> EPSG:32756 150.87633522290966 150.96982371558587 -34.606765650505224 -34.489867874624046 text/html ausseabed:NSW_Shellharbour_Tharawal_02203_Bathymetry__5m___2-5m_2017_L0_Coverage features NSW_Shellharbour_Tharawal_02203_Bathymetry__5m___2-5m_2017_L0_Coverage EPSG:4326 CRS:84 150.8775308380001 150.96811997600003 -34.60001812199994 -34.49365363299995 ausseabed:NSW_Shellharbour_Tharawal_02203_Bathymetry__5m___2-5m_2017_HS This resource includes bathymetry data acquired during the Shellharbour Tharawal marine survey collected by the NSW government (Department of Planning and Environment – DPE) during the period 25 May – 30 November 2017 onboard the RV Bombora using DPE’s R2Sonic 2022 multibeam sonar. The Shellharbour bathymetry survey was led by Dr. Bradley Morris (DPE Coasts and Marine) as part of SeabedNSW program funded by NSW Coastal Reforms package. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. The data will provide a better understanding of nearshore sediment distribution/transport mechanisms for improved assessment of threats/risks associated with erosion events (i.e. East Coast Lows) and changing sea levels. This dataset contains 2 x 32-bit floating point geotiff files of bathymetry (2m and 5m gridded) for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. A detailed report on the survey is provided in: i) AusSeabed Survey Report and ii) NSW DPE Scientific Rigor Statement NSWENV_20171130_Shellharbour_MB_ScientificRigour.pdf. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the Senior Team Leader and the department’s Hydrosurveyor, Coasts and Marine Science, NSW Dept. Planning and Environment. EPSG:32756 CRS:84 150.87633522290966 150.96982371558587 -34.606765650505224 -34.489867874624046 text/html ausseabed:NSW_Shellharbour_Tharawal_02203_Bathymetry__5m___2-5m_2017_OV This resource includes bathymetry data acquired during the Shellharbour Tharawal marine survey collected by the NSW government (Department of Planning and Environment – DPE) during the period 25 May – 30 November 2017 onboard the RV Bombora using DPE’s R2Sonic 2022 multibeam sonar. The Shellharbour bathymetry survey was led by Dr. Bradley Morris (DPE Coasts and Marine) as part of SeabedNSW program funded by NSW Coastal Reforms package. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. The data will provide a better understanding of nearshore sediment distribution/transport mechanisms for improved assessment of threats/risks associated with erosion events (i.e. East Coast Lows) and changing sea levels. This dataset contains 2 x 32-bit floating point geotiff files of bathymetry (2m and 5m gridded) for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. A detailed report on the survey is provided in: i) AusSeabed Survey Report and ii) NSW DPE Scientific Rigor Statement NSWENV_20171130_Shellharbour_MB_ScientificRigour.pdf. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the Senior Team Leader and the department’s Hydrosurveyor, Coasts and Marine Science, NSW Dept. Planning and Environment. EPSG:32756 CRS:84 150.87633522290966 150.96982371558587 -34.606765650505224 -34.489867874624046 text/html ausseabed:Nelson_Marine_Park_Bathymetry_100m_2024 This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Nelson Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-C survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150172 <br><a href="https://files.ausseabed.gov.au/survey/NelsonMarinePark-Bathymetry-100m-2024.zip" target="_blank">Download Bathymetry</a> EPSG:4326 139.5189171321 140.10497330559315 -39.56800082600002 -39.19735621699999 text/html ausseabed:Nelson_Marine_Park_Bathymetry__100m_2024_L0_Coverage features Nelson_Marine_Park_Bathymetry__100m_2024_L0_Coverage EPSG:4326 CRS:84 139.51891713200007 140.10497330600003 -39.568000825999945 -39.197356216999935 ausseabed:Nelson_Marine_Park_Bathymetry__100m_2024_HS This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Nelson Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-C survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 139.5189171321 140.10497330559315 -39.56800082600002 -39.19735621699999 text/html ausseabed:Nelson_Marine_Park_Bathymetry__100m_2024_OV This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Nelson Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-C survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 139.5189171321 140.10497330559315 -39.56800082600002 -39.19735621699999 text/html ausseabed:Norfolk_Island_Nearshore_and_Coastal_Habitat_Mapping_Bathymetry_1m_2021 The Norfolk Island Nearshore and Coastal Habitat Mapping was acquired by Ocean Infinity Pty Ltd onboard the M/V Offshore Solution from the 21st to the 24th July 2021, using a Kongsberg EM2040 Mark II. This survey was part of the Norfolk Island Nearshore and Coastal Habitat Mapping project in partnership with Deakin University’s Marine Mapping Group, University of Wollongong, Tellus4D Geoimaging, University of Newcastle, University of New South Wales, University of Tasmania and Geoscience Australia to obtain high resolution bathymetric grid (1m) and to define the morpho-bathymetry of the survey area based on the bathymetric grid and derived products such as slope aspect map, ruggedness map, bathymetry position index and backscatter map. This dataset contains a 1m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM2040 Mark II bathymetry data, using Qimera and CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Ocean Infinity Pty Ltd. 2022. Report of Survey: Norfolk Island Nearshore and Coastal Habitat Mapping. Ocean Infinity Group Limited. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/148607 <br><a href="https://files.ausseabed.gov.au/survey/NorfolkIslandNearshoreAndCoastalHabitatMapping-AU420-Bathymetry-1m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 167.78127310430943 168.13482231713039 -29.13146439529285 -28.92991338098017 text/html ausseabed:Norfolk_Island_Nearshore_and_Coastal_Habitat_Mapping_Bathymetry__1m_2021_L0_Coverage features Norfolk_Island_Nearshore_and_Coastal_Habitat_Mapping_Bathymetry__1m_2021_L0_Coverage EPSG:4326 CRS:84 167.87053733900007 168.0575930430001 -29.108333160999962 -28.948400582999966 ausseabed:Norfolk_Island_Nearshore_and_Coastal_Habitat_Mapping_Bathymetry__1m_2021_HS The Norfolk Island Nearshore and Coastal Habitat Mapping was acquired by Ocean Infinity Pty Ltd onboard the M/V Offshore Solution from the 21st to the 24th July 2021, using a Kongsberg EM2040 Mark II. This survey was part of the Norfolk Island Nearshore and Coastal Habitat Mapping project in partnership with Deakin University’s Marine Mapping Group, University of Wollongong, Tellus4D Geoimaging, University of Newcastle, University of New South Wales, University of Tasmania and Geoscience Australia to obtain high resolution bathymetric grid (1m) and to define the morpho-bathymetry of the survey area based on the bathymetric grid and derived products such as slope aspect map, ruggedness map, bathymetry position index and backscatter map. This dataset contains a 1m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM2040 Mark II bathymetry data, using Qimera and CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Ocean Infinity Pty Ltd. 2022. Report of Survey: Norfolk Island Nearshore and Coastal Habitat Mapping. Ocean Infinity Group Limited. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 167.78127310430943 168.13482231713039 -29.13146439529285 -28.92991338098017 text/html ausseabed:Norfolk_Island_Nearshore_and_Coastal_Habitat_Mapping_Bathymetry__1m_2021_OV The Norfolk Island Nearshore and Coastal Habitat Mapping was acquired by Ocean Infinity Pty Ltd onboard the M/V Offshore Solution from the 21st to the 24th July 2021, using a Kongsberg EM2040 Mark II. This survey was part of the Norfolk Island Nearshore and Coastal Habitat Mapping project in partnership with Deakin University’s Marine Mapping Group, University of Wollongong, Tellus4D Geoimaging, University of Newcastle, University of New South Wales, University of Tasmania and Geoscience Australia to obtain high resolution bathymetric grid (1m) and to define the morpho-bathymetry of the survey area based on the bathymetric grid and derived products such as slope aspect map, ruggedness map, bathymetry position index and backscatter map. This dataset contains a 1m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM2040 Mark II bathymetry data, using Qimera and CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Ocean Infinity Pty Ltd. 2022. Report of Survey: Norfolk Island Nearshore and Coastal Habitat Mapping. Ocean Infinity Group Limited. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 167.78127310430943 168.13482231713039 -29.13146439529285 -28.92991338098017 text/html ausseabed:North-East_Beagle_Gulf_and_Clarence_Strait__Beagle_Gulf__NT_Bathymetry_30m_2021 The North-East Beagle Gulf and Clarence Strait bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Guardian during the period 1 May 2021 – 13 Jul 2021. This was a contracted survey conducted for the Australian Hydrographic Office by Guardian Geomatics as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in North-East Beagle Gulf and Clarence Strait, Northern Territory. Bathymetry data was acquired using a Kongsberg EM2040 07 MK II, and processed using Caris Hips & Sips processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149027 <br><a href="https://files.ausseabed.gov.au/survey/NorthEastBeagleGulfAndClarenceStraitBeagleGulf-NT-HIPP-SI-1016-Bathymetry-30m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 130.42284775594106 131.21731779321638 -12.2314159928072 -11.882959494097237 text/html ausseabed:North-East_Beagle_Gulf_and_Clarence_Strait__Beagle_Gulf__NT_Bathymetry__HIPP_SI_1016__30m_2021_L0_Coverage features North-East_Beagle_Gulf_and_Clarence_Strait__Beagle_Gulf__NT_Bathymetry__HIPP_SI_1016__30m_2021_L0_Coverage EPSG:4326 CRS:84 130.422847756 131.217317793 -12.231415992999928 -11.882959493999977 ausseabed:North-East_Beagle_Gulf_and_Clarence_Strait__Beagle_Gulf__NT_Bathymetry__HIPP_SI_1016__30m_2021_HS The North-East Beagle Gulf and Clarence Strait bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Guardian during the period 1 May 2021 – 13 Jul 2021. This was a contracted survey conducted for the Australian Hydrographic Office by Guardian Geomatics as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in North-East Beagle Gulf and Clarence Strait, Northern Territory. Bathymetry data was acquired using a Kongsberg EM2040 07 MK II, and processed using Caris Hips & Sips processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 130.42284775594106 131.21731779321638 -12.2314159928072 -11.882959494097237 text/html ausseabed:North-East_Beagle_Gulf_and_Clarence_Strait__Beagle_Gulf__NT_Bathymetry__HIPP_SI_1016__30m_2021_OV The North-East Beagle Gulf and Clarence Strait bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Guardian during the period 1 May 2021 – 13 Jul 2021. This was a contracted survey conducted for the Australian Hydrographic Office by Guardian Geomatics as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in North-East Beagle Gulf and Clarence Strait, Northern Territory. Bathymetry data was acquired using a Kongsberg EM2040 07 MK II, and processed using Caris Hips & Sips processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 130.42284775594106 131.21731779321638 -12.2314159928072 -11.882959494097237 text/html ausseabed:North_Perth_Basin_Bathymetry_15-32m_2011 This resource includes bathymetry data acquired by Geoscience Australia bathymetry survey during the period of 21 September and 17 October 2011 onboard the RV Southern Surveyor using a Kongsberg Maritime EM300 multibeam sonar. The SS2011-V05/ GA-0332/20110018S bathymetry survey was led by Dr. Andrew Jones (Geoscience Australia). The primary objectives of the survey were to map the spatial distribution of seepage sites and characterise the nature of the seepage at these sites (gas vs oil, macroseepage vs microseepage; palaeo vs modern day seepage) on the basis of: acoustic signatures in the water column, shallow subsurface and on the seabed; geochemical signatures in rock and sediment samples and the water column; and biological signatures on the seabed. This dataset contains a 32 and 15m-resolution, 32-bit floating point GeoTIFF grid files of the bathymetry in the study area, derived from the processed EM300 bathymetry data, using CARIS HIPS and SIPS software. Those grids were projected to WGS84 UTM 49S and 50S. Vertical Datum: MSL This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/83182 <br><a href="https://files.ausseabed.gov.au/survey/NorthPerthBasin-Bathymetry-15m-32m-2011.zip" target="_blank">Download Bathymetry</a> EPSG:4326 112.63087676614361 115.80027272425818 -32.032424055832905 -27.17231178951022 text/html ausseabed:North_Perth_Basin_Bathymetry__UTM49S__32m___15-32m_2011_L0_Coverage features North_Perth_Basin_Bathymetry__UTM49S__32m___15-32m_2011_L0_Coverage EPSG:4326 CRS:84 112.63221453200003 114.03407003600012 -29.421167862999937 -27.21188966899996 ausseabed:North_Perth_Basin_Bathymetry__UTM49S__32m___15-32m_2011_HS This resource includes bathymetry data acquired by Geoscience Australia bathymetry survey during the period of 21 September and 17 October 2011 onboard the RV Southern Surveyor using a Kongsberg Maritime EM300 multibeam sonar. The SS2011-V05/ GA-0332/20110018S bathymetry survey was led by Dr. Andrew Jones (Geoscience Australia). The primary objectives of the survey were to map the spatial distribution of seepage sites and characterise the nature of the seepage at these sites (gas vs oil, macroseepage vs microseepage; palaeo vs modern day seepage) on the basis of: acoustic signatures in the water column, shallow subsurface and on the seabed; geochemical signatures in rock and sediment samples and the water column; and biological signatures on the seabed. This dataset contains a 32 and 15m-resolution, 32-bit floating point GeoTIFF grid files of the bathymetry in the study area, derived from the processed EM300 bathymetry data, using CARIS HIPS and SIPS software. Those grids were projected to WGS84 UTM 49S and 50S. Vertical Datum: MSL This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32749 CRS:84 112.59674896795765 114.03430166882326 -29.453551877573155 -27.17231178949687 text/html ausseabed:North_Perth_Basin_Bathymetry__UTM49S__32m___15-32m_2011_OV This resource includes bathymetry data acquired by Geoscience Australia bathymetry survey during the period of 21 September and 17 October 2011 onboard the RV Southern Surveyor using a Kongsberg Maritime EM300 multibeam sonar. The SS2011-V05/ GA-0332/20110018S bathymetry survey was led by Dr. Andrew Jones (Geoscience Australia). The primary objectives of the survey were to map the spatial distribution of seepage sites and characterise the nature of the seepage at these sites (gas vs oil, macroseepage vs microseepage; palaeo vs modern day seepage) on the basis of: acoustic signatures in the water column, shallow subsurface and on the seabed; geochemical signatures in rock and sediment samples and the water column; and biological signatures on the seabed. This dataset contains a 32 and 15m-resolution, 32-bit floating point GeoTIFF grid files of the bathymetry in the study area, derived from the processed EM300 bathymetry data, using CARIS HIPS and SIPS software. Those grids were projected to WGS84 UTM 49S and 50S. Vertical Datum: MSL This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32749 CRS:84 112.59674896795765 114.03430166882326 -29.453551877573155 -27.17231178949687 text/html ausseabed:North_Perth_Basin_Bathymetry__UTM50S__15m___15-32m_2011_L0_Coverage features North_Perth_Basin_Bathymetry__UTM50S__15m___15-32m_2011_L0_Coverage EPSG:4326 CRS:84 113.9710635130001 115.75211822000006 -32.05715375699998 -28.35101515799994 ausseabed:North_Perth_Basin_Bathymetry__UTM50S__15m___15-32m_2011_HS This resource includes bathymetry data acquired by Geoscience Australia bathymetry survey during the period of 21 September and 17 October 2011 onboard the RV Southern Surveyor using a Kongsberg Maritime EM300 multibeam sonar. The SS2011-V05/ GA-0332/20110018S bathymetry survey was led by Dr. Andrew Jones (Geoscience Australia). The primary objectives of the survey were to map the spatial distribution of seepage sites and characterise the nature of the seepage at these sites (gas vs oil, macroseepage vs microseepage; palaeo vs modern day seepage) on the basis of: acoustic signatures in the water column, shallow subsurface and on the seabed; geochemical signatures in rock and sediment samples and the water column; and biological signatures on the seabed. This dataset contains a 32 and 15m-resolution, 32-bit floating point GeoTIFF grid files of the bathymetry in the study area, derived from the processed EM300 bathymetry data, using CARIS HIPS and SIPS software. Those grids were projected to WGS84 UTM 49S and 50S. Vertical Datum: MSL This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32750 CRS:84 113.88734074284632 115.80027272425811 -32.06453747535506 -28.34871647919426 text/html ausseabed:North_Perth_Basin_Bathymetry__UTM50S__15m___15-32m_2011_OV This resource includes bathymetry data acquired by Geoscience Australia bathymetry survey during the period of 21 September and 17 October 2011 onboard the RV Southern Surveyor using a Kongsberg Maritime EM300 multibeam sonar. The SS2011-V05/ GA-0332/20110018S bathymetry survey was led by Dr. Andrew Jones (Geoscience Australia). The primary objectives of the survey were to map the spatial distribution of seepage sites and characterise the nature of the seepage at these sites (gas vs oil, macroseepage vs microseepage; palaeo vs modern day seepage) on the basis of: acoustic signatures in the water column, shallow subsurface and on the seabed; geochemical signatures in rock and sediment samples and the water column; and biological signatures on the seabed. This dataset contains a 32 and 15m-resolution, 32-bit floating point GeoTIFF grid files of the bathymetry in the study area, derived from the processed EM300 bathymetry data, using CARIS HIPS and SIPS software. Those grids were projected to WGS84 UTM 49S and 50S. Vertical Datum: MSL This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32750 CRS:84 113.88734074284632 115.80027272425811 -32.06453747535506 -28.34871647919426 text/html ausseabed:North_Perth_Basin_Bathymetry__UTM49S__32m___15-32m_2011 This resource includes bathymetry data acquired by Geoscience Australia bathymetry survey during the period of 21 September and 17 October 2011 onboard the RV Southern Surveyor using a Kongsberg Maritime EM300 multibeam sonar. The SS2011-V05/ GA-0332/20110018S bathymetry survey was led by Dr. Andrew Jones (Geoscience Australia). The primary objectives of the survey were to map the spatial distribution of seepage sites and characterise the nature of the seepage at these sites (gas vs oil, macroseepage vs microseepage; palaeo vs modern day seepage) on the basis of: acoustic signatures in the water column, shallow subsurface and on the seabed; geochemical signatures in rock and sediment samples and the water column; and biological signatures on the seabed. This dataset contains a 32 and 15m-resolution, 32-bit floating point GeoTIFF grid files of the bathymetry in the study area, derived from the processed EM300 bathymetry data, using CARIS HIPS and SIPS software. Those grids were projected to WGS84 UTM 49S and 50S. Vertical Datum: MSL This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/83182 <br><a href="https://files.ausseabed.gov.au/survey/NorthPerthBasin-Bathymetry-15m-32m-2011.zip" target="_blank">Download Bathymetry</a> EPSG:32749 112.59674896795765 114.03430166882326 -29.453551877573155 -27.17231178949687 text/html ausseabed:North_Perth_Basin_Bathymetry__UTM49S__32m___15-32m_2011_L0_Coverage features North_Perth_Basin_Bathymetry__UTM49S__32m___15-32m_2011_L0_Coverage EPSG:4326 CRS:84 112.63221453200003 114.03407003600012 -29.421167862999937 -27.21188966899996 ausseabed:North_Perth_Basin_Bathymetry__UTM49S__32m___15-32m_2011_HS This resource includes bathymetry data acquired by Geoscience Australia bathymetry survey during the period of 21 September and 17 October 2011 onboard the RV Southern Surveyor using a Kongsberg Maritime EM300 multibeam sonar. The SS2011-V05/ GA-0332/20110018S bathymetry survey was led by Dr. Andrew Jones (Geoscience Australia). The primary objectives of the survey were to map the spatial distribution of seepage sites and characterise the nature of the seepage at these sites (gas vs oil, macroseepage vs microseepage; palaeo vs modern day seepage) on the basis of: acoustic signatures in the water column, shallow subsurface and on the seabed; geochemical signatures in rock and sediment samples and the water column; and biological signatures on the seabed. This dataset contains a 32 and 15m-resolution, 32-bit floating point GeoTIFF grid files of the bathymetry in the study area, derived from the processed EM300 bathymetry data, using CARIS HIPS and SIPS software. Those grids were projected to WGS84 UTM 49S and 50S. Vertical Datum: MSL This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32749 CRS:84 112.59674896795765 114.03430166882326 -29.453551877573155 -27.17231178949687 text/html ausseabed:North_Perth_Basin_Bathymetry__UTM49S__32m___15-32m_2011_OV This resource includes bathymetry data acquired by Geoscience Australia bathymetry survey during the period of 21 September and 17 October 2011 onboard the RV Southern Surveyor using a Kongsberg Maritime EM300 multibeam sonar. The SS2011-V05/ GA-0332/20110018S bathymetry survey was led by Dr. Andrew Jones (Geoscience Australia). The primary objectives of the survey were to map the spatial distribution of seepage sites and characterise the nature of the seepage at these sites (gas vs oil, macroseepage vs microseepage; palaeo vs modern day seepage) on the basis of: acoustic signatures in the water column, shallow subsurface and on the seabed; geochemical signatures in rock and sediment samples and the water column; and biological signatures on the seabed. This dataset contains a 32 and 15m-resolution, 32-bit floating point GeoTIFF grid files of the bathymetry in the study area, derived from the processed EM300 bathymetry data, using CARIS HIPS and SIPS software. Those grids were projected to WGS84 UTM 49S and 50S. Vertical Datum: MSL This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32749 CRS:84 112.59674896795765 114.03430166882326 -29.453551877573155 -27.17231178949687 text/html ausseabed:North_Perth_Basin_Bathymetry__UTM50S__15m___15-32m_2011 This resource includes bathymetry data acquired by Geoscience Australia bathymetry survey during the period of 21 September and 17 October 2011 onboard the RV Southern Surveyor using a Kongsberg Maritime EM300 multibeam sonar. The SS2011-V05/ GA-0332/20110018S bathymetry survey was led by Dr. Andrew Jones (Geoscience Australia). The primary objectives of the survey were to map the spatial distribution of seepage sites and characterise the nature of the seepage at these sites (gas vs oil, macroseepage vs microseepage; palaeo vs modern day seepage) on the basis of: acoustic signatures in the water column, shallow subsurface and on the seabed; geochemical signatures in rock and sediment samples and the water column; and biological signatures on the seabed. This dataset contains a 32 and 15m-resolution, 32-bit floating point GeoTIFF grid files of the bathymetry in the study area, derived from the processed EM300 bathymetry data, using CARIS HIPS and SIPS software. Those grids were projected to WGS84 UTM 49S and 50S. Vertical Datum: MSL This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/83182 <br><a href="https://files.ausseabed.gov.au/survey/NorthPerthBasin-Bathymetry-15m-32m-2011.zip" target="_blank">Download Bathymetry</a> EPSG:32750 113.88734074284632 115.80027272425811 -32.06453747535506 -28.34871647919426 text/html ausseabed:North_Perth_Basin_Bathymetry__UTM50S__15m___15-32m_2011_L0_Coverage features North_Perth_Basin_Bathymetry__UTM50S__15m___15-32m_2011_L0_Coverage EPSG:4326 CRS:84 113.9710635130001 115.75211822000006 -32.05715375699998 -28.35101515799994 ausseabed:North_Perth_Basin_Bathymetry__UTM50S__15m___15-32m_2011_HS This resource includes bathymetry data acquired by Geoscience Australia bathymetry survey during the period of 21 September and 17 October 2011 onboard the RV Southern Surveyor using a Kongsberg Maritime EM300 multibeam sonar. The SS2011-V05/ GA-0332/20110018S bathymetry survey was led by Dr. Andrew Jones (Geoscience Australia). The primary objectives of the survey were to map the spatial distribution of seepage sites and characterise the nature of the seepage at these sites (gas vs oil, macroseepage vs microseepage; palaeo vs modern day seepage) on the basis of: acoustic signatures in the water column, shallow subsurface and on the seabed; geochemical signatures in rock and sediment samples and the water column; and biological signatures on the seabed. This dataset contains a 32 and 15m-resolution, 32-bit floating point GeoTIFF grid files of the bathymetry in the study area, derived from the processed EM300 bathymetry data, using CARIS HIPS and SIPS software. Those grids were projected to WGS84 UTM 49S and 50S. Vertical Datum: MSL This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32750 CRS:84 113.88734074284632 115.80027272425811 -32.06453747535506 -28.34871647919426 text/html ausseabed:North_Perth_Basin_Bathymetry__UTM50S__15m___15-32m_2011_OV This resource includes bathymetry data acquired by Geoscience Australia bathymetry survey during the period of 21 September and 17 October 2011 onboard the RV Southern Surveyor using a Kongsberg Maritime EM300 multibeam sonar. The SS2011-V05/ GA-0332/20110018S bathymetry survey was led by Dr. Andrew Jones (Geoscience Australia). The primary objectives of the survey were to map the spatial distribution of seepage sites and characterise the nature of the seepage at these sites (gas vs oil, macroseepage vs microseepage; palaeo vs modern day seepage) on the basis of: acoustic signatures in the water column, shallow subsurface and on the seabed; geochemical signatures in rock and sediment samples and the water column; and biological signatures on the seabed. This dataset contains a 32 and 15m-resolution, 32-bit floating point GeoTIFF grid files of the bathymetry in the study area, derived from the processed EM300 bathymetry data, using CARIS HIPS and SIPS software. Those grids were projected to WGS84 UTM 49S and 50S. Vertical Datum: MSL This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32750 CRS:84 113.88734074284632 115.80027272425811 -32.06453747535506 -28.34871647919426 text/html ausseabed:North_West_Shelf_DEM_Bathymetry_30m_2021 This resource contains a bathymetry compilation prepared by the University of Western Australia for the North West Shelf of Australia, between the Cape Range and the Dampier Peninsula. The compilation includes, by decreasing resolution: - Publicly available MBES datasets, made available by Geoscience Australia by December 2019. - Satellite derived bathymetry produced using 1000+ images acquired between January 2017 and December 2019. - Seismic derived bathymetry extracted from 100+ surveys acquired between 1981 and 2015. - SRTM topography, reprocessed by Galant et al, 2011: https://pid.geoscience.gov.au/dataset/ga/72759 - 2009 Australian Bathymetry and Topography grid: https://pid.geoscience.gov.au/dataset/ga/67703 The Seismic and Satellite derived bathymetry grids are also available as individual layers. The vertical and spatial accuracy of the datasets have been thoroughly assessed using high-resolution datasets including publicly available MBES and LADS surveys. The assessment indicates that the seismic derived bathymetry has a depth accuracy better than 1 m + 2% of the absolute water depths while the satellites derived bathymetry has a depth accuracy better than 1 m + 5% of the absolute water depths. A detailed methodology is provided in: Lebrec et al, 2021. Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys and historical datasets. (in prep.) This dataset is published with the permission of the CEO, Geoscience Australia. AUTHOR’S NOTICE: This dataset should not be used, under any circumstances, for navigation. When used, the dataset should be referenced as follow: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C.: Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys and historical datasets, Earth Syst. Sci. Data Discuss. [preprint], https://doi.org/10.5194/essd-2021-128, in review, 2021. <br>https://pid.geoscience.gov.au/dataset/ga/144600 <br><a href="https://files.ausseabed.gov.au/survey/North-West-Shelf-Bathymetry-30m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:32750 112.80153272897851 123.29496759749698 -23.112673084926655 -14.921046042848788 text/html ausseabed:North_West_Shelf_DEM_Bathymetry__30m_2021_L0_Coverage features North_West_Shelf_DEM_Bathymetry__30m_2021_L0_Coverage EPSG:4326 CRS:84 112.99985531300001 123.00014465900006 -23.000156282999967 -14.99908578399993 ausseabed:North_West_Shelf_DEM_Bathymetry__30m_2021_HS This resource contains a bathymetry compilation prepared by the University of Western Australia for the North West Shelf of Australia, between the Cape Range and the Dampier Peninsula. The compilation includes, by decreasing resolution: - Publicly available MBES datasets, made available by Geoscience Australia by December 2019. - Satellite derived bathymetry produced using 1000+ images acquired between January 2017 and December 2019. - Seismic derived bathymetry extracted from 100+ surveys acquired between 1981 and 2015. - SRTM topography, reprocessed by Galant et al, 2011: https://pid.geoscience.gov.au/dataset/ga/72759 - 2009 Australian Bathymetry and Topography grid: https://pid.geoscience.gov.au/dataset/ga/67703 The Seismic and Satellite derived bathymetry grids are also available as individual layers. The vertical and spatial accuracy of the datasets have been thoroughly assessed using high-resolution datasets including publicly available MBES and LADS surveys. The assessment indicates that the seismic derived bathymetry has a depth accuracy better than 1 m + 2% of the absolute water depths while the satellites derived bathymetry has a depth accuracy better than 1 m + 5% of the absolute water depths. A detailed methodology is provided in: Lebrec et al, 2021. Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys and historical datasets. (in prep.) This dataset is published with the permission of the CEO, Geoscience Australia. AUTHOR’S NOTICE: This dataset should not be used, under any circumstances, for navigation. When used, the dataset should be referenced as follow: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C.: Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys and historical datasets, Earth Syst. Sci. Data Discuss. [preprint], https://doi.org/10.5194/essd-2021-128, in review, 2021. EPSG:32750 CRS:84 112.80153272897851 123.29496759749698 -23.1107037891804 -14.921046042848788 text/html ausseabed:North_West_Shelf_DEM_Bathymetry__30m_2021_OV This resource contains a bathymetry compilation prepared by the University of Western Australia for the North West Shelf of Australia, between the Cape Range and the Dampier Peninsula. The compilation includes, by decreasing resolution: - Publicly available MBES datasets, made available by Geoscience Australia by December 2019. - Satellite derived bathymetry produced using 1000+ images acquired between January 2017 and December 2019. - Seismic derived bathymetry extracted from 100+ surveys acquired between 1981 and 2015. - SRTM topography, reprocessed by Galant et al, 2011: https://pid.geoscience.gov.au/dataset/ga/72759 - 2009 Australian Bathymetry and Topography grid: https://pid.geoscience.gov.au/dataset/ga/67703 The Seismic and Satellite derived bathymetry grids are also available as individual layers. The vertical and spatial accuracy of the datasets have been thoroughly assessed using high-resolution datasets including publicly available MBES and LADS surveys. The assessment indicates that the seismic derived bathymetry has a depth accuracy better than 1 m + 2% of the absolute water depths while the satellites derived bathymetry has a depth accuracy better than 1 m + 5% of the absolute water depths. A detailed methodology is provided in: Lebrec et al, 2021. Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys and historical datasets. (in prep.) This dataset is published with the permission of the CEO, Geoscience Australia. AUTHOR’S NOTICE: This dataset should not be used, under any circumstances, for navigation. When used, the dataset should be referenced as follow: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C.: Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys and historical datasets, Earth Syst. Sci. Data Discuss. [preprint], https://doi.org/10.5194/essd-2021-128, in review, 2021. EPSG:32750 CRS:84 112.80153272897851 123.29496759749698 -23.1107037891804 -14.921046042848788 text/html ausseabed:North_West_Shelf_Satellite-derived_Bathymetry__10m_2020 The North West Shelf (NWS) is a ∼ 2400 km long carbonate platform along the northern margin of Australia, stretching between 10 and 25 S. The shelf is composed of two parts located on either side of longitude 123 E. The Rowley Shelf extends westward to Exmouth, while the Sahul Shelf extends eastward to Melville Island . The NWS region, which commonly includes the adjacent plateaus and terraces, is a hotspot of biodiversity and hosts several marine conservation parks. The NWS is also a site of key archaeological significance as it may have been one of the entry points for humans into Australia (Veth, 2017). The region is Australia's main hydrocarbon province and concentrates significant fishing activities. Nevertheless, most of the shelf seafloor, marine habitats, and biodiversity remain poorly understood. Satellite derived bathymetrywas produced using 1000+ images acquired between January 2017 and December 2019. A detailed methodology is provided in: Lebrec et al, 2021. Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys and historical datasets. (https://doi.org/10.5194/essd-13-5191-2021) AUTHOR’S NOTICE: When used, the dataset should be referenced as follow: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C.: Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys and historical datasets, Earth Syst. Sci. Data Discuss. [preprint], https://doi.org/10.5194/essd-2021-128, in review, 2021. This dataset should not be used, under any circumstances, for navigation. <br>https://pid.geoscience.gov.au/dataset/ga/144600 <br><a href="https://files.ausseabed.gov.au/survey/NorthWestShelfSatellite-Bathymetry-10m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:32750 113.60401196910604 123.29496341917239 -23.11404591372879 -16.279351561035767 text/html ausseabed:North_West_Shelf_Satellite-derived_Bathymetry__10m_2020_L0_Coverage features North_West_Shelf_Satellite-derived_Bathymetry__10m_2020_L0_Coverage EPSG:4326 CRS:84 113.61465459060601 123.00032740527601 -23.0002296836912 -16.2808693470425 ausseabed:North_West_Shelf_Satellite-derived_Bathymetry__10m_2020_HS The North West Shelf (NWS) is a ∼ 2400 km long carbonate platform along the northern margin of Australia, stretching between 10 and 25 S. The shelf is composed of two parts located on either side of longitude 123 E. The Rowley Shelf extends westward to Exmouth, while the Sahul Shelf extends eastward to Melville Island . The NWS region, which commonly includes the adjacent plateaus and terraces, is a hotspot of biodiversity and hosts several marine conservation parks. The NWS is also a site of key archaeological significance as it may have been one of the entry points for humans into Australia (Veth, 2017). The region is Australia's main hydrocarbon province and concentrates significant fishing activities. Nevertheless, most of the shelf seafloor, marine habitats, and biodiversity remain poorly understood. Satellite derived bathymetrywas produced using 1000+ images acquired between January 2017 and December 2019. A detailed methodology is provided in: Lebrec et al, 2021. Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys and historical datasets. (https://doi.org/10.5194/essd-13-5191-2021) AUTHOR’S NOTICE: When used, the dataset should be referenced as follow: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C.: Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys and historical datasets, Earth Syst. Sci. Data Discuss. [preprint], https://doi.org/10.5194/essd-2021-128, in review, 2021. This dataset should not be used, under any circumstances, for navigation. EPSG:32750 CRS:84 113.60401196910604 123.29496341917239 -23.111140270005883 -16.279351561035767 text/html ausseabed:North_West_Shelf_Satellite-derived_Bathymetry__10m_2020_OV The North West Shelf (NWS) is a ∼ 2400 km long carbonate platform along the northern margin of Australia, stretching between 10 and 25 S. The shelf is composed of two parts located on either side of longitude 123 E. The Rowley Shelf extends westward to Exmouth, while the Sahul Shelf extends eastward to Melville Island . The NWS region, which commonly includes the adjacent plateaus and terraces, is a hotspot of biodiversity and hosts several marine conservation parks. The NWS is also a site of key archaeological significance as it may have been one of the entry points for humans into Australia (Veth, 2017). The region is Australia's main hydrocarbon province and concentrates significant fishing activities. Nevertheless, most of the shelf seafloor, marine habitats, and biodiversity remain poorly understood. Satellite derived bathymetrywas produced using 1000+ images acquired between January 2017 and December 2019. A detailed methodology is provided in: Lebrec et al, 2021. Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys and historical datasets. (https://doi.org/10.5194/essd-13-5191-2021) AUTHOR’S NOTICE: When used, the dataset should be referenced as follow: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C.: Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys and historical datasets, Earth Syst. Sci. Data Discuss. [preprint], https://doi.org/10.5194/essd-2021-128, in review, 2021. This dataset should not be used, under any circumstances, for navigation. EPSG:32750 CRS:84 113.60401196910604 123.29496341917239 -23.111140270005883 -16.279351561035767 text/html ausseabed:North_West_Shelf_Seismic-derived_Bathymetry__30m_2020 The North West Shelf (NWS) is a ∼ 2400 km long carbonate platform along the northern margin of Australia, stretching between 10 and 25 S. The shelf is composed of two parts located on either side of longitude 123 E. The Rowley Shelf extends westward to Exmouth, while the Sahul Shelf extends eastward to Melville Island . The NWS region, which commonly includes the adjacent plateaus and terraces, is a hotspot of biodiversity and hosts several marine conservation parks. The NWS is also a site of key archaeological significance as it may have been one of the entry points for humans into Australia (Veth, 2017). The region is Australia's main hydrocarbon province and concentrates significant fishing activities. Nevertheless, most of the shelf seafloor, marine habitats, and biodiversity remain poorly understood. Australia's North West Shelf has been extensively surveyed using 3D seismic techniques, with the shelf between Exmouth and Broome now covered by ∼ 325 000 km2 of 3D seismic survey (Paumard et al., 2019b). Under Australian legislation, most of this extensive dataset is publicly available through Geoscience Australia. The bathymetry data can be derived in two ways, either by extracting the first seismic reflection from the data themselves (which typically represents the seafloor) or by compiling the depth measurements from the vessel echosounder. The resulting datasets are referred to as reflection-derived bathymetry and navigation-derived bathymetry, respectively. - Seismic derived bathymetry extracted from 100+ Open surveys acquired between 1981 and 2015 from the National Offshore Petroleum Information Management System (NOPIMS). A detailed methodology is provided in: Lebrec et al, 2021. Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys and historical datasets. (https://doi.org/10.5194/essd-13-5191-2021) AUTHOR’S NOTICE: When used, the dataset should be referenced as follow: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C.: Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys and historical datasets, Earth Syst. Sci. Data Discuss. [preprint], https://doi.org/10.5194/essd-2021-128, in review, 2021. This dataset should not be used, under any circumstances, for navigation. <br>https://pid.geoscience.gov.au/dataset/ga/144600 <br><a href="https://files.ausseabed.gov.au/survey/NorthWestShelfSeismic-Bathymetry-30m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:32750 112.59382256210804 121.63756520530072 -23.05325889790107 -15.027202722094245 text/html ausseabed:North_West_Shelf_Seismic-derived_Bathymetry__30m_2020_L0_Coverage features North_West_Shelf_Seismic-derived_Bathymetry__30m_2020_L0_Coverage EPSG:4326 CRS:84 112.99988103600003 121.42142992600009 -23.00008008499998 -15.029587713999945 ausseabed:North_West_Shelf_Seismic-derived_Bathymetry__30m_2020_HS The North West Shelf (NWS) is a ∼ 2400 km long carbonate platform along the northern margin of Australia, stretching between 10 and 25 S. The shelf is composed of two parts located on either side of longitude 123 E. The Rowley Shelf extends westward to Exmouth, while the Sahul Shelf extends eastward to Melville Island . The NWS region, which commonly includes the adjacent plateaus and terraces, is a hotspot of biodiversity and hosts several marine conservation parks. The NWS is also a site of key archaeological significance as it may have been one of the entry points for humans into Australia (Veth, 2017). The region is Australia's main hydrocarbon province and concentrates significant fishing activities. Nevertheless, most of the shelf seafloor, marine habitats, and biodiversity remain poorly understood. Australia's North West Shelf has been extensively surveyed using 3D seismic techniques, with the shelf between Exmouth and Broome now covered by ∼ 325 000 km2 of 3D seismic survey (Paumard et al., 2019b). Under Australian legislation, most of this extensive dataset is publicly available through Geoscience Australia. The bathymetry data can be derived in two ways, either by extracting the first seismic reflection from the data themselves (which typically represents the seafloor) or by compiling the depth measurements from the vessel echosounder. The resulting datasets are referred to as reflection-derived bathymetry and navigation-derived bathymetry, respectively. - Seismic derived bathymetry extracted from 100+ Open surveys acquired between 1981 and 2015 from the National Offshore Petroleum Information Management System (NOPIMS). A detailed methodology is provided in: Lebrec et al, 2021. Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys and historical datasets. (https://doi.org/10.5194/essd-13-5191-2021) AUTHOR’S NOTICE: When used, the dataset should be referenced as follow: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C.: Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys and historical datasets, Earth Syst. Sci. Data Discuss. [preprint], https://doi.org/10.5194/essd-2021-128, in review, 2021. This dataset should not be used, under any circumstances, for navigation. EPSG:32750 CRS:84 112.59382256210804 121.63756520530072 -23.05325889790107 -15.027202722094245 text/html ausseabed:North_West_Shelf_Seismic-derived_Bathymetry__30m_2020_OV The North West Shelf (NWS) is a ∼ 2400 km long carbonate platform along the northern margin of Australia, stretching between 10 and 25 S. The shelf is composed of two parts located on either side of longitude 123 E. The Rowley Shelf extends westward to Exmouth, while the Sahul Shelf extends eastward to Melville Island . The NWS region, which commonly includes the adjacent plateaus and terraces, is a hotspot of biodiversity and hosts several marine conservation parks. The NWS is also a site of key archaeological significance as it may have been one of the entry points for humans into Australia (Veth, 2017). The region is Australia's main hydrocarbon province and concentrates significant fishing activities. Nevertheless, most of the shelf seafloor, marine habitats, and biodiversity remain poorly understood. Australia's North West Shelf has been extensively surveyed using 3D seismic techniques, with the shelf between Exmouth and Broome now covered by ∼ 325 000 km2 of 3D seismic survey (Paumard et al., 2019b). Under Australian legislation, most of this extensive dataset is publicly available through Geoscience Australia. The bathymetry data can be derived in two ways, either by extracting the first seismic reflection from the data themselves (which typically represents the seafloor) or by compiling the depth measurements from the vessel echosounder. The resulting datasets are referred to as reflection-derived bathymetry and navigation-derived bathymetry, respectively. - Seismic derived bathymetry extracted from 100+ Open surveys acquired between 1981 and 2015 from the National Offshore Petroleum Information Management System (NOPIMS). A detailed methodology is provided in: Lebrec et al, 2021. Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys and historical datasets. (https://doi.org/10.5194/essd-13-5191-2021) AUTHOR’S NOTICE: When used, the dataset should be referenced as follow: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C.: Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys and historical datasets, Earth Syst. Sci. Data Discuss. [preprint], https://doi.org/10.5194/essd-2021-128, in review, 2021. This dataset should not be used, under any circumstances, for navigation. EPSG:32750 CRS:84 112.59382256210804 121.63756520530072 -23.05325889790107 -15.027202722094245 text/html ausseabed:North_Wollongong__Bellambi_Pont_to_Stanwell_Park___NSW_Backscatter__5m_2017 The North Wollongong, Bellambi Pont to Stanwell Park, NSW Multibeam survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the RV Bombora during the period 13 Aug 2017 – 4 Mar 2022, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149681 <br><a href="https://files.ausseabed.gov.au/survey/NorthWollongong-BellambiPontToStanwellPark-NSW-Backscatter-5m-2017.zip" target="_blank">Download Backscatter</a> EPSG:32756 150.93721974487502 151.06840778380533 -34.3713666247512 -34.22489506657937 text/html ausseabed:North_Wollongong__Bellambi_Pont_to_Stanwell_Park___NSW_Backscatter__5m_2017_L0_Coverage features North_Wollongong__Bellambi_Pont_to_Stanwell_Park___NSW_Backscatter__5m_2017_L0_Coverage EPSG:4326 CRS:84 150.937588672621 151.068026955463 -34.3706026667967 -34.2259996412256 ausseabed:North_Wollongong__Bellambi_Pont_to_Stanwell_Park___NSW_Backscatter__5m_2017_OV The North Wollongong, Bellambi Pont to Stanwell Park, NSW Multibeam survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the RV Bombora during the period 13 Aug 2017 – 4 Mar 2022, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 150.93721974487502 151.06840778380533 -34.3713666247512 -34.22489506657937 text/html ausseabed:North_Wollongong__Bellambi_Pont_to_Stanwell_Park___NSW_Bathymetry_5m_2017 The North Wollongong, Bellambi Pont to Stanwell Park, NSW bathymetry survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the RV Bombora during the period 13 Aug 2017 – 4 Mar 2022, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149681 <br><a href="https://files.ausseabed.gov.au/survey/NorthWollongong-BellambiPointToStanwellPark-NSW-Bathymetry-5m-2017.zip" target="_blank">Download Bathymetry</a> EPSG:32756 150.93721974487502 151.0728214187301 -34.37143445199561 -34.21930716066966 text/html ausseabed:North_Wollongong__Bellambi_Pont_to_Stanwell_Park___NSW_Bathymetry__5m_2017_L0_Coverage North_Wollongong__Bellambi_Pont_to_Stanwell_Park___NSW_Bathymetry__5m_2017_L0_Coverage features EPSG:4326 CRS:84 150.93759529800002 151.06802798500007 -34.37060178599995 -34.225998758999935 ausseabed:North_Wollongong__Bellambi_Pont_to_Stanwell_Park___NSW_Bathymetry__5m_2017_HS The North Wollongong, Bellambi Pont to Stanwell Park, NSW bathymetry survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the RV Bombora during the period 13 Aug 2017 – 4 Mar 2022, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 150.93721974487502 151.0728214187301 -34.37143445199561 -34.21930716066966 text/html ausseabed:North_Wollongong__Bellambi_Pont_to_Stanwell_Park___NSW_Bathymetry__5m_2017_OV The North Wollongong, Bellambi Pont to Stanwell Park, NSW bathymetry survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the RV Bombora during the period 13 Aug 2017 – 4 Mar 2022, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains 32-bit floating point geotiff files of bathymetry and backscatter in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac, Qimera and FMGT software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 150.93721974487502 151.0728214187301 -34.37143445199561 -34.21930716066966 text/html ausseabed:Northeast_Tasmania_Bathymetry_2m_2011 This resource includes bathymetry data acquired during the Northeast Tasmania bathymetry survey acquired by Geoscience Australia and University of Tasmania during the period of 19 – 28 June 2011 onboard the RV Challenger using a Kongsberg EM3002 multibeam sonar. The Northeast Tasmania bathymetry survey was led by Dr. Scott Nichol (Geoscience Australia). The survey was conducted to broadly classify the seabed into hard (bedrock reef), soft (sedimentary) and mixed substrate types at select locations across the Northeast Tasmanian shelf. This dataset contains a 2m-resolution, 32-bit floating point GeoTIFF file of the bathymetry in the study area derived from the processed EM3002 bathymetry data, using CARIS HIPS and SIPS software. Attribution statement: Data was sourced from the NERP Marine Biodiversity Hub. The Marine Biodiversity Hub is supported through funding from the Australian Government's National Environmental Research Program (NERP), administered by the Department of Sustainability, Environment, Water, Population and Communities (DSEWPAC). This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147036 <br><a href="https://files.ausseabed.gov.au/survey/NortheastTasmania-Bathymetry-2m-2011.zip" target="_blank">Download Bathymetry</a> EPSG:4326 147.33190821414559 148.86906939571955 -43.26405884252404 -40.31011072744813 text/html ausseabed:Northeast_Tasmania_Bathymetry__2m_2011_L0_Coverage features Northeast_Tasmania_Bathymetry__2m_2011_L0_Coverage EPSG:4326 CRS:84 147.33222242400007 148.86907234300008 -43.26369137499995 -40.31010192399998 ausseabed:Northeast_Tasmania_Bathymetry__2m_2011_HS This resource includes bathymetry data acquired during the Northeast Tasmania bathymetry survey acquired by Geoscience Australia and University of Tasmania during the period of 19 – 28 June 2011 onboard the RV Challenger using a Kongsberg EM3002 multibeam sonar. The Northeast Tasmania bathymetry survey was led by Dr. Scott Nichol (Geoscience Australia). The survey was conducted to broadly classify the seabed into hard (bedrock reef), soft (sedimentary) and mixed substrate types at select locations across the Northeast Tasmanian shelf. This dataset contains a 2m-resolution, 32-bit floating point GeoTIFF file of the bathymetry in the study area derived from the processed EM3002 bathymetry data, using CARIS HIPS and SIPS software. Attribution statement: Data was sourced from the NERP Marine Biodiversity Hub. The Marine Biodiversity Hub is supported through funding from the Australian Government's National Environmental Research Program (NERP), administered by the Department of Sustainability, Environment, Water, Population and Communities (DSEWPAC). This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.33190821414559 148.86906939571955 -43.26405884252404 -40.31011072744813 text/html ausseabed:Northeast_Tasmania_Bathymetry__2m_2011_OV This resource includes bathymetry data acquired during the Northeast Tasmania bathymetry survey acquired by Geoscience Australia and University of Tasmania during the period of 19 – 28 June 2011 onboard the RV Challenger using a Kongsberg EM3002 multibeam sonar. The Northeast Tasmania bathymetry survey was led by Dr. Scott Nichol (Geoscience Australia). The survey was conducted to broadly classify the seabed into hard (bedrock reef), soft (sedimentary) and mixed substrate types at select locations across the Northeast Tasmanian shelf. This dataset contains a 2m-resolution, 32-bit floating point GeoTIFF file of the bathymetry in the study area derived from the processed EM3002 bathymetry data, using CARIS HIPS and SIPS software. Attribution statement: Data was sourced from the NERP Marine Biodiversity Hub. The Marine Biodiversity Hub is supported through funding from the Australian Government's National Environmental Research Program (NERP), administered by the Department of Sustainability, Environment, Water, Population and Communities (DSEWPAC). This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.33190821414559 148.86906939571955 -43.26405884252404 -40.31011072744813 text/html ausseabed:Northern_Approaches_to_Broome__WA_Bathymetry_30m_2020 The Northern Approaches to Broome multibeam survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Bhagwan K during the period 05 August– 02 October 2020. This was a contracted survey conducted by EGS as part of the Hydroscheme Industry Partnership Program. The survey area encompasses the northern approaches to Broome, WA located between the Talboys Rock and Gantheaume Point, Western Australia. Bathymetry data was acquired using a Kongsberg EM2040D 200-400 kHz and processed using QPS QINSy 9.2.3 processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147670 <br><a href="https://files.ausseabed.gov.au/survey/NorthernApproacheToBroome-HIPP-SI-1010-Bathymetry-30m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 121.9809851125141 122.16755721984052 -17.971483178285784 -17.2832591710812 text/html ausseabed:Northern_Approaches_to_Broome__WA_Bathymetry__HIPP_SI_1010__30m_2020_L0_Coverage features Northern_Approaches_to_Broome__WA_Bathymetry__HIPP_SI_1010__30m_2020_L0_Coverage EPSG:4326 CRS:84 121.98126779800009 122.16727453500005 -17.971212116999936 -17.283801292999954 ausseabed:Northern_Approaches_to_Broome__WA_Bathymetry__HIPP_SI_1010__30m_2020_HS The Northern Approaches to Broome multibeam survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Bhagwan K during the period 05 August– 02 October 2020. This was a contracted survey conducted by EGS as part of the Hydroscheme Industry Partnership Program. The survey area encompasses the northern approaches to Broome, WA located between the Talboys Rock and Gantheaume Point, Western Australia. Bathymetry data was acquired using a Kongsberg EM2040D 200-400 kHz and processed using QPS QINSy 9.2.3 processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 121.9809851125141 122.16755721984052 -17.971483178285784 -17.2832591710812 text/html ausseabed:Northern_Approaches_to_Broome__WA_Bathymetry__HIPP_SI_1010__30m_2020_OV The Northern Approaches to Broome multibeam survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Bhagwan K during the period 05 August– 02 October 2020. This was a contracted survey conducted by EGS as part of the Hydroscheme Industry Partnership Program. The survey area encompasses the northern approaches to Broome, WA located between the Talboys Rock and Gantheaume Point, Western Australia. Bathymetry data was acquired using a Kongsberg EM2040D 200-400 kHz and processed using QPS QINSy 9.2.3 processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 121.9809851125141 122.16755721984052 -17.971483178285784 -17.2832591710812 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry_4-32m_2020 This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149720 <br><a href="https://files.ausseabed.gov.au/survey/NorthernGreatBarrierReef-Bathymetry-4m-32m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 143.75789797420614 155.92360220398004 -27.32403803075781 -9.043016571728938 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__1__32m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__1__32m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 152.9692947630001 155.36269414100002 -25.348732552999934 -22.658098613999982 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__1__32m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 152.96929476279047 155.3626941405758 -25.35160716141657 -22.6580986135126 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__1__32m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 152.96929476279047 155.3626941405758 -25.35160716141657 -22.6580986135126 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__3__32m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__3__32m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 154.413498279 155.8919096410001 -22.13032041799994 -20.441200222999953 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__3__32m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 154.40832398272718 155.89190964075624 -22.135207252932307 -20.44120022275108 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__3__32m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 154.40832398272718 155.89190964075624 -22.135207252932307 -20.44120022275108 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__5__32m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__5__32m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 143.75991020000004 146.24874659400007 -15.445992320999949 -11.514389715999926 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__5__32m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 143.75789797420614 146.24874659401274 -15.44627978215562 -11.51438971617584 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__5__32m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 143.75789797420614 146.24874659401274 -15.44627978215562 -11.51438971617584 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__2__32m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__2__32m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 155.16003421200003 155.61019796800008 -23.03380999799998 -22.254216061999955 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__2__32m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 155.14077433278686 155.61019796765635 -23.04128398110662 -22.25421606177246 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__2__32m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 155.14077433278686 155.61019796765635 -23.04128398110662 -22.25421606177246 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__4__32m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__4__32m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 153.80494357300006 154.31518665400006 -21.55137418299995 -20.937932641999964 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__4__32m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 153.79948181576233 154.31518665406966 -21.556548479513875 -20.93793264225781 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__4__32m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 153.79948181576233 154.31518665406966 -21.556548479513875 -20.93793264225781 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__1__16m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__1__16m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 152.9692947630001 155.36269414100002 -25.348732552999934 -22.658098613999982 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__1__16m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.80138558252125 150.96116484405835 -20.32600027071559 -15.298165558109993 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__1__16m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.80138558252125 150.96116484405835 -20.32600027071559 -15.298165558109993 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Wreck_Reefs__16m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__Wreck_Reefs__16m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 155.12115512700007 155.51655758200002 -22.29424499099997 -22.114007011999945 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Wreck_Reefs__16m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 155.11598083094515 155.51655758243973 -22.296400947514716 -22.114007012227088 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Wreck_Reefs__16m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 155.11598083094515 155.51655758243973 -22.296400947514716 -22.114007012227088 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__9m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__9m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 153.51703801600001 153.9145694780001 -26.643460896999954 -24.79300327699997 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__9m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 153.51622953195016 153.91456947838728 -26.650818098956524 -24.7930032767161 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__9m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 153.51622953195016 153.91456947838728 -26.650818098956524 -24.7930032767161 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__2__16m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__2__16m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 143.93547694000006 144.85837013000003 -11.556287140999927 -9.043016571999942 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__2__16m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 143.93418336556178 144.85837012986394 -11.556718332363548 -9.043016571728938 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__2__16m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 143.93418336556178 144.85837012986394 -11.556718332363548 -9.043016571728938 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Kenn_Reefs__16m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__Kenn_Reefs__16m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 155.49643532000005 155.92360220400008 -21.433587082999964 -20.644938128999968 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Kenn_Reefs__16m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 155.49197967626628 155.92360220398004 -21.443648214605734 -20.644938129189384 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Kenn_Reefs__16m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 155.49197967626628 155.92360220398004 -21.443648214605734 -20.644938129189384 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Saumarez_Reefs__16m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__Saumarez_Reefs__16m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 153.2058032110001 153.85316513700002 -21.955616060999944 -21.50401500199996 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Saumarez_Reefs__16m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 153.2013475669842 153.85316513714133 -21.959496783358528 -21.504015001698566 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Saumarez_Reefs__16m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 153.2013475669842 153.85316513714133 -21.959496783358528 -21.504015001698566 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__10m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__10m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 150.92617546400004 153.24311024500003 -22.72293002799995 -20.277895486999967 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__10m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 150.92303136024745 153.24311024454295 -22.72481648966416 -20.277895487250994 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__10m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 150.92303136024745 153.24311024454295 -22.72481648966416 -20.277895487250994 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Fredericks_Reefs__16m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__Fredericks_Reefs__16m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 154.31568971100012 154.43685447600012 -21.058019428999955 -20.862258562999955 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Fredericks_Reefs__16m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 154.31152152771045 154.4368544761508 -21.06276253413906 -20.862258562723586 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Fredericks_Reefs__16m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 154.31152152771045 154.4368544761508 -21.06276253413906 -20.862258562723586 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Cato_Reefs__16m___4-32m_2020_L0_Coverage Northern_Great_Barrier_Reef_Bathymetry__Cato_Reefs__16m___4-32m_2020_L0_Coverage features EPSG:4326 CRS:84 155.35471710100012 155.66517486300006 -23.308550743999945 -23.00096759099995 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Cato_Reefs__16m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 155.34954280481622 155.66517486304448 -23.316599649383573 -23.000967591155337 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Cato_Reefs__16m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 155.34954280481622 155.66517486304448 -23.316599649383573 -23.000967591155337 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__4m___4-32m_2020_L0_Coverage Northern_Great_Barrier_Reef_Bathymetry__4m___4-32m_2020_L0_Coverage features EPSG:4326 CRS:84 153.14735881800004 153.6061823330001 -27.320552566999936 -26.60894313199998 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__4m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 153.14408895077443 153.6061823329255 -27.32403803075781 -26.608943131987306 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__4m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 153.14408895077443 153.6061823329255 -27.32403803075781 -26.608943131987306 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__10m___4-32m_2020 This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149720 <br><a href="https://files.ausseabed.gov.au/survey/NorthernGreatBarrierReef-Bathymetry-4m-32m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 150.92303136024745 153.24311024454295 -22.72481648966416 -20.277895487250994 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__10m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__10m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 150.92617546400004 153.24311024500003 -22.72293002799995 -20.277895486999967 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__10m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 150.92303136024745 153.24311024454295 -22.72481648966416 -20.277895487250994 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__10m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 150.92303136024745 153.24311024454295 -22.72481648966416 -20.277895487250994 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__1__16m___4-32m_2020 This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149720 <br><a href="https://files.ausseabed.gov.au/survey/NorthernGreatBarrierReef-Bathymetry-4m-32m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 145.80138558252125 150.96116484405835 -20.32600027071559 -15.298165558109993 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__1__16m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__1__16m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 152.9692947630001 155.36269414100002 -25.348732552999934 -22.658098613999982 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__1__16m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.80138558252125 150.96116484405835 -20.32600027071559 -15.298165558109993 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__1__16m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.80138558252125 150.96116484405835 -20.32600027071559 -15.298165558109993 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__1__32m___4-32m_2020 This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149720 <br><a href="https://files.ausseabed.gov.au/survey/NorthernGreatBarrierReef-Bathymetry-4m-32m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 152.96929476279047 155.3626941405758 -25.35160716141657 -22.6580986135126 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__1__32m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__1__32m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 152.9692947630001 155.36269414100002 -25.348732552999934 -22.658098613999982 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__1__32m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 152.96929476279047 155.3626941405758 -25.35160716141657 -22.6580986135126 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__1__32m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 152.96929476279047 155.3626941405758 -25.35160716141657 -22.6580986135126 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__2__16m___4-32m_2020 This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149720 <br><a href="https://files.ausseabed.gov.au/survey/NorthernGreatBarrierReef-Bathymetry-4m-32m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 143.93418336556178 144.85837012986394 -11.556718332363548 -9.043016571728938 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__2__16m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__2__16m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 143.93547694000006 144.85837013000003 -11.556287140999927 -9.043016571999942 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__2__16m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 143.93418336556178 144.85837012986394 -11.556718332363548 -9.043016571728938 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__2__16m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 143.93418336556178 144.85837012986394 -11.556718332363548 -9.043016571728938 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__2__32m___4-32m_2020 This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149720 <br><a href="https://files.ausseabed.gov.au/survey/NorthernGreatBarrierReef-Bathymetry-4m-32m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 155.14077433278686 155.61019796765635 -23.04128398110662 -22.25421606177246 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__2__32m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__2__32m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 155.16003421200003 155.61019796800008 -23.03380999799998 -22.254216061999955 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__2__32m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 155.14077433278686 155.61019796765635 -23.04128398110662 -22.25421606177246 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__2__32m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 155.14077433278686 155.61019796765635 -23.04128398110662 -22.25421606177246 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__3__32m___4-32m_2020 This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149720 <br><a href="https://files.ausseabed.gov.au/survey/NorthernGreatBarrierReef-Bathymetry-4m-32m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 154.40832398272718 155.89190964075624 -22.135207252932307 -20.44120022275108 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__3__32m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__3__32m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 154.413498279 155.8919096410001 -22.13032041799994 -20.441200222999953 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__3__32m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 154.40832398272718 155.89190964075624 -22.135207252932307 -20.44120022275108 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__3__32m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 154.40832398272718 155.89190964075624 -22.135207252932307 -20.44120022275108 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__4__32m___4-32m_2020 This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149720 <br><a href="https://files.ausseabed.gov.au/survey/NorthernGreatBarrierReef-Bathymetry-4m-32m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 153.79948181576233 154.31518665406966 -21.556548479513875 -20.93793264225781 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__4__32m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__4__32m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 153.80494357300006 154.31518665400006 -21.55137418299995 -20.937932641999964 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__4__32m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 153.79948181576233 154.31518665406966 -21.556548479513875 -20.93793264225781 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__4__32m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 153.79948181576233 154.31518665406966 -21.556548479513875 -20.93793264225781 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__4m___4-32m_2020 This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149720 <br><a href="https://files.ausseabed.gov.au/survey/NorthernGreatBarrierReef-Bathymetry-4m-32m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 153.14408895077443 153.6061823329255 -27.32403803075781 -26.608943131987306 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__4m___4-32m_2020_L0_Coverage Northern_Great_Barrier_Reef_Bathymetry__4m___4-32m_2020_L0_Coverage features EPSG:4326 CRS:84 153.14735881800004 153.6061823330001 -27.320552566999936 -26.60894313199998 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__4m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 153.14408895077443 153.6061823329255 -27.32403803075781 -26.608943131987306 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__4m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 153.14408895077443 153.6061823329255 -27.32403803075781 -26.608943131987306 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__5__32m___4-32m_2020 This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149720 <br><a href="https://files.ausseabed.gov.au/survey/NorthernGreatBarrierReef-Bathymetry-4m-32m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 143.75789797420614 146.24874659401274 -15.44627978215562 -11.51438971617584 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__5__32m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__5__32m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 143.75991020000004 146.24874659400007 -15.445992320999949 -11.514389715999926 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__5__32m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 143.75789797420614 146.24874659401274 -15.44627978215562 -11.51438971617584 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__5__32m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 143.75789797420614 146.24874659401274 -15.44627978215562 -11.51438971617584 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__9m___4-32m_2020 This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149720 <br><a href="https://files.ausseabed.gov.au/survey/NorthernGreatBarrierReef-Bathymetry-4m-32m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 153.51622953195016 153.91456947838728 -26.650818098956524 -24.7930032767161 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__9m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__9m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 153.51703801600001 153.9145694780001 -26.643460896999954 -24.79300327699997 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__9m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 153.51622953195016 153.91456947838728 -26.650818098956524 -24.7930032767161 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__9m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 153.51622953195016 153.91456947838728 -26.650818098956524 -24.7930032767161 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Cato_Reefs__16m___4-32m_2020 This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149720 <br><a href="https://files.ausseabed.gov.au/survey/NorthernGreatBarrierReef-Bathymetry-4m-32m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 155.34954280481622 155.66517486304448 -23.316599649383573 -23.000967591155337 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Cato_Reefs__16m___4-32m_2020_L0_Coverage Northern_Great_Barrier_Reef_Bathymetry__Cato_Reefs__16m___4-32m_2020_L0_Coverage features EPSG:4326 CRS:84 155.35471710100012 155.66517486300006 -23.308550743999945 -23.00096759099995 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Cato_Reefs__16m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 155.34954280481622 155.66517486304448 -23.316599649383573 -23.000967591155337 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Cato_Reefs__16m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 155.34954280481622 155.66517486304448 -23.316599649383573 -23.000967591155337 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Fredericks_Reefs__16m___4-32m_2020 This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149720 <br><a href="https://files.ausseabed.gov.au/survey/NorthernGreatBarrierReef-Bathymetry-4m-32m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 154.31152152771045 154.4368544761508 -21.06276253413906 -20.862258562723586 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Fredericks_Reefs__16m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__Fredericks_Reefs__16m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 154.31568971100012 154.43685447600012 -21.058019428999955 -20.862258562999955 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Fredericks_Reefs__16m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 154.31152152771045 154.4368544761508 -21.06276253413906 -20.862258562723586 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Fredericks_Reefs__16m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 154.31152152771045 154.4368544761508 -21.06276253413906 -20.862258562723586 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Kenn_Reefs__16m___4-32m_2020 This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149720 <br><a href="https://files.ausseabed.gov.au/survey/NorthernGreatBarrierReef-Bathymetry-4m-32m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 155.49197967626628 155.92360220398004 -21.443648214605734 -20.644938129189384 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Kenn_Reefs__16m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__Kenn_Reefs__16m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 155.49643532000005 155.92360220400008 -21.433587082999964 -20.644938128999968 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Kenn_Reefs__16m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 155.49197967626628 155.92360220398004 -21.443648214605734 -20.644938129189384 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Kenn_Reefs__16m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 155.49197967626628 155.92360220398004 -21.443648214605734 -20.644938129189384 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Saumarez_Reefs__16m___4-32m_2020 This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149720 <br><a href="https://files.ausseabed.gov.au/survey/NorthernGreatBarrierReef-Bathymetry-4m-32m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 153.2013475669842 153.85316513714133 -21.959496783358528 -21.504015001698566 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Saumarez_Reefs__16m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__Saumarez_Reefs__16m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 153.2058032110001 153.85316513700002 -21.955616060999944 -21.50401500199996 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Saumarez_Reefs__16m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 153.2013475669842 153.85316513714133 -21.959496783358528 -21.504015001698566 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Saumarez_Reefs__16m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 153.2013475669842 153.85316513714133 -21.959496783358528 -21.504015001698566 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Wreck_Reefs__16m___4-32m_2020 This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149720 <br><a href="https://files.ausseabed.gov.au/survey/NorthernGreatBarrierReef-Bathymetry-4m-32m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 155.11598083094515 155.51655758243973 -22.296400947514716 -22.114007012227088 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Wreck_Reefs__16m___4-32m_2020_L0_Coverage features Northern_Great_Barrier_Reef_Bathymetry__Wreck_Reefs__16m___4-32m_2020_L0_Coverage EPSG:4326 CRS:84 155.12115512700007 155.51655758200002 -22.29424499099997 -22.114007011999945 ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Wreck_Reefs__16m___4-32m_2020_HS This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 155.11598083094515 155.51655758243973 -22.296400947514716 -22.114007012227088 text/html ausseabed:Northern_Great_Barrier_Reef_Bathymetry__Wreck_Reefs__16m___4-32m_2020_OV This resource includes bathymetry data acquired during the Northern Depths of the Great Barrier Reef survey on RV Falkor using its Kongsberg EM302 multibeam sonar system. The EM710 data acquired on this survey will be included in a future release. The primary objective of the survey was to explore the Cape York Peninsula region, through geophysical mapping of the shelf edge and continental slope adjacent to the barrier reefs and around the seven detached reefs lying north of Cape Weymouth, including within the large Wreck Bay. The offshore Cape York area is considered a frontier marine region with very little multibeam data collected previously in this far northern section of the Great Barrier Reef. The survey aimed to reveal the full inventory of submarine canyons, drowned reefs and any other significant seabed features in the region. A secondary objective was to conduct geophysical mapping of the Swain slide, an underwater landslide on the slope adjacent to the Swain Reefs in the southern Great Barrier Reef, with a headscarp about 10 km wide and a debris field extending ~20 km from the headscarp. The mapping aimed to reveal the full extent of the debris field and nature of the debris material proximal to the headscarp. Another objective was to conduct geophysical mapping around the steeper slopes around reefs in the eastern Coral Sea Marine Park, including the Saumarez, Frederick, Kenn, Wreck and Cato Reefs. The mapping aimed to fill data gaps between existing airborne LIDAR bathymetry over the shallow reefs and previously collected multibeam data around the steeper flanks. To achieve these objectives, the survey extended over 47 days, leaving Brisbane, Australia on September 30, 2020 and returning to Brisbane, Australia on November 17, 2020. The voyage was split into three legs, with port calls made at Cairns and Horn Island in the Torres Strait. Geophysical mapping involved the use of both Kongsberg EM302 and EM710 multibeam systems on the RV Falkor, typically operated in Dual Swath mode. In depths deeper than ~1200 m, the EM710 was turned off. Backscatter and water column data were also collected on both multibeam systems. This V1 dataset contains two 64m resolution 32-bit geotiff files of the FK200930 survey area produced from the processed EM302 only bathymetry data. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 155.11598083094515 155.51655758243973 -22.296400947514716 -22.114007012227088 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_2m_2012 This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/79006 <br><a href="https://files.ausseabed.gov.au/survey/OceanicShoalsCommonwealthMarineReserve-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 126.8908915673805 127.47973516835575 -12.228791167384848 -11.311144143719794 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_4_2m_2012_L0_Coverage features Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_4_2m_2012_L0_Coverage EPSG:4326 CRS:84 126.93179215600003 127.00876140300011 -11.34672865799996 -11.312441510999975 ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_4_2m_2012_HS This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 126.93120371049596 127.00922213917572 -11.346730141977508 -11.311381032175067 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_4_2m_2012_OV This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 126.93120371049596 127.00922213917572 -11.346730141977508 -11.311381032175067 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_1_2m_2012_L0_Coverage Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_1_2m_2012_L0_Coverage features EPSG:4326 CRS:84 127.36431018500002 127.47341631200004 -12.22859551199997 -12.050176067999928 ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_1_2m_2012_HS This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 127.36366414879332 127.47571684400936 -12.228791167384848 -12.050054761735874 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_1_2m_2012_OV This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 127.36366414879332 127.47571684400936 -12.228791167384848 -12.050054761735874 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_2_2m_2012_L0_Coverage features Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_2_2m_2012_L0_Coverage EPSG:4326 CRS:84 126.95661599400012 127.14267032100008 -11.937407711999981 -11.761422740999933 ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_2_2m_2012_HS This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 126.95334693384459 127.14374013433239 -11.939579786971937 -11.760657736946204 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_2_2m_2012_OV This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 126.95334693384459 127.14374013433239 -11.939579786971937 -11.760657736946204 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_3_2m_2012_L0_Coverage Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_3_2m_2012_L0_Coverage features EPSG:4326 CRS:84 126.89724301800004 127.11393517400006 -11.462752508999927 -11.380360829999972 ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_3_2m_2012_HS This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 126.89673377655106 127.11436394054779 -11.464024981263712 -11.380282335547744 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_3_2m_2012_OV This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 126.89673377655106 127.11436394054779 -11.464024981263712 -11.380282335547744 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_1_2m_2012 This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/79006 <br><a href="https://files.ausseabed.gov.au/survey/OceanicShoalsCommonwealthMarineReserve-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 127.36366414879332 127.47571684400936 -12.228791167384848 -12.050054761735874 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_1_2m_2012_L0_Coverage Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_1_2m_2012_L0_Coverage features EPSG:4326 CRS:84 127.36431018500002 127.47341631200004 -12.22859551199997 -12.050176067999928 ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_1_2m_2012_HS This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 127.36366414879332 127.47571684400936 -12.228791167384848 -12.050054761735874 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_1_2m_2012_OV This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 127.36366414879332 127.47571684400936 -12.228791167384848 -12.050054761735874 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_2_2m_2012 This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/79006 <br><a href="https://files.ausseabed.gov.au/survey/OceanicShoalsCommonwealthMarineReserve-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 126.95334693384459 127.14374013433239 -11.939579786971937 -11.760657736946204 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_2_2m_2012_L0_Coverage features Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_2_2m_2012_L0_Coverage EPSG:4326 CRS:84 126.95661599400012 127.14267032100008 -11.937407711999981 -11.761422740999933 ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_2_2m_2012_HS This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 126.95334693384459 127.14374013433239 -11.939579786971937 -11.760657736946204 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_2_2m_2012_OV This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 126.95334693384459 127.14374013433239 -11.939579786971937 -11.760657736946204 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_3_2m_2012 This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/79006 <br><a href="https://files.ausseabed.gov.au/survey/OceanicShoalsCommonwealthMarineReserve-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 126.89673377655106 127.11436394054779 -11.464024981263712 -11.380282335547744 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_3_2m_2012_L0_Coverage Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_3_2m_2012_L0_Coverage features EPSG:4326 CRS:84 126.89724301800004 127.11393517400006 -11.462752508999927 -11.380360829999972 ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_3_2m_2012_HS This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 126.89673377655106 127.11436394054779 -11.464024981263712 -11.380282335547744 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_3_2m_2012_OV This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 126.89673377655106 127.11436394054779 -11.464024981263712 -11.380282335547744 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_4_2m_2012 This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/79006 <br><a href="https://files.ausseabed.gov.au/survey/OceanicShoalsCommonwealthMarineReserve-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 126.93120371049596 127.00922213917572 -11.346730141977508 -11.311381032175067 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_4_2m_2012_L0_Coverage features Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_4_2m_2012_L0_Coverage EPSG:4326 CRS:84 126.93179215600003 127.00876140300011 -11.34672865799996 -11.312441510999975 ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_4_2m_2012_HS This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 126.93120371049596 127.00922213917572 -11.346730141977508 -11.311381032175067 text/html ausseabed:Oceanic_Shoals_Commonwealth_Marine_Reserve_Bathymetry_Grid_4_2m_2012_OV This resource contains bathymetry and backscatter data for the Oceanic Shoals Commonwealth Marine Reserve (CMR) in the Timor Sea collected by Geoscience Australia during September and October 2012 on RV Solander (survey GA0339/SOL5650). The survey used a Kongsberg EM3002 300 kHz multibeam sonar system mounted in single head configuration to map four areas, covering a combined area of 507 square kilometres. Data are gridded to 2 m spatial resolution. The Oceanic Shoals Commonwealth Marine Reserve survey was undertaken as an activity within the Australian Government's National Environmental Research Program Marine Biodiversity Hub and was the key component of Research Theme 4 - Regional Biodiversity Discovery to Support Marine Bioregional Plans. Hub partners involved in the survey included the Australian Institute of Marine Science, Geoscience Australia, the University of Western Australia, Museum Victoria and the Museum and Art Gallery of the Northern Territory. Data acquired during the survey included: multibeam sonar bathymetry and acoustic backscatter; sub-bottom acoustic profiles; physical samples of seabed sediments, infauna and epibenthic biota; towed underwater video and still camera observations of seabed habitats; baited video observations of demersal and pelagic fish, and; oceanographic measurements of the water column from CTD (conductivity, temperature, depth) casts and from deployment of sea surface drifters. Further information on the survey is available in the post-survey report published as Geoscience Australia Record 2013/38 (Nichol et al. 2013). This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 126.93120371049596 127.00922213917572 -11.346730141977508 -11.311381032175067 text/html ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry_5-40m_2004 The TOPAS Sea Trials survey GA-2361, was acquired by Geoscience Australia after the installation of the new Sub bottom profiler (TOPAS) onboard the RV Southern Surveyor during the 9th and the 10th of December 2004. The survey loacation was offshore Brisbane. The aim of the survey was to test the new sub bottom profiler installed onboard. The bathymetry grids consists of 5,10 and 40m resolution projected in Easting and Northing WGS84, UTM56S. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75662 <br><a href="https://files.ausseabed.gov.au/survey/OffshoreBrisbaneTopasSeaTrials-5m-40m-2004.zip" target="_blank">Download Bathymetry</a> EPSG:32756 153.07294753548743 154.79880746501024 -27.455388567208843 -26.595728215739797 text/html ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__5m___5-40m_2004_L0_Coverage features Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__5m___5-40m_2004_L0_Coverage EPSG:4326 CRS:84 153.0786019740001 153.45569721900006 -27.44833753399996 -26.911752278999984 ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__5m___5-40m_2004_HS The TOPAS Sea Trials survey GA-2361, was acquired by Geoscience Australia after the installation of the new Sub bottom profiler (TOPAS) onboard the RV Southern Surveyor during the 9th and the 10th of December 2004. The survey loacation was offshore Brisbane. The aim of the survey was to test the new sub bottom profiler installed onboard. The bathymetry grids consists of 5,10 and 40m resolution projected in Easting and Northing WGS84, UTM56S. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.07314291958198 153.45790729541278 -27.455388567208843 -26.91175227852526 text/html ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__5m___5-40m_2004_OV The TOPAS Sea Trials survey GA-2361, was acquired by Geoscience Australia after the installation of the new Sub bottom profiler (TOPAS) onboard the RV Southern Surveyor during the 9th and the 10th of December 2004. The survey loacation was offshore Brisbane. The aim of the survey was to test the new sub bottom profiler installed onboard. The bathymetry grids consists of 5,10 and 40m resolution projected in Easting and Northing WGS84, UTM56S. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.07314291958198 153.45790729541278 -27.455388567208843 -26.91175227852526 text/html ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__10m___5-40m_2004_L0_Coverage features Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__10m___5-40m_2004_L0_Coverage EPSG:4326 CRS:84 153.14829136200012 153.45557106 -26.915550777999954 -26.69977775199993 ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__10m___5-40m_2004_HS The TOPAS Sea Trials survey GA-2361, was acquired by Geoscience Australia after the installation of the new Sub bottom profiler (TOPAS) onboard the RV Southern Surveyor during the 9th and the 10th of December 2004. The survey loacation was offshore Brisbane. The aim of the survey was to test the new sub bottom profiler installed onboard. The bathymetry grids consists of 5,10 and 40m resolution projected in Easting and Northing WGS84, UTM56S. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.14217660306923 153.45558302169226 -26.91559835090992 -26.68579023352106 text/html ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__10m___5-40m_2004_OV The TOPAS Sea Trials survey GA-2361, was acquired by Geoscience Australia after the installation of the new Sub bottom profiler (TOPAS) onboard the RV Southern Surveyor during the 9th and the 10th of December 2004. The survey loacation was offshore Brisbane. The aim of the survey was to test the new sub bottom profiler installed onboard. The bathymetry grids consists of 5,10 and 40m resolution projected in Easting and Northing WGS84, UTM56S. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.14217660306923 153.45558302169226 -26.91559835090992 -26.68579023352106 text/html ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__40m___5-40m_2004_L0_Coverage features Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__40m___5-40m_2004_L0_Coverage EPSG:4326 CRS:84 153.44825415000003 154.78315787600002 -27.016293213999973 -26.61423806099998 ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__40m___5-40m_2004_HS The TOPAS Sea Trials survey GA-2361, was acquired by Geoscience Australia after the installation of the new Sub bottom profiler (TOPAS) onboard the RV Southern Surveyor during the 9th and the 10th of December 2004. The survey loacation was offshore Brisbane. The aim of the survey was to test the new sub bottom profiler installed onboard. The bathymetry grids consists of 5,10 and 40m resolution projected in Easting and Northing WGS84, UTM56S. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.44777449975177 154.7919535893196 -27.027314196831167 -26.595728215739797 text/html ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__40m___5-40m_2004_OV The TOPAS Sea Trials survey GA-2361, was acquired by Geoscience Australia after the installation of the new Sub bottom profiler (TOPAS) onboard the RV Southern Surveyor during the 9th and the 10th of December 2004. The survey loacation was offshore Brisbane. The aim of the survey was to test the new sub bottom profiler installed onboard. The bathymetry grids consists of 5,10 and 40m resolution projected in Easting and Northing WGS84, UTM56S. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.44777449975177 154.7919535893196 -27.027314196831167 -26.595728215739797 text/html ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__10m___5-40m_2004 The TOPAS Sea Trials survey GA-2361, was acquired by Geoscience Australia after the installation of the new Sub bottom profiler (TOPAS) onboard the RV Southern Surveyor during the 9th and the 10th of December 2004. The survey loacation was offshore Brisbane. The aim of the survey was to test the new sub bottom profiler installed onboard. The bathymetry grids consists of 5,10 and 40m resolution projected in Easting and Northing WGS84, UTM56S. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75662 <br><a href="https://files.ausseabed.gov.au/survey/OffshoreBrisbaneTopasSeaTrials-5m-40m-2004.zip" target="_blank">Download Bathymetry</a> EPSG:32756 153.14217660306923 153.45558302169226 -26.91559835090992 -26.68579023352106 text/html ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__10m___5-40m_2004_L0_Coverage features Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__10m___5-40m_2004_L0_Coverage EPSG:4326 CRS:84 153.14829136200012 153.45557106 -26.915550777999954 -26.69977775199993 ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__10m___5-40m_2004_HS The TOPAS Sea Trials survey GA-2361, was acquired by Geoscience Australia after the installation of the new Sub bottom profiler (TOPAS) onboard the RV Southern Surveyor during the 9th and the 10th of December 2004. The survey loacation was offshore Brisbane. The aim of the survey was to test the new sub bottom profiler installed onboard. The bathymetry grids consists of 5,10 and 40m resolution projected in Easting and Northing WGS84, UTM56S. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.14217660306923 153.45558302169226 -26.91559835090992 -26.68579023352106 text/html ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__10m___5-40m_2004_OV The TOPAS Sea Trials survey GA-2361, was acquired by Geoscience Australia after the installation of the new Sub bottom profiler (TOPAS) onboard the RV Southern Surveyor during the 9th and the 10th of December 2004. The survey loacation was offshore Brisbane. The aim of the survey was to test the new sub bottom profiler installed onboard. The bathymetry grids consists of 5,10 and 40m resolution projected in Easting and Northing WGS84, UTM56S. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.14217660306923 153.45558302169226 -26.91559835090992 -26.68579023352106 text/html ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__40m___5-40m_2004 The TOPAS Sea Trials survey GA-2361, was acquired by Geoscience Australia after the installation of the new Sub bottom profiler (TOPAS) onboard the RV Southern Surveyor during the 9th and the 10th of December 2004. The survey loacation was offshore Brisbane. The aim of the survey was to test the new sub bottom profiler installed onboard. The bathymetry grids consists of 5,10 and 40m resolution projected in Easting and Northing WGS84, UTM56S. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75662 <br><a href="https://files.ausseabed.gov.au/survey/OffshoreBrisbaneTopasSeaTrials-5m-40m-2004.zip" target="_blank">Download Bathymetry</a> EPSG:32756 153.44777449975177 154.7919535893196 -27.027314196831167 -26.595728215739797 text/html ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__40m___5-40m_2004_L0_Coverage features Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__40m___5-40m_2004_L0_Coverage EPSG:4326 CRS:84 153.44825415000003 154.78315787600002 -27.016293213999973 -26.61423806099998 ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__40m___5-40m_2004_HS The TOPAS Sea Trials survey GA-2361, was acquired by Geoscience Australia after the installation of the new Sub bottom profiler (TOPAS) onboard the RV Southern Surveyor during the 9th and the 10th of December 2004. The survey loacation was offshore Brisbane. The aim of the survey was to test the new sub bottom profiler installed onboard. The bathymetry grids consists of 5,10 and 40m resolution projected in Easting and Northing WGS84, UTM56S. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.44777449975177 154.7919535893196 -27.027314196831167 -26.595728215739797 text/html ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__40m___5-40m_2004_OV The TOPAS Sea Trials survey GA-2361, was acquired by Geoscience Australia after the installation of the new Sub bottom profiler (TOPAS) onboard the RV Southern Surveyor during the 9th and the 10th of December 2004. The survey loacation was offshore Brisbane. The aim of the survey was to test the new sub bottom profiler installed onboard. The bathymetry grids consists of 5,10 and 40m resolution projected in Easting and Northing WGS84, UTM56S. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.44777449975177 154.7919535893196 -27.027314196831167 -26.595728215739797 text/html ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__5m___5-40m_2004 The TOPAS Sea Trials survey GA-2361, was acquired by Geoscience Australia after the installation of the new Sub bottom profiler (TOPAS) onboard the RV Southern Surveyor during the 9th and the 10th of December 2004. The survey loacation was offshore Brisbane. The aim of the survey was to test the new sub bottom profiler installed onboard. The bathymetry grids consists of 5,10 and 40m resolution projected in Easting and Northing WGS84, UTM56S. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75662 <br><a href="https://files.ausseabed.gov.au/survey/OffshoreBrisbaneTopasSeaTrials-5m-40m-2004.zip" target="_blank">Download Bathymetry</a> EPSG:32756 153.07314291958198 153.45790729541278 -27.455388567208843 -26.91175227852526 text/html ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__5m___5-40m_2004_L0_Coverage features Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__5m___5-40m_2004_L0_Coverage EPSG:4326 CRS:84 153.0786019740001 153.45569721900006 -27.44833753399996 -26.911752278999984 ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__5m___5-40m_2004_HS The TOPAS Sea Trials survey GA-2361, was acquired by Geoscience Australia after the installation of the new Sub bottom profiler (TOPAS) onboard the RV Southern Surveyor during the 9th and the 10th of December 2004. The survey loacation was offshore Brisbane. The aim of the survey was to test the new sub bottom profiler installed onboard. The bathymetry grids consists of 5,10 and 40m resolution projected in Easting and Northing WGS84, UTM56S. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.07314291958198 153.45790729541278 -27.455388567208843 -26.91175227852526 text/html ausseabed:Offshore_Brisbane__Topas_Sea_Trials__Bathymetry__5m___5-40m_2004_OV The TOPAS Sea Trials survey GA-2361, was acquired by Geoscience Australia after the installation of the new Sub bottom profiler (TOPAS) onboard the RV Southern Surveyor during the 9th and the 10th of December 2004. The survey loacation was offshore Brisbane. The aim of the survey was to test the new sub bottom profiler installed onboard. The bathymetry grids consists of 5,10 and 40m resolution projected in Easting and Northing WGS84, UTM56S. This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.07314291958198 153.45790729541278 -27.455388567208843 -26.91175227852526 text/html ausseabed:Otway_Basin_Bathymetry__128m___50-128m_2020 This is a compilation of all the processed bathymetric datasets held by Geoscience Australia for the Otway Basin, extending from Cape Jaffa in South Australia to north-west Tasmania. This dataset includes multibeam echosounder and LIDAR data, and was gridded at two resolutions (50 and 128 m) based on optimal resolution for the depth range encountered. The objective of this Otway Basin bathymetry dataset is to increase our understanding of the seafloor geomorphology of the region and provide a primary input dataset for the creation of numerous subsurface geophysical products. These include inputs to calibrated gravity and magnetic data to provide new insights to geological morphology and processes, inputs to 2D and 3D seismic processing for better subsurface imaging, inputs to velocity modelling for better time to depth conversions, and inputs to depth of burial 3D models to understand how sedimentary basins have evolved over geological time. Not to be used for navigational purposes. <br>http://pid.geoscience.gov.au/dataset/ga/144351 <br><a href="https://files.ausseabed.gov.au/survey/OtwayBasinBathymetry-2020-50m-128m.zip" target="_blank">Download Bathymetry</a> EPSG:32754 137.64586046158087 146.40629854665738 -43.140537757206005 -35.23585463537732 text/html ausseabed:Otway_Basin_Bathymetry__128m___50-128m_2020_L0_Coverage features Otway_Basin_Bathymetry__128m___50-128m_2020_L0_Coverage EPSG:32754 CRS:84 137.64586046158087 146.40629854665738 -43.140537757206005 -35.43020977211883 ausseabed:Otway_Basin_Bathymetry__128m___50-128m_2020_HS This is a compilation of all the processed bathymetric datasets held by Geoscience Australia for the Otway Basin, extending from Cape Jaffa in South Australia to north-west Tasmania. This dataset includes multibeam echosounder and LIDAR data, and was gridded at two resolutions (50 and 128 m) based on optimal resolution for the depth range encountered. The objective of this Otway Basin bathymetry dataset is to increase our understanding of the seafloor geomorphology of the region and provide a primary input dataset for the creation of numerous subsurface geophysical products. These include inputs to calibrated gravity and magnetic data to provide new insights to geological morphology and processes, inputs to 2D and 3D seismic processing for better subsurface imaging, inputs to velocity modelling for better time to depth conversions, and inputs to depth of burial 3D models to understand how sedimentary basins have evolved over geological time. Not to be used for navigational purposes. EPSG:32754 CRS:84 137.64586046158087 146.40629854665738 -43.13671239775125 -35.23585463537732 text/html ausseabed:Otway_Basin_Bathymetry__128m___50-128m_2020_OV This is a compilation of all the processed bathymetric datasets held by Geoscience Australia for the Otway Basin, extending from Cape Jaffa in South Australia to north-west Tasmania. This dataset includes multibeam echosounder and LIDAR data, and was gridded at two resolutions (50 and 128 m) based on optimal resolution for the depth range encountered. The objective of this Otway Basin bathymetry dataset is to increase our understanding of the seafloor geomorphology of the region and provide a primary input dataset for the creation of numerous subsurface geophysical products. These include inputs to calibrated gravity and magnetic data to provide new insights to geological morphology and processes, inputs to 2D and 3D seismic processing for better subsurface imaging, inputs to velocity modelling for better time to depth conversions, and inputs to depth of burial 3D models to understand how sedimentary basins have evolved over geological time. Not to be used for navigational purposes. EPSG:32754 CRS:84 137.64586046158087 146.40629854665738 -43.13671239775125 -35.23585463537732 text/html ausseabed:Otway_Basin_Bathymetry__50-128m_2020 This is a compilation of all the processed bathymetric datasets held by Geoscience Australia for the Otway Basin, extending from Cape Jaffa in South Australia to north-west Tasmania. This dataset includes multibeam echosounder and LIDAR data, and was gridded at two resolutions (50 and 128 m) based on optimal resolution for the depth range encountered. The objective of this Otway Basin bathymetry dataset is to increase our understanding of the seafloor geomorphology of the region and provide a primary input dataset for the creation of numerous subsurface geophysical products. These include inputs to calibrated gravity and magnetic data to provide new insights to geological morphology and processes, inputs to 2D and 3D seismic processing for better subsurface imaging, inputs to velocity modelling for better time to depth conversions, and inputs to depth of burial 3D models to understand how sedimentary basins have evolved over geological time. Not to be used for navigational purposes. <br>http://pid.geoscience.gov.au/dataset/ga/144351 <br><a href="https://files.ausseabed.gov.au/survey/OtwayBasinBathymetry-2020-50m-128m.zip" target="_blank">Download Bathymetry</a> EPSG:32754 137.64586046158087 146.40629854665738 -43.140537757206005 -35.23585463537732 text/html ausseabed:Otway_Basin_Bathymetry__50m___50-128m_2020_L0_Coverage features Otway_Basin_Bathymetry__50m___50-128m_2020_L0_Coverage EPSG:32754 CRS:84 137.64608715348436 146.40586621624644 -43.14020460201328 -35.43014350258802 ausseabed:Otway_Basin_Bathymetry__50m___50-128m_2020_HS This is a compilation of all the processed bathymetric datasets held by Geoscience Australia for the Otway Basin, extending from Cape Jaffa in South Australia to north-west Tasmania. This dataset includes multibeam echosounder and LIDAR data, and was gridded at two resolutions (50 and 128 m) based on optimal resolution for the depth range encountered. The objective of this Otway Basin bathymetry dataset is to increase our understanding of the seafloor geomorphology of the region and provide a primary input dataset for the creation of numerous subsurface geophysical products. These include inputs to calibrated gravity and magnetic data to provide new insights to geological morphology and processes, inputs to 2D and 3D seismic processing for better subsurface imaging, inputs to velocity modelling for better time to depth conversions, and inputs to depth of burial 3D models to understand how sedimentary basins have evolved over geological time. Not to be used for navigational purposes. EPSG:32754 CRS:84 137.64608715348436 146.40586621624644 -43.13638015716576 -35.236974256526565 text/html ausseabed:Otway_Basin_Bathymetry__50m___50-128m_2020_OV This is a compilation of all the processed bathymetric datasets held by Geoscience Australia for the Otway Basin, extending from Cape Jaffa in South Australia to north-west Tasmania. This dataset includes multibeam echosounder and LIDAR data, and was gridded at two resolutions (50 and 128 m) based on optimal resolution for the depth range encountered. The objective of this Otway Basin bathymetry dataset is to increase our understanding of the seafloor geomorphology of the region and provide a primary input dataset for the creation of numerous subsurface geophysical products. These include inputs to calibrated gravity and magnetic data to provide new insights to geological morphology and processes, inputs to 2D and 3D seismic processing for better subsurface imaging, inputs to velocity modelling for better time to depth conversions, and inputs to depth of burial 3D models to understand how sedimentary basins have evolved over geological time. Not to be used for navigational purposes. EPSG:32754 CRS:84 137.64608715348436 146.40586621624644 -43.13638015716576 -35.236974256526565 text/html ausseabed:Otway_Basin_Bathymetry__128m___50-128m_2020_L0_Coverage features Otway_Basin_Bathymetry__128m___50-128m_2020_L0_Coverage EPSG:32754 CRS:84 137.64586046158087 146.40629854665738 -43.140537757206005 -35.43020977211883 ausseabed:Otway_Basin_Bathymetry__128m___50-128m_2020_HS This is a compilation of all the processed bathymetric datasets held by Geoscience Australia for the Otway Basin, extending from Cape Jaffa in South Australia to north-west Tasmania. This dataset includes multibeam echosounder and LIDAR data, and was gridded at two resolutions (50 and 128 m) based on optimal resolution for the depth range encountered. The objective of this Otway Basin bathymetry dataset is to increase our understanding of the seafloor geomorphology of the region and provide a primary input dataset for the creation of numerous subsurface geophysical products. These include inputs to calibrated gravity and magnetic data to provide new insights to geological morphology and processes, inputs to 2D and 3D seismic processing for better subsurface imaging, inputs to velocity modelling for better time to depth conversions, and inputs to depth of burial 3D models to understand how sedimentary basins have evolved over geological time. Not to be used for navigational purposes. EPSG:32754 CRS:84 137.64586046158087 146.40629854665738 -43.13671239775125 -35.23585463537732 text/html ausseabed:Otway_Basin_Bathymetry__128m___50-128m_2020_OV This is a compilation of all the processed bathymetric datasets held by Geoscience Australia for the Otway Basin, extending from Cape Jaffa in South Australia to north-west Tasmania. This dataset includes multibeam echosounder and LIDAR data, and was gridded at two resolutions (50 and 128 m) based on optimal resolution for the depth range encountered. The objective of this Otway Basin bathymetry dataset is to increase our understanding of the seafloor geomorphology of the region and provide a primary input dataset for the creation of numerous subsurface geophysical products. These include inputs to calibrated gravity and magnetic data to provide new insights to geological morphology and processes, inputs to 2D and 3D seismic processing for better subsurface imaging, inputs to velocity modelling for better time to depth conversions, and inputs to depth of burial 3D models to understand how sedimentary basins have evolved over geological time. Not to be used for navigational purposes. EPSG:32754 CRS:84 137.64586046158087 146.40629854665738 -43.13671239775125 -35.23585463537732 text/html ausseabed:Otway_Basin_Bathymetry__50m___50-128m_2020 This is a compilation of all the processed bathymetric datasets held by Geoscience Australia for the Otway Basin, extending from Cape Jaffa in South Australia to north-west Tasmania. This dataset includes multibeam echosounder and LIDAR data, and was gridded at two resolutions (50 and 128 m) based on optimal resolution for the depth range encountered. The objective of this Otway Basin bathymetry dataset is to increase our understanding of the seafloor geomorphology of the region and provide a primary input dataset for the creation of numerous subsurface geophysical products. These include inputs to calibrated gravity and magnetic data to provide new insights to geological morphology and processes, inputs to 2D and 3D seismic processing for better subsurface imaging, inputs to velocity modelling for better time to depth conversions, and inputs to depth of burial 3D models to understand how sedimentary basins have evolved over geological time. Not to be used for navigational purposes. <br>http://pid.geoscience.gov.au/dataset/ga/144351 <br><a href="https://files.ausseabed.gov.au/survey/OtwayBasinBathymetry-2020-50m-128m.zip" target="_blank">Download Bathymetry</a> EPSG:32754 137.64608715348436 146.40586621624644 -43.14020460201328 -35.236974256526565 text/html ausseabed:Otway_Basin_Bathymetry__50m___50-128m_2020_L0_Coverage features Otway_Basin_Bathymetry__50m___50-128m_2020_L0_Coverage EPSG:32754 CRS:84 137.64608715348436 146.40586621624644 -43.14020460201328 -35.43014350258802 ausseabed:Otway_Basin_Bathymetry__50m___50-128m_2020_HS This is a compilation of all the processed bathymetric datasets held by Geoscience Australia for the Otway Basin, extending from Cape Jaffa in South Australia to north-west Tasmania. This dataset includes multibeam echosounder and LIDAR data, and was gridded at two resolutions (50 and 128 m) based on optimal resolution for the depth range encountered. The objective of this Otway Basin bathymetry dataset is to increase our understanding of the seafloor geomorphology of the region and provide a primary input dataset for the creation of numerous subsurface geophysical products. These include inputs to calibrated gravity and magnetic data to provide new insights to geological morphology and processes, inputs to 2D and 3D seismic processing for better subsurface imaging, inputs to velocity modelling for better time to depth conversions, and inputs to depth of burial 3D models to understand how sedimentary basins have evolved over geological time. Not to be used for navigational purposes. EPSG:32754 CRS:84 137.64608715348436 146.40586621624644 -43.13638015716576 -35.236974256526565 text/html ausseabed:Otway_Basin_Bathymetry__50m___50-128m_2020_OV This is a compilation of all the processed bathymetric datasets held by Geoscience Australia for the Otway Basin, extending from Cape Jaffa in South Australia to north-west Tasmania. This dataset includes multibeam echosounder and LIDAR data, and was gridded at two resolutions (50 and 128 m) based on optimal resolution for the depth range encountered. The objective of this Otway Basin bathymetry dataset is to increase our understanding of the seafloor geomorphology of the region and provide a primary input dataset for the creation of numerous subsurface geophysical products. These include inputs to calibrated gravity and magnetic data to provide new insights to geological morphology and processes, inputs to 2D and 3D seismic processing for better subsurface imaging, inputs to velocity modelling for better time to depth conversions, and inputs to depth of burial 3D models to understand how sedimentary basins have evolved over geological time. Not to be used for navigational purposes. EPSG:32754 CRS:84 137.64608715348436 146.40586621624644 -43.13638015716576 -35.236974256526565 text/html ausseabed:Perth_Canyon_Bathymetry_SI50_210m___128-210m_1994 The KN145L4 bathymetry survey was acquired by the Woods Hole Oceanographic Institution onboard the Woods Hole Oceanographic Institution (WHOI) Research Vessel Knorr from the 19 November to 22 November 1994 using the SeaBeam 2112 sonar system. The bathymetry dataset was acquired while the Research Vessel Knorr was surveying the Perth Canyon in Australia. This dataset contains the 128-210m resolution, 32-bit geotiffs of the KN145L4 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the Dr. (Purdy, G. M.) (http://www.marine-geo.org/tools/search/entry.php?id=KN145L4#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150795 <br><a href="https://files.ausseabed.gov.au/survey/PerthCanyon-KN145L4-Bathymetry-128-210m-1994.zip" target="_blank">Download Bathymetry</a> EPSG:4326 113.9979612695713 120.00257012321143 -32.00099977653915 -27.99792720744574 text/html ausseabed:Perth_Canyon_Bathymetry_SI50_210m___128-210m_1994_L0_Coverage features Perth_Canyon_Bathymetry_SI50_210m___128-210m_1994_L0_Coverage EPSG:4326 CRS:84 114.21679087278301 114.780843039681 -32.0009997765392 -31.5652270322128 ausseabed:Perth_Canyon_Bathymetry_SI50_210m___128-210m_1994_HS The KN145L4 bathymetry survey was acquired by the Woods Hole Oceanographic Institution onboard the Woods Hole Oceanographic Institution (WHOI) Research Vessel Knorr from the 19 November to 22 November 1994 using the SeaBeam 2112 sonar system. The bathymetry dataset was acquired while the Research Vessel Knorr was surveying the Perth Canyon in Australia. This dataset contains the 128-210m resolution, 32-bit geotiffs of the KN145L4 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the Dr. (Purdy, G. M.) (http://www.marine-geo.org/tools/search/entry.php?id=KN145L4#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.9979612695713 120.00257012321143 -32.00099977653915 -27.99792720744574 text/html ausseabed:Perth_Canyon_Bathymetry_SI50_210m___128-210m_1994_OV The KN145L4 bathymetry survey was acquired by the Woods Hole Oceanographic Institution onboard the Woods Hole Oceanographic Institution (WHOI) Research Vessel Knorr from the 19 November to 22 November 1994 using the SeaBeam 2112 sonar system. The bathymetry dataset was acquired while the Research Vessel Knorr was surveying the Perth Canyon in Australia. This dataset contains the 128-210m resolution, 32-bit geotiffs of the KN145L4 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the Dr. (Purdy, G. M.) (http://www.marine-geo.org/tools/search/entry.php?id=KN145L4#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.9979612695713 120.00257012321143 -32.00099977653915 -27.99792720744574 text/html ausseabed:Perth_Canyon_Bathymetry_SJ50_128m___128-210m_1994 The KN145L4 bathymetry survey was acquired by the Woods Hole Oceanographic Institution onboard the Woods Hole Oceanographic Institution (WHOI) Research Vessel Knorr from the 19 November to 22 November 1994 using the SeaBeam 2112 sonar system. The bathymetry dataset was acquired while the Research Vessel Knorr was surveying the Perth Canyon in Australia. This dataset contains the 128-210m resolution, 32-bit geotiffs of the KN145L4 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the Dr. (Purdy, G. M.) (http://www.marine-geo.org/tools/search/entry.php?id=KN145L4#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150795 <br><a href="https://files.ausseabed.gov.au/survey/PerthCanyon-KN145L4-Bathymetry-128-210m-1994.zip" target="_blank">Download Bathymetry</a> EPSG:4326 113.99836551144918 120.00169875738584 -36.0010270568194 -31.998421611673734 text/html ausseabed:Perth_Canyon_Bathymetry_SJ50_128m___128-210m_1994_L0_Coverage features Perth_Canyon_Bathymetry_SJ50_128m___128-210m_1994_L0_Coverage EPSG:4326 CRS:84 114.115649554944 114.80555569314801 -32.2812831283373 -31.998421611673695 ausseabed:Perth_Canyon_Bathymetry_SJ50_128m___128-210m_1994_HS The KN145L4 bathymetry survey was acquired by the Woods Hole Oceanographic Institution onboard the Woods Hole Oceanographic Institution (WHOI) Research Vessel Knorr from the 19 November to 22 November 1994 using the SeaBeam 2112 sonar system. The bathymetry dataset was acquired while the Research Vessel Knorr was surveying the Perth Canyon in Australia. This dataset contains the 128-210m resolution, 32-bit geotiffs of the KN145L4 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the Dr. (Purdy, G. M.) (http://www.marine-geo.org/tools/search/entry.php?id=KN145L4#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -36.0010270568194 -31.998421611673734 text/html ausseabed:Perth_Canyon_Bathymetry_SJ50_128m___128-210m_1994_OV The KN145L4 bathymetry survey was acquired by the Woods Hole Oceanographic Institution onboard the Woods Hole Oceanographic Institution (WHOI) Research Vessel Knorr from the 19 November to 22 November 1994 using the SeaBeam 2112 sonar system. The bathymetry dataset was acquired while the Research Vessel Knorr was surveying the Perth Canyon in Australia. This dataset contains the 128-210m resolution, 32-bit geotiffs of the KN145L4 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the Dr. (Purdy, G. M.) (http://www.marine-geo.org/tools/search/entry.php?id=KN145L4#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -36.0010270568194 -31.998421611673734 text/html ausseabed:Perth_Canyon_Bathymetry__128-210m_1994 The KN145L4 bathymetry survey was acquired by the Woods Hole Oceanographic Institution onboard the Woods Hole Oceanographic Institution (WHOI) Research Vessel Knorr from the 19 November to 22 November 1994 using the SeaBeam 2112 sonar system. The bathymetry dataset was acquired while the Research Vessel Knorr was surveying the Perth Canyon in Australia. This dataset contains the 128-210m resolution, 32-bit geotiffs of the KN145L4 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the Dr. (Purdy, G. M.) (http://www.marine-geo.org/tools/search/entry.php?id=KN145L4#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/150795 <br><a href="https://files.ausseabed.gov.au/survey/PerthCanyon-KN145L4-Bathymetry-128-210m-1994.zip" target="_blank">Download Bathymetry</a> EPSG:4326 113.9979612695713 120.00257012321143 -36.0010270568194 -27.99792720744574 text/html ausseabed:Perth_Canyon_Bathymetry_SI50_210m___128-210m_1994_L0_Coverage features Perth_Canyon_Bathymetry_SI50_210m___128-210m_1994_L0_Coverage EPSG:4326 CRS:84 114.21679087278301 114.780843039681 -32.0009997765392 -31.5652270322128 ausseabed:Perth_Canyon_Bathymetry_SI50_210m___128-210m_1994_HS The KN145L4 bathymetry survey was acquired by the Woods Hole Oceanographic Institution onboard the Woods Hole Oceanographic Institution (WHOI) Research Vessel Knorr from the 19 November to 22 November 1994 using the SeaBeam 2112 sonar system. The bathymetry dataset was acquired while the Research Vessel Knorr was surveying the Perth Canyon in Australia. This dataset contains the 128-210m resolution, 32-bit geotiffs of the KN145L4 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the Dr. (Purdy, G. M.) (http://www.marine-geo.org/tools/search/entry.php?id=KN145L4#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.9979612695713 120.00257012321143 -32.00099977653915 -27.99792720744574 text/html ausseabed:Perth_Canyon_Bathymetry_SI50_210m___128-210m_1994_OV The KN145L4 bathymetry survey was acquired by the Woods Hole Oceanographic Institution onboard the Woods Hole Oceanographic Institution (WHOI) Research Vessel Knorr from the 19 November to 22 November 1994 using the SeaBeam 2112 sonar system. The bathymetry dataset was acquired while the Research Vessel Knorr was surveying the Perth Canyon in Australia. This dataset contains the 128-210m resolution, 32-bit geotiffs of the KN145L4 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the Dr. (Purdy, G. M.) (http://www.marine-geo.org/tools/search/entry.php?id=KN145L4#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.9979612695713 120.00257012321143 -32.00099977653915 -27.99792720744574 text/html ausseabed:Perth_Canyon_Bathymetry_SJ50_128m___128-210m_1994_L0_Coverage features Perth_Canyon_Bathymetry_SJ50_128m___128-210m_1994_L0_Coverage EPSG:4326 CRS:84 114.115649554944 114.80555569314801 -32.2812831283373 -31.998421611673695 ausseabed:Perth_Canyon_Bathymetry_SJ50_128m___128-210m_1994_HS The KN145L4 bathymetry survey was acquired by the Woods Hole Oceanographic Institution onboard the Woods Hole Oceanographic Institution (WHOI) Research Vessel Knorr from the 19 November to 22 November 1994 using the SeaBeam 2112 sonar system. The bathymetry dataset was acquired while the Research Vessel Knorr was surveying the Perth Canyon in Australia. This dataset contains the 128-210m resolution, 32-bit geotiffs of the KN145L4 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the Dr. (Purdy, G. M.) (http://www.marine-geo.org/tools/search/entry.php?id=KN145L4#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -36.0010270568194 -31.998421611673734 text/html ausseabed:Perth_Canyon_Bathymetry_SJ50_128m___128-210m_1994_OV The KN145L4 bathymetry survey was acquired by the Woods Hole Oceanographic Institution onboard the Woods Hole Oceanographic Institution (WHOI) Research Vessel Knorr from the 19 November to 22 November 1994 using the SeaBeam 2112 sonar system. The bathymetry dataset was acquired while the Research Vessel Knorr was surveying the Perth Canyon in Australia. This dataset contains the 128-210m resolution, 32-bit geotiffs of the KN145L4 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. Appropriate acknowledgment must be given to both the Dr. (Purdy, G. M.) (http://www.marine-geo.org/tools/search/entry.php?id=KN145L4#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 113.99836551144918 120.00169875738584 -36.0010270568194 -31.998421611673734 text/html ausseabed:Perth_Canyon_Marine_Park_Bathymetry_40m_2018 Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new marine data. “Eco-narrative” documents are being developed for those parks, where sufficient information is available, delivering collations and interpretations of seafloor geomorphology, oceanography and ecology. Many of these interpretations rely on bathymetric grids and their derived products, including those in this data release. Bathymetry grids The bathymetry of the marine parks was created by compiling and processing Geoscience Australia’s bathymetry data holding gridded at the optimum resolution depending of the vessel’s sonar system. The bathymetry of the park is illustrated by a panchromatic geotiff image, developed by combining the bathymetric data with a hillshade image. Morphological Surfaces Geoscience Australia has developed a new marine seafloor classification scheme, which uses the two-part seafloor mapping morphology approach of Dove et al (2016). This new scheme is semi-hierarchical and the first step divides the slope of the seafloor into three Morphological Surface categories (Plain, <2°; Slope, 2-10°; Escarpment, >10°). Dove, D., Bradwell, T., Carter, G., Cotterill, C., Gafeira, J., Green, S., Krabbendam, M., Mellet, C., Stevenson, A., Stewart, H., Westhead, K., Scott, G., Guinan, J., Judge, M. Monteys, X., Elvenes, S., Baeten, N., Dolan, M., Thorsnes, T., Bjarnadóttir, L., Ottesen, D. (2016). Seabed geomorphology: a twopart classification system. British Geological Survey, Open Report OR/16/001. 13 pages. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/121172 <br><a href="https://files.ausseabed.gov.au/survey/PerthCanyonMarinePark-Bathymetry-40m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:32750 113.77514311864729 115.50434095625577 -32.50500156135052 -31.50964356787261 text/html ausseabed:Perth_Canyon_Marine_Park_Bathymetry__40m_2018_L0_Coverage features Perth_Canyon_Marine_Park_Bathymetry__40m_2018_L0_Coverage EPSG:4326 CRS:84 113.77514311900006 115.50416830300003 -32.50125180999993 -31.509643567999944 ausseabed:Perth_Canyon_Marine_Park_Bathymetry__40m_2018_HS Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new marine data. “Eco-narrative” documents are being developed for those parks, where sufficient information is available, delivering collations and interpretations of seafloor geomorphology, oceanography and ecology. Many of these interpretations rely on bathymetric grids and their derived products, including those in this data release. Bathymetry grids The bathymetry of the marine parks was created by compiling and processing Geoscience Australia’s bathymetry data holding gridded at the optimum resolution depending of the vessel’s sonar system. The bathymetry of the park is illustrated by a panchromatic geotiff image, developed by combining the bathymetric data with a hillshade image. Morphological Surfaces Geoscience Australia has developed a new marine seafloor classification scheme, which uses the two-part seafloor mapping morphology approach of Dove et al (2016). This new scheme is semi-hierarchical and the first step divides the slope of the seafloor into three Morphological Surface categories (Plain, <2°; Slope, 2-10°; Escarpment, >10°). Dove, D., Bradwell, T., Carter, G., Cotterill, C., Gafeira, J., Green, S., Krabbendam, M., Mellet, C., Stevenson, A., Stewart, H., Westhead, K., Scott, G., Guinan, J., Judge, M. Monteys, X., Elvenes, S., Baeten, N., Dolan, M., Thorsnes, T., Bjarnadóttir, L., Ottesen, D. (2016). Seabed geomorphology: a twopart classification system. British Geological Survey, Open Report OR/16/001. 13 pages. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 113.77514311864729 115.50434095625577 -32.50500156135052 -31.50964356787261 text/html ausseabed:Perth_Canyon_Marine_Park_Bathymetry__40m_2018_OV Australia has established a network of 58 marine parks within Commonwealth waters covering a total of 3.3 million square kilometres, or 40 per cent of our exclusive economic zone (excluding Australian Antarctic Territory). These parks span a range of settings, from near coastal and shelf habitats to abyssal plains. Parks Australia manages the park network through management plans that came into effect for all parks on 1 July 2018. Geoscience Australia is contributing to their management by collating and interpreting existing environmental data, and through the collection of new marine data. “Eco-narrative” documents are being developed for those parks, where sufficient information is available, delivering collations and interpretations of seafloor geomorphology, oceanography and ecology. Many of these interpretations rely on bathymetric grids and their derived products, including those in this data release. Bathymetry grids The bathymetry of the marine parks was created by compiling and processing Geoscience Australia’s bathymetry data holding gridded at the optimum resolution depending of the vessel’s sonar system. The bathymetry of the park is illustrated by a panchromatic geotiff image, developed by combining the bathymetric data with a hillshade image. Morphological Surfaces Geoscience Australia has developed a new marine seafloor classification scheme, which uses the two-part seafloor mapping morphology approach of Dove et al (2016). This new scheme is semi-hierarchical and the first step divides the slope of the seafloor into three Morphological Surface categories (Plain, <2°; Slope, 2-10°; Escarpment, >10°). Dove, D., Bradwell, T., Carter, G., Cotterill, C., Gafeira, J., Green, S., Krabbendam, M., Mellet, C., Stevenson, A., Stewart, H., Westhead, K., Scott, G., Guinan, J., Judge, M. Monteys, X., Elvenes, S., Baeten, N., Dolan, M., Thorsnes, T., Bjarnadóttir, L., Ottesen, D. (2016). Seabed geomorphology: a twopart classification system. British Geological Survey, Open Report OR/16/001. 13 pages. This research is supported by the National Environmental Science Program (NESP) Marine Biodiversity Hub through Project D1. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 113.77514311864729 115.50434095625577 -32.50500156135052 -31.50964356787261 text/html ausseabed:Perth_Canyon__EM300_Trials__Bathymetry_10-40m_2003 The EM300 Sea Trials survey GA-2354, was acquired by Geoscience Australia after the installation of the new multibeam bathymetry acquisition system EM300 onboard the RV Southern Survey during the 16 to 18th of December 2003. The survey location was offshore Fremantle around the Perth Canyon. The aim of the survey was to test the bathymetry system installed on the vessel. The bathymetry grids consists of 10 and 40m resolution grids projected in Easting and Northing WGS84 UTM 50S. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75906 <br><a href="https://files.ausseabed.gov.au/survey/PerthCanyonEM300Trials-Bathymetry-10m-40m-2003.zip" target="_blank">Download Bathymetry</a> EPSG:32750 114.06723223130895 115.74306078566008 -32.21622060286684 -31.874579372488807 text/html ausseabed:Perth_Canyon__EM300_Trials__Bathymetry__40m___10-40m_2003_L0_Coverage features Perth_Canyon__EM300_Trials__Bathymetry__40m___10-40m_2003_L0_Coverage EPSG:4326 CRS:84 114.08133412300003 115.2349011440001 -32.19476002399995 -31.905726707999975 ausseabed:Perth_Canyon__EM300_Trials__Bathymetry__40m___10-40m_2003_HS The EM300 Sea Trials survey GA-2354, was acquired by Geoscience Australia after the installation of the new multibeam bathymetry acquisition system EM300 onboard the RV Southern Survey during the 16 to 18th of December 2003. The survey location was offshore Fremantle around the Perth Canyon. The aim of the survey was to test the bathymetry system installed on the vessel. The bathymetry grids consists of 10 and 40m resolution grids projected in Easting and Northing WGS84 UTM 50S. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 114.06723223130895 115.23556494357085 -32.21011344498621 -31.874579372488807 text/html ausseabed:Perth_Canyon__EM300_Trials__Bathymetry__40m___10-40m_2003_OV The EM300 Sea Trials survey GA-2354, was acquired by Geoscience Australia after the installation of the new multibeam bathymetry acquisition system EM300 onboard the RV Southern Survey during the 16 to 18th of December 2003. The survey location was offshore Fremantle around the Perth Canyon. The aim of the survey was to test the bathymetry system installed on the vessel. The bathymetry grids consists of 10 and 40m resolution grids projected in Easting and Northing WGS84 UTM 50S. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 114.06723223130895 115.23556494357085 -32.21011344498621 -31.874579372488807 text/html ausseabed:Perth_Canyon__EM300_Trials__Bathymetry__10m___10-40m_2003_L0_Coverage features Perth_Canyon__EM300_Trials__Bathymetry__10m___10-40m_2003_L0_Coverage EPSG:4326 CRS:84 115.22534475000009 115.72676763700008 -32.10624166399998 -31.90763991999995 ausseabed:Perth_Canyon__EM300_Trials__Bathymetry__10m___10-40m_2003_HS The EM300 Sea Trials survey GA-2354, was acquired by Geoscience Australia after the installation of the new multibeam bathymetry acquisition system EM300 onboard the RV Southern Survey during the 16 to 18th of December 2003. The survey location was offshore Fremantle around the Perth Canyon. The aim of the survey was to test the bathymetry system installed on the vessel. The bathymetry grids consists of 10 and 40m resolution grids projected in Easting and Northing WGS84 UTM 50S. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.22489861009144 115.7430074497776 -32.118405378608614 -31.899778378288833 text/html ausseabed:Perth_Canyon__EM300_Trials__Bathymetry__10m___10-40m_2003_OV The EM300 Sea Trials survey GA-2354, was acquired by Geoscience Australia after the installation of the new multibeam bathymetry acquisition system EM300 onboard the RV Southern Survey during the 16 to 18th of December 2003. The survey location was offshore Fremantle around the Perth Canyon. The aim of the survey was to test the bathymetry system installed on the vessel. The bathymetry grids consists of 10 and 40m resolution grids projected in Easting and Northing WGS84 UTM 50S. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.22489861009144 115.7430074497776 -32.118405378608614 -31.899778378288833 text/html ausseabed:Perth_Canyon__EM300_Trials__Bathymetry__10m___10-40m_2003 The EM300 Sea Trials survey GA-2354, was acquired by Geoscience Australia after the installation of the new multibeam bathymetry acquisition system EM300 onboard the RV Southern Survey during the 16 to 18th of December 2003. The survey location was offshore Fremantle around the Perth Canyon. The aim of the survey was to test the bathymetry system installed on the vessel. The bathymetry grids consists of 10 and 40m resolution grids projected in Easting and Northing WGS84 UTM 50S. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75906 <br><a href="https://files.ausseabed.gov.au/survey/PerthCanyonEM300Trials-Bathymetry-10m-40m-2003.zip" target="_blank">Download Bathymetry</a> EPSG:32750 115.22489861009144 115.7430074497776 -32.118405378608614 -31.899778378288833 text/html ausseabed:Perth_Canyon__EM300_Trials__Bathymetry__10m___10-40m_2003_L0_Coverage features Perth_Canyon__EM300_Trials__Bathymetry__10m___10-40m_2003_L0_Coverage EPSG:4326 CRS:84 115.22534475000009 115.72676763700008 -32.10624166399998 -31.90763991999995 ausseabed:Perth_Canyon__EM300_Trials__Bathymetry__10m___10-40m_2003_HS The EM300 Sea Trials survey GA-2354, was acquired by Geoscience Australia after the installation of the new multibeam bathymetry acquisition system EM300 onboard the RV Southern Survey during the 16 to 18th of December 2003. The survey location was offshore Fremantle around the Perth Canyon. The aim of the survey was to test the bathymetry system installed on the vessel. The bathymetry grids consists of 10 and 40m resolution grids projected in Easting and Northing WGS84 UTM 50S. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.22489861009144 115.7430074497776 -32.118405378608614 -31.899778378288833 text/html ausseabed:Perth_Canyon__EM300_Trials__Bathymetry__10m___10-40m_2003_OV The EM300 Sea Trials survey GA-2354, was acquired by Geoscience Australia after the installation of the new multibeam bathymetry acquisition system EM300 onboard the RV Southern Survey during the 16 to 18th of December 2003. The survey location was offshore Fremantle around the Perth Canyon. The aim of the survey was to test the bathymetry system installed on the vessel. The bathymetry grids consists of 10 and 40m resolution grids projected in Easting and Northing WGS84 UTM 50S. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.22489861009144 115.7430074497776 -32.118405378608614 -31.899778378288833 text/html ausseabed:Perth_Canyon__EM300_Trials__Bathymetry__40m___10-40m_2003 The EM300 Sea Trials survey GA-2354, was acquired by Geoscience Australia after the installation of the new multibeam bathymetry acquisition system EM300 onboard the RV Southern Survey during the 16 to 18th of December 2003. The survey location was offshore Fremantle around the Perth Canyon. The aim of the survey was to test the bathymetry system installed on the vessel. The bathymetry grids consists of 10 and 40m resolution grids projected in Easting and Northing WGS84 UTM 50S. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75906 <br><a href="https://files.ausseabed.gov.au/survey/PerthCanyonEM300Trials-Bathymetry-10m-40m-2003.zip" target="_blank">Download Bathymetry</a> EPSG:32750 114.06723223130895 115.23556494357085 -32.21011344498621 -31.874579372488807 text/html ausseabed:Perth_Canyon__EM300_Trials__Bathymetry__40m___10-40m_2003_L0_Coverage features Perth_Canyon__EM300_Trials__Bathymetry__40m___10-40m_2003_L0_Coverage EPSG:4326 CRS:84 114.08133412300003 115.2349011440001 -32.19476002399995 -31.905726707999975 ausseabed:Perth_Canyon__EM300_Trials__Bathymetry__40m___10-40m_2003_HS The EM300 Sea Trials survey GA-2354, was acquired by Geoscience Australia after the installation of the new multibeam bathymetry acquisition system EM300 onboard the RV Southern Survey during the 16 to 18th of December 2003. The survey location was offshore Fremantle around the Perth Canyon. The aim of the survey was to test the bathymetry system installed on the vessel. The bathymetry grids consists of 10 and 40m resolution grids projected in Easting and Northing WGS84 UTM 50S. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 114.06723223130895 115.23556494357085 -32.21011344498621 -31.874579372488807 text/html ausseabed:Perth_Canyon__EM300_Trials__Bathymetry__40m___10-40m_2003_OV The EM300 Sea Trials survey GA-2354, was acquired by Geoscience Australia after the installation of the new multibeam bathymetry acquisition system EM300 onboard the RV Southern Survey during the 16 to 18th of December 2003. The survey location was offshore Fremantle around the Perth Canyon. The aim of the survey was to test the bathymetry system installed on the vessel. The bathymetry grids consists of 10 and 40m resolution grids projected in Easting and Northing WGS84 UTM 50S. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 114.06723223130895 115.23556494357085 -32.21011344498621 -31.874579372488807 text/html ausseabed:Peterborough_to_Port_Fairy_Bathymetry_2m_2018 The Peterborough to Port Fairy bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the M/V Yolla during the period 28 May 2018 - 19 June 2018 using a Kongsberg EM2040C multibeam sonar system. The survey was completed as part of the Victorian Coastal Monitoring Program, which requires bathymetry data to understand offshore sediment dynamics within Victorian coastal waters. This dataset contains a 2m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM2040C bathymetry data using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147281 <br><a href="https://files.ausseabed.gov.au/survey/PeterboroughToPortFairy-2m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:32754 142.16184398870539 142.93233868018854 -38.688305148105655 -38.33332332738858 text/html ausseabed:Peterborough_to_Port_Fairy_Bathymetry__2m_2018_L0_Coverage features Peterborough_to_Port_Fairy_Bathymetry__2m_2018_L0_Coverage EPSG:4326 CRS:84 142.2477133860001 142.9066750290001 -38.672311295999975 -38.35495844299993 ausseabed:Peterborough_to_Port_Fairy_Bathymetry__2m_2018_HS The Peterborough to Port Fairy bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the M/V Yolla during the period 28 May 2018 - 19 June 2018 using a Kongsberg EM2040C multibeam sonar system. The survey was completed as part of the Victorian Coastal Monitoring Program, which requires bathymetry data to understand offshore sediment dynamics within Victorian coastal waters. This dataset contains a 2m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM2040C bathymetry data using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:32754 CRS:84 142.16184398870539 142.93233868018854 -38.688305148105655 -38.33332332738858 text/html ausseabed:Peterborough_to_Port_Fairy_Bathymetry__2m_2018_OV The Peterborough to Port Fairy bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the M/V Yolla during the period 28 May 2018 - 19 June 2018 using a Kongsberg EM2040C multibeam sonar system. The survey was completed as part of the Victorian Coastal Monitoring Program, which requires bathymetry data to understand offshore sediment dynamics within Victorian coastal waters. This dataset contains a 2m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM2040C bathymetry data using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:32754 CRS:84 142.16184398870539 142.93233868018854 -38.688305148105655 -38.33332332738858 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_2m_2012 The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75120 <br><a href="https://files.ausseabed.gov.au/survey/PetrelSubBasin-MV-Duke-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 128.25799328433948 130.88827435615192 -13.360109632280112 -12.137440688217891 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_04B_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_04B_2m_2012_L0_Coverage EPSG:4326 CRS:84 128.99617355400005 129.55926270700002 -12.96686088499996 -12.754041270999949 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_04B_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.9961735540272 129.5593063731199 -12.966860884807424 -12.75399932364508 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_04B_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.9961735540272 129.5593063731199 -12.966860884807424 -12.75399932364508 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_01_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_01_2m_2012_L0_Coverage EPSG:4326 CRS:84 128.2723191440001 128.65998276800008 -13.086565802999928 -12.397774431999949 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_01_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.25880800948363 128.66000717551512 -13.090321708790372 -12.378191670210292 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_01_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.25880800948363 128.66000717551512 -13.090321708790372 -12.378191670210292 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_02A_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_02A_2m_2012_L0_Coverage EPSG:4326 CRS:84 128.65471742600005 129.0014088810001 -12.644645448999938 -12.149532927999928 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_02A_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.65470552507986 129.00140892315991 -12.644646053623692 -12.14360499610976 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_02A_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.65470552507986 129.00140892315991 -12.644646053623692 -12.14360499610976 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_05_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_05_2m_2012_L0_Coverage EPSG:4326 CRS:84 128.9984960800001 129.55971378900006 -13.35201587299997 -12.968565683999941 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_05_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.99849468348734 129.5601991633919 -13.360123679742621 -12.968502652170377 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_05_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.99849468348734 129.5601991633919 -13.360123679742621 -12.968502652170377 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_07_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_07_2m_2012_L0_Coverage EPSG:4326 CRS:84 129.5557407540001 129.98010843200007 -13.15033085999994 -12.758095270999945 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_07_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 129.55571599519754 129.9896831027904 -13.150330860400377 -12.758059901114455 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_07_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 129.55571599519754 129.9896831027904 -13.150330860400377 -12.758059901114455 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_03_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_03_2m_2012_L0_Coverage EPSG:4326 CRS:84 128.99231386000008 129.55991307500005 -12.559117459999982 -12.170370511999977 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_03_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.99231332813014 129.55995775313164 -12.559117351950338 -12.169804772614292 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_03_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.99231332813014 129.55995775313164 -12.559117351950338 -12.169804772614292 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_02B_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_02B_2m_2012_L0_Coverage EPSG:4326 CRS:84 128.6557046360001 129.00165150300006 -13.172174954999946 -12.644838980999964 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_02B_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.65539647624902 129.0016518336559 -13.176035879991547 -12.644822111129429 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_02B_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.65539647624902 129.0016518336559 -13.176035879991547 -12.644822111129429 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_09_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_09_2m_2012_L0_Coverage EPSG:4326 CRS:84 130.24627231400007 130.87851119900006 -12.493686388999947 -12.245567060999974 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_09_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.24598032668118 130.88185488133632 -12.501465059070506 -12.236193915135987 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_09_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.24598032668118 130.88185488133632 -12.501465059070506 -12.236193915135987 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_08_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_08_2m_2012_L0_Coverage EPSG:4326 CRS:84 130.00343560300007 130.24801973500007 -12.715446418999932 -12.30181515299995 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_08_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.00337938567583 130.2498359476126 -12.715446419103365 -12.296083137760474 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_08_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.00337938567583 130.2498359476126 -12.715446419103365 -12.296083137760474 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_04A_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_04A_2m_2012_L0_Coverage EPSG:4326 CRS:84 128.9946294340001 129.55571320600006 -12.75538562099996 -12.55474776799997 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_04A_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.99462903414596 129.55574297860855 -12.755385638552541 -12.554708567080713 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_04A_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.99462903414596 129.55574297860855 -12.755385638552541 -12.554708567080713 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_06_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_06_2m_2012_L0_Coverage EPSG:4326 CRS:84 129.55093315700003 130.0081066140001 -12.76239081999995 -12.311743275999959 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_06_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 129.55083625011187 130.00830729256776 -12.76242355671391 -12.290983335197305 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_06_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 129.55083625011187 130.00830729256776 -12.76242355671391 -12.290983335197305 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_01_2m_2012 The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75120 <br><a href="https://files.ausseabed.gov.au/survey/PetrelSubBasin-MV-Duke-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 128.25880800948363 128.66000717551512 -13.090321708790372 -12.378191670210292 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_01_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_01_2m_2012_L0_Coverage EPSG:4326 CRS:84 128.2723191440001 128.65998276800008 -13.086565802999928 -12.397774431999949 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_01_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.25880800948363 128.66000717551512 -13.090321708790372 -12.378191670210292 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_01_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.25880800948363 128.66000717551512 -13.090321708790372 -12.378191670210292 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_02A_2m_2012 The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75120 <br><a href="https://files.ausseabed.gov.au/survey/PetrelSubBasin-MV-Duke-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 128.65470552507986 129.00140892315991 -12.644646053623692 -12.14360499610976 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_02A_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_02A_2m_2012_L0_Coverage EPSG:4326 CRS:84 128.65471742600005 129.0014088810001 -12.644645448999938 -12.149532927999928 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_02A_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.65470552507986 129.00140892315991 -12.644646053623692 -12.14360499610976 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_02A_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.65470552507986 129.00140892315991 -12.644646053623692 -12.14360499610976 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_02B_2m_2012 The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75120 <br><a href="https://files.ausseabed.gov.au/survey/PetrelSubBasin-MV-Duke-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 128.65539647624902 129.0016518336559 -13.176035879991547 -12.644822111129429 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_02B_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_02B_2m_2012_L0_Coverage EPSG:4326 CRS:84 128.6557046360001 129.00165150300006 -13.172174954999946 -12.644838980999964 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_02B_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.65539647624902 129.0016518336559 -13.176035879991547 -12.644822111129429 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_02B_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.65539647624902 129.0016518336559 -13.176035879991547 -12.644822111129429 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_03_2m_2012 The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75120 <br><a href="https://files.ausseabed.gov.au/survey/PetrelSubBasin-MV-Duke-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 128.99231332813014 129.55995775313164 -12.559117351950338 -12.169804772614292 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_03_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_03_2m_2012_L0_Coverage EPSG:4326 CRS:84 128.99231386000008 129.55991307500005 -12.559117459999982 -12.170370511999977 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_03_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.99231332813014 129.55995775313164 -12.559117351950338 -12.169804772614292 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_03_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.99231332813014 129.55995775313164 -12.559117351950338 -12.169804772614292 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_04A_2m_2012 The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75120 <br><a href="https://files.ausseabed.gov.au/survey/PetrelSubBasin-MV-Duke-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 128.99462903414596 129.55574297860855 -12.755385638552541 -12.554708567080713 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_04A_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_04A_2m_2012_L0_Coverage EPSG:4326 CRS:84 128.9946294340001 129.55571320600006 -12.75538562099996 -12.55474776799997 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_04A_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.99462903414596 129.55574297860855 -12.755385638552541 -12.554708567080713 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_04A_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.99462903414596 129.55574297860855 -12.755385638552541 -12.554708567080713 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_04B_2m_2012 The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75120 <br><a href="https://files.ausseabed.gov.au/survey/PetrelSubBasin-MV-Duke-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 128.9961735540272 129.5593063731199 -12.966860884807424 -12.75399932364508 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_04B_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_04B_2m_2012_L0_Coverage EPSG:4326 CRS:84 128.99617355400005 129.55926270700002 -12.96686088499996 -12.754041270999949 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_04B_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.9961735540272 129.5593063731199 -12.966860884807424 -12.75399932364508 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_04B_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.9961735540272 129.5593063731199 -12.966860884807424 -12.75399932364508 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_05_2m_2012 The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75120 <br><a href="https://files.ausseabed.gov.au/survey/PetrelSubBasin-MV-Duke-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 128.99849468348734 129.5601991633919 -13.360123679742621 -12.968502652170377 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_05_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_05_2m_2012_L0_Coverage EPSG:4326 CRS:84 128.9984960800001 129.55971378900006 -13.35201587299997 -12.968565683999941 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_05_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.99849468348734 129.5601991633919 -13.360123679742621 -12.968502652170377 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_05_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.99849468348734 129.5601991633919 -13.360123679742621 -12.968502652170377 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_06_2m_2012 The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75120 <br><a href="https://files.ausseabed.gov.au/survey/PetrelSubBasin-MV-Duke-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 129.55083625011187 130.00830729256776 -12.76242355671391 -12.290983335197305 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_06_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_06_2m_2012_L0_Coverage EPSG:4326 CRS:84 129.55093315700003 130.0081066140001 -12.76239081999995 -12.311743275999959 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_06_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 129.55083625011187 130.00830729256776 -12.76242355671391 -12.290983335197305 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_06_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 129.55083625011187 130.00830729256776 -12.76242355671391 -12.290983335197305 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_07_2m_2012 The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75120 <br><a href="https://files.ausseabed.gov.au/survey/PetrelSubBasin-MV-Duke-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 129.55571599519754 129.9896831027904 -13.150330860400377 -12.758059901114455 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_07_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_07_2m_2012_L0_Coverage EPSG:4326 CRS:84 129.5557407540001 129.98010843200007 -13.15033085999994 -12.758095270999945 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_07_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 129.55571599519754 129.9896831027904 -13.150330860400377 -12.758059901114455 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_07_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 129.55571599519754 129.9896831027904 -13.150330860400377 -12.758059901114455 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_08_2m_2012 The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75120 <br><a href="https://files.ausseabed.gov.au/survey/PetrelSubBasin-MV-Duke-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 130.00337938567583 130.2498359476126 -12.715446419103365 -12.296083137760474 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_08_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_08_2m_2012_L0_Coverage EPSG:4326 CRS:84 130.00343560300007 130.24801973500007 -12.715446418999932 -12.30181515299995 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_08_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.00337938567583 130.2498359476126 -12.715446419103365 -12.296083137760474 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_08_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.00337938567583 130.2498359476126 -12.715446419103365 -12.296083137760474 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_09_2m_2012 The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/75120 <br><a href="https://files.ausseabed.gov.au/survey/PetrelSubBasin-MV-Duke-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 130.24598032668118 130.88185488133632 -12.501465059070506 -12.236193915135987 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_09_2m_2012_L0_Coverage features Petrel_Sub_Basin_Bathymetry_Area_09_2m_2012_L0_Coverage EPSG:4326 CRS:84 130.24627231400007 130.87851119900006 -12.493686388999947 -12.245567060999974 ausseabed:Petrel_Sub_Basin_Bathymetry_Area_09_2m_2012_HS The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.24598032668118 130.88185488133632 -12.501465059070506 -12.236193915135987 text/html ausseabed:Petrel_Sub_Basin_Bathymetry_Area_09_2m_2012_OV The Petrel Sub-basin CO2 storage 2D seismic survey GA-0336, was acquired by the MV Duke in the Bonaparte Bay, NW Australia for Geoscience Australia between the the 3rd of May to the 24th of June 2012. This survey was part of the Australian government's National Low emission Coal Initiative (NLECI).The purpose was to acquire geophysical data on shallow water (less than 120m water depth) in the Petrel sub-basin to support investigation for CO2 storage potential in the area. Multibeam bathymetry data was acquired by the vessel at the same time as the seismic data. This bathymetry dataset consist of the high resolution bathymetry grids (2m) of all the swath data acquired by the MV Duke. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.24598032668118 130.88185488133632 -12.501465059070506 -12.236193915135987 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_2m_2012 The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/74866 <br><a href="https://files.ausseabed.gov.au/survey/PetrelSub-Basin-RV-Solander-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 128.74924656161903 130.857380564334 -12.93678339487853 -12.291335121734885 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Transit_2_2m_2012_L0_Coverage features Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Transit_2_2m_2012_L0_Coverage EPSG:4326 CRS:84 129.37323145100004 130.0506694610001 -12.85376909699994 -12.352465044999974 ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Transit_2_2m_2012_HS The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 129.37312055573295 130.05255043978644 -12.858461046256613 -12.346099525070581 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Transit_2_2m_2012_OV The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 129.37312055573295 130.05255043978644 -12.858461046256613 -12.346099525070581 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Area_2_2m_2012_L0_Coverage features Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Area_2_2m_2012_L0_Coverage EPSG:4326 CRS:84 129.09449561200006 129.37684503000003 -12.669840965999981 -12.303832585999942 ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Area_2_2m_2012_HS The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 129.09442039895592 129.3770103838991 -12.671070843454903 -12.300189386780763 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Area_2_2m_2012_OV The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 129.09442039895592 129.3770103838991 -12.671070843454903 -12.300189386780763 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Transit_1_2m_2012_L0_Coverage Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Transit_1_2m_2012_L0_Coverage features EPSG:4326 CRS:84 130.04713332400001 130.75134946800006 -12.398196870999982 -12.296002986999952 ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Transit_1_2m_2012_HS The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.0469028037929 130.75135296989103 -12.402351368852024 -12.292007724605849 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Transit_1_2m_2012_OV The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.0469028037929 130.75135296989103 -12.402351368852024 -12.292007724605849 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Area_1_2m_2012_L0_Coverage features Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Area_1_2m_2012_L0_Coverage EPSG:4326 CRS:84 128.75111682800002 129.09604570400006 -12.93544096599993 -12.508748730999969 ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Area_1_2m_2012_HS The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.74924656161903 129.09614747343068 -12.936802640943633 -12.504272667984694 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Area_1_2m_2012_OV The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.74924656161903 129.09614747343068 -12.936802640943633 -12.504272667984694 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Darwin_2m_2012_L0_Coverage features Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Darwin_2m_2012_L0_Coverage EPSG:4326 CRS:84 130.74988965800003 130.8529676070001 -12.478891486999942 -12.383381873999951 ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Darwin_2m_2012_HS The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.7498712252851 130.8541169529304 -12.481254635477471 -12.379929608168958 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Darwin_2m_2012_OV The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.7498712252851 130.8541169529304 -12.481254635477471 -12.379929608168958 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Area_1_2m_2012 The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/74866 <br><a href="https://files.ausseabed.gov.au/survey/PetrelSub-Basin-RV-Solander-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 128.74924656161903 129.09614747343068 -12.936802640943633 -12.504272667984694 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Area_1_2m_2012_L0_Coverage features Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Area_1_2m_2012_L0_Coverage EPSG:4326 CRS:84 128.75111682800002 129.09604570400006 -12.93544096599993 -12.508748730999969 ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Area_1_2m_2012_HS The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.74924656161903 129.09614747343068 -12.936802640943633 -12.504272667984694 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Area_1_2m_2012_OV The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 128.74924656161903 129.09614747343068 -12.936802640943633 -12.504272667984694 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Area_2_2m_2012 The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/74866 <br><a href="https://files.ausseabed.gov.au/survey/PetrelSub-Basin-RV-Solander-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 129.09442039895592 129.3770103838991 -12.671070843454903 -12.300189386780763 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Area_2_2m_2012_L0_Coverage features Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Area_2_2m_2012_L0_Coverage EPSG:4326 CRS:84 129.09449561200006 129.37684503000003 -12.669840965999981 -12.303832585999942 ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Area_2_2m_2012_HS The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 129.09442039895592 129.3770103838991 -12.671070843454903 -12.300189386780763 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Area_2_2m_2012_OV The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 129.09442039895592 129.3770103838991 -12.671070843454903 -12.300189386780763 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Darwin_2m_2012 The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/74866 <br><a href="https://files.ausseabed.gov.au/survey/PetrelSub-Basin-RV-Solander-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 130.7498712252851 130.8541169529304 -12.481254635477471 -12.379929608168958 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Darwin_2m_2012_L0_Coverage features Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Darwin_2m_2012_L0_Coverage EPSG:4326 CRS:84 130.74988965800003 130.8529676070001 -12.478891486999942 -12.383381873999951 ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Darwin_2m_2012_HS The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.7498712252851 130.8541169529304 -12.481254635477471 -12.379929608168958 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Darwin_2m_2012_OV The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.7498712252851 130.8541169529304 -12.481254635477471 -12.379929608168958 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Transit_1_2m_2012 The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/74866 <br><a href="https://files.ausseabed.gov.au/survey/PetrelSub-Basin-RV-Solander-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 130.0469028037929 130.75135296989103 -12.402351368852024 -12.292007724605849 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Transit_1_2m_2012_L0_Coverage Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Transit_1_2m_2012_L0_Coverage features EPSG:4326 CRS:84 130.04713332400001 130.75134946800006 -12.398196870999982 -12.296002986999952 ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Transit_1_2m_2012_HS The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.0469028037929 130.75135296989103 -12.402351368852024 -12.292007724605849 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Transit_1_2m_2012_OV The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 130.0469028037929 130.75135296989103 -12.402351368852024 -12.292007724605849 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Transit_2_2m_2012 The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/74866 <br><a href="https://files.ausseabed.gov.au/survey/PetrelSub-Basin-RV-Solander-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32752 129.37312055573295 130.05255043978644 -12.858461046256613 -12.346099525070581 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Transit_2_2m_2012_L0_Coverage features Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Transit_2_2m_2012_L0_Coverage EPSG:4326 CRS:84 129.37323145100004 130.0506694610001 -12.85376909699994 -12.352465044999974 ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Transit_2_2m_2012_HS The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 129.37312055573295 130.05255043978644 -12.858461046256613 -12.346099525070581 text/html ausseabed:Petrel_Sub_Basin_Environmental__Darwin_Darwin__Bathymetry_Transit_2_2m_2012_OV The Petrel Sub-basin Marine Environmental Survey GA-0335 was acquired by the RV Solander during May 2012 as part of the Commonwealth Government's National Low Emission Coal Initiative (NLECI). The survey was undertaken as a collaboration between Geoscience Australia and the Australian Institute of Marine Science (AIMS) . The purpose was to acquire geophysical and biophysical data on shallow (less than 100m water depth) seabed environments within two targeted areas in the Petrel Sub-basin to support investigation for CO2 storage potential in these areas. This dataset is not to be used for navigational purposes. EPSG:32752 CRS:84 129.37312055573295 130.05255043978644 -12.858461046256613 -12.346099525070581 text/html ausseabed:Popes_Eye_Bathymetry__2m_2018 The Popes Eye bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over two days in 2018 (20/01/2018-21/01/2018) using a Kongsberg EM2040c. This survey was collected as part of Parks Victoria project to map all the marine parks within Victorian state waters. <br>https://pid.geoscience.gov.au/dataset/ga/150694 <br><a href="https://files.ausseabed.gov.au/survey/20180002S_PopesEye.zip" target="_blank">Download Bathymetry</a> EPSG:32755 144.6937654240448 144.70311121310183 -38.278278377586915 -38.27444111745942 text/html ausseabed:Popes_Eye_Bathymetry__2m_2018_L0_Coverage features Popes_Eye_Bathymetry__2m_2018_L0_Coverage EPSG:4326 CRS:84 144.69680459900007 144.69996720800006 -38.27792041999993 -38.27529583699993 ausseabed:Popes_Eye_Bathymetry__2m_2018_HS The Popes Eye bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over two days in 2018 (20/01/2018-21/01/2018) using a Kongsberg EM2040c. This survey was collected as part of Parks Victoria project to map all the marine parks within Victorian state waters. EPSG:32755 CRS:84 144.6937654240448 144.70311121310183 -38.278278377586915 -38.27444111745942 text/html ausseabed:Popes_Eye_Bathymetry__2m_2018_OV The Popes Eye bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over two days in 2018 (20/01/2018-21/01/2018) using a Kongsberg EM2040c. This survey was collected as part of Parks Victoria project to map all the marine parks within Victorian state waters. EPSG:32755 CRS:84 144.6937654240448 144.70311121310183 -38.278278377586915 -38.27444111745942 text/html ausseabed:Port_Fairy_Wave_Energy_Bathymetry__1m_2015 The Port Fairy Wave Energy bathymetry survey was acquired by Deakin University onboard the Motor Vessel Yolla over two days in 2015 (14/10/2015-15/10/2015) using a Kongsberg EM2040c. <br>https://pid.geoscience.gov.au/dataset/ga/150708 <br><a href="https://files.ausseabed.gov.au/survey/20150035S-PortFairyWaveEnergy.zip" target="_blank">Download Bathymetry</a> EPSG:32754 142.16335619827856 142.1816334545897 -38.40187753371285 -38.39295601510541 text/html ausseabed:Port_Fairy_Wave_Energy_Bathymetry__1m_2015_L0_Coverage features Port_Fairy_Wave_Energy_Bathymetry__1m_2015_L0_Coverage EPSG:4326 CRS:84 142.1635921740001 142.18046603200003 -38.40107922699997 -38.39388177999996 ausseabed:Port_Fairy_Wave_Energy_Bathymetry__1m_2015_HS The Port Fairy Wave Energy bathymetry survey was acquired by Deakin University onboard the Motor Vessel Yolla over two days in 2015 (14/10/2015-15/10/2015) using a Kongsberg EM2040c. EPSG:32754 CRS:84 142.16335619827856 142.1816334545897 -38.40187753371285 -38.39295601510541 text/html ausseabed:Port_Fairy_Wave_Energy_Bathymetry__1m_2015_OV The Port Fairy Wave Energy bathymetry survey was acquired by Deakin University onboard the Motor Vessel Yolla over two days in 2015 (14/10/2015-15/10/2015) using a Kongsberg EM2040c. EPSG:32754 CRS:84 142.16335619827856 142.1816334545897 -38.40187753371285 -38.39295601510541 text/html ausseabed:Port_Fairy_Wave_Energy_Site_Bathymetry__0_5m_2021 The Port Fairy Wave Energy Site bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over one day in 2021 (30/03) using a Kongsberg EM2040c. These data were collected to assess the impact of a wave energy structure placed on the seafloor. <br>https://pid.geoscience.gov.au/dataset/ga/150705 <br><a href="https://files.ausseabed.gov.au/survey/20210005S-PortFairyWaveEnergySite.zip" target="_blank">Download Bathymetry</a> EPSG:32754 142.15714473521544 142.18861260411515 -38.403878053166494 -38.389806496234904 text/html ausseabed:Port_Fairy_Wave_Energy_Site_Bathymetry__0_5m_2021_L0_Coverage features Port_Fairy_Wave_Energy_Site_Bathymetry__0_5m_2021_L0_Coverage EPSG:4326 CRS:84 142.16394367700002 142.18020416700006 -38.40138610399998 -38.39364348399994 ausseabed:Port_Fairy_Wave_Energy_Site_Bathymetry__0_5m_2021_HS The Port Fairy Wave Energy Site bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over one day in 2021 (30/03) using a Kongsberg EM2040c. These data were collected to assess the impact of a wave energy structure placed on the seafloor. EPSG:32754 CRS:84 142.15714473521544 142.18861260411515 -38.403878053166494 -38.389806496234904 text/html ausseabed:Port_Fairy_Wave_Energy_Site_Bathymetry__0_5m_2021_OV The Port Fairy Wave Energy Site bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over one day in 2021 (30/03) using a Kongsberg EM2040c. These data were collected to assess the impact of a wave energy structure placed on the seafloor. EPSG:32754 CRS:84 142.15714473521544 142.18861260411515 -38.403878053166494 -38.389806496234904 text/html ausseabed:Port_Fairy_to_Portland_Bathymetry_2m_2020 The Port Fairy to Portland bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the M/V Yolla over 6 days in 2020 using a Kongsberg EM2040C. This survey was part of the Victorian Coastal Monitoring Program, which requires bathymetry data to understand offshore sediment dynamics within Victorian coastal waters. This dataset contains a 2m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the bathymetry data processed using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147365 <br><a href="https://files.ausseabed.gov.au/survey/PortFairyToPortland-2m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:32754 142.0744209058513 142.2852681523789 -38.455495418651246 -38.37535597713302 text/html ausseabed:Port_Fairy_to_Portland_Bathymetry__2m_2020_L0_Coverage features Port_Fairy_to_Portland_Bathymetry__2m_2020_L0_Coverage EPSG:4326 CRS:84 142.1108531960001 142.25260288000004 -38.45082063099994 -38.38881088299996 ausseabed:Port_Fairy_to_Portland_Bathymetry__2m_2020_HS The Port Fairy to Portland bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the M/V Yolla over 6 days in 2020 using a Kongsberg EM2040C. This survey was part of the Victorian Coastal Monitoring Program, which requires bathymetry data to understand offshore sediment dynamics within Victorian coastal waters. This dataset contains a 2m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the bathymetry data processed using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:32754 CRS:84 142.0744209058513 142.2852681523789 -38.455495418651246 -38.37535597713302 text/html ausseabed:Port_Fairy_to_Portland_Bathymetry__2m_2020_OV The Port Fairy to Portland bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the M/V Yolla over 6 days in 2020 using a Kongsberg EM2040C. This survey was part of the Victorian Coastal Monitoring Program, which requires bathymetry data to understand offshore sediment dynamics within Victorian coastal waters. This dataset contains a 2m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the bathymetry data processed using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:32754 CRS:84 142.0744209058513 142.2852681523789 -38.455495418651246 -38.37535597713302 text/html ausseabed:Port_Phillip_Bay_Drift_Algae_Bathymetry__2m_2018 The Port Phillip Bay Drift Algae bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over three days in 2018 (18/01/2018-21/01/2018) using a Kongsberg EM2040c. This survey was collected as part of a collaborative program with the University of Melbourne to map out the locations of drift algae within Port Phillip Bay. <br>https://pid.geoscience.gov.au/dataset/ga/150890 <br><a href="https://files.ausseabed.gov.au/survey/PortPhillipBayDriftAlgae-Bathymetry-2m-2018.zip" target="_blank">Download Bathymetry</a> EPSG:4326 144.42120184368434 145.1151870033263 -38.127721005564105 -37.843326244844654 text/html ausseabed:Port_Phillip_Bay_Drift_Algae_Bathymetry__2m_2018_L0_Coverage features Port_Phillip_Bay_Drift_Algae_Bathymetry__2m_2018_L0_Coverage EPSG:4326 CRS:84 144.543147629955 144.990972864029 -38.0904894804051 -37.8698267153005 ausseabed:Port_Phillip_Bay_Drift_Algae_Bathymetry__2m_2018_HS The Port Phillip Bay Drift Algae bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over three days in 2018 (18/01/2018-21/01/2018) using a Kongsberg EM2040c. This survey was collected as part of a collaborative program with the University of Melbourne to map out the locations of drift algae within Port Phillip Bay. EPSG:4326 CRS:84 144.42120184368434 145.1151870033263 -38.127721005564105 -37.843326244844654 text/html ausseabed:Port_Phillip_Bay_Drift_Algae_Bathymetry__2m_2018_OV The Port Phillip Bay Drift Algae bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over three days in 2018 (18/01/2018-21/01/2018) using a Kongsberg EM2040c. This survey was collected as part of a collaborative program with the University of Melbourne to map out the locations of drift algae within Port Phillip Bay. EPSG:4326 CRS:84 144.42120184368434 145.1151870033263 -38.127721005564105 -37.843326244844654 text/html ausseabed:Port_Phillip_Bay_TieLines__Sandringham-St_Leonards__Bathymetry_Sandringham_0_5m_2021 The Port Phillip Bay bathymetry tielines survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over one day in 2021 (13/12) using a Kongsberg EM2040c. These data were collected to assess the movement of sediment through time. <br>https://pid.geoscience.gov.au/dataset/ga/150706 <br><a href="https://files.ausseabed.gov.au/survey/20210010S_PortPhillipBayTieLinesSandringham-StLeonards.zip" target="_blank">Download Bathymetry</a> EPSG:32755 144.9701741257874 145.04559210338067 -37.97839544817977 -37.93872300588738 text/html ausseabed:Port_Phillip_Bay_TieLines__Sandringham-St_Leonards__Bathymetry_Sandringham_0_5m_2021_L0_Coverage features Port_Phillip_Bay_TieLines__Sandringham-St_Leonards__Bathymetry_Sandringham_0_5m_2021_L0_Coverage EPSG:4326 CRS:84 144.98506711800007 145.0106015990001 -37.96987796299993 -37.944383408999954 ausseabed:Port_Phillip_Bay_TieLines__Sandringham-St_Leonards__Bathymetry_Sandringham_0_5m_2021_HS The Port Phillip Bay bathymetry tielines survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over one day in 2021 (13/12) using a Kongsberg EM2040c. These data were collected to assess the movement of sediment through time. EPSG:32755 CRS:84 144.9701741257874 145.04559210338067 -37.97839544817977 -37.93872300588738 text/html ausseabed:Port_Phillip_Bay_TieLines__Sandringham-St_Leonards__Bathymetry_Sandringham_0_5m_2021_OV The Port Phillip Bay bathymetry tielines survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over one day in 2021 (13/12) using a Kongsberg EM2040c. These data were collected to assess the movement of sediment through time. EPSG:32755 CRS:84 144.9701741257874 145.04559210338067 -37.97839544817977 -37.93872300588738 text/html ausseabed:Port_Phillip_Bay_TieLines__Sandringham-St_Leonards__Bathymetry_St_Leonards_0_5m_2021 The Port Phillip Bay bathymetry tielines survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over one day in 2021 (13/12) using a Kongsberg EM2040c. These data were collected to assess the movement of sediment through time. <br>https://pid.geoscience.gov.au/dataset/ga/150706 <br><a href="https://files.ausseabed.gov.au/survey/20210010S_PortPhillipBayTieLinesSandringham-StLeonards.zip" target="_blank">Download Bathymetry</a> EPSG:32755 144.70082684947104 144.79062143425287 -38.18586843877471 -38.13865636207287 text/html ausseabed:Port_Phillip_Bay_TieLines__Sandringham-St_Leonards__Bathymetry_St_Leonards_0_5m_2021_L0_Coverage Port_Phillip_Bay_TieLines__Sandringham-St_Leonards__Bathymetry_St_Leonards_0_5m_2021_L0_Coverage features EPSG:4326 CRS:84 144.7179358090001 144.7494519930001 -38.17454865399998 -38.14656601899998 ausseabed:Port_Phillip_Bay_TieLines__Sandringham-St_Leonards__Bathymetry_St_Leonards_0_5m_2021_HS The Port Phillip Bay bathymetry tielines survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over one day in 2021 (13/12) using a Kongsberg EM2040c. These data were collected to assess the movement of sediment through time. EPSG:32755 CRS:84 144.70082684947104 144.79062143425287 -38.18586843877471 -38.13865636207287 text/html ausseabed:Port_Phillip_Bay_TieLines__Sandringham-St_Leonards__Bathymetry_St_Leonards_0_5m_2021_OV The Port Phillip Bay bathymetry tielines survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over one day in 2021 (13/12) using a Kongsberg EM2040c. These data were collected to assess the movement of sediment through time. EPSG:32755 CRS:84 144.70082684947104 144.79062143425287 -38.18586843877471 -38.13865636207287 text/html ausseabed:Port_Phillip_Bay_TieLines__Sandringham-St_Leonards__Bathymetry__0_5m_2021 The Port Phillip Bay bathymetry tielines survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over one day in 2021 (13/12) using a Kongsberg EM2040c. These data were collected to assess the movement of sediment through time. <br>https://pid.geoscience.gov.au/dataset/ga/150706 <br><a href="https://files.ausseabed.gov.au/survey/20210010S_PortPhillipBayTieLinesSandringham-StLeonards.zip" target="_blank">Download Bathymetry</a> EPSG:32755 144.70082684947104 145.04559210338067 -38.19030573601878 -37.93390055486947 text/html ausseabed:Port_Phillip_Bay_TieLines__Sandringham-St_Leonards__Bathymetry_St_Leonards_0_5m_2021_L0_Coverage Port_Phillip_Bay_TieLines__Sandringham-St_Leonards__Bathymetry_St_Leonards_0_5m_2021_L0_Coverage features EPSG:4326 CRS:84 144.7179358090001 144.7494519930001 -38.17454865399998 -38.14656601899998 ausseabed:Port_Phillip_Bay_TieLines__Sandringham-St_Leonards__Bathymetry_St_Leonards_0_5m_2021_HS The Port Phillip Bay bathymetry tielines survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over one day in 2021 (13/12) using a Kongsberg EM2040c. These data were collected to assess the movement of sediment through time. EPSG:32755 CRS:84 144.70082684947104 144.79062143425287 -38.18586843877471 -38.13865636207287 text/html ausseabed:Port_Phillip_Bay_TieLines__Sandringham-St_Leonards__Bathymetry_St_Leonards_0_5m_2021_OV The Port Phillip Bay bathymetry tielines survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over one day in 2021 (13/12) using a Kongsberg EM2040c. These data were collected to assess the movement of sediment through time. EPSG:32755 CRS:84 144.70082684947104 144.79062143425287 -38.18586843877471 -38.13865636207287 text/html ausseabed:Port_Phillip_Bay_TieLines__Sandringham-St_Leonards__Bathymetry_Sandringham_0_5m_2021_L0_Coverage features Port_Phillip_Bay_TieLines__Sandringham-St_Leonards__Bathymetry_Sandringham_0_5m_2021_L0_Coverage EPSG:4326 CRS:84 144.98506711800007 145.0106015990001 -37.96987796299993 -37.944383408999954 ausseabed:Port_Phillip_Bay_TieLines__Sandringham-St_Leonards__Bathymetry_Sandringham_0_5m_2021_HS The Port Phillip Bay bathymetry tielines survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over one day in 2021 (13/12) using a Kongsberg EM2040c. These data were collected to assess the movement of sediment through time. EPSG:32755 CRS:84 144.9701741257874 145.04559210338067 -37.97839544817977 -37.93872300588738 text/html ausseabed:Port_Phillip_Bay_TieLines__Sandringham-St_Leonards__Bathymetry_Sandringham_0_5m_2021_OV The Port Phillip Bay bathymetry tielines survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over one day in 2021 (13/12) using a Kongsberg EM2040c. These data were collected to assess the movement of sediment through time. EPSG:32755 CRS:84 144.9701741257874 145.04559210338067 -37.97839544817977 -37.93872300588738 text/html ausseabed:Portsea_Hole_Port_Phillip_Bay_Bathymetry__2m_2018 The Portsea Hole bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over two days in 2018 (20/01/2018-21/01/2018) using a Kongsberg EM2040c. This survey was collected as part of Parks Victoria project to map all the marine parks within Victorian state waters. <br>https://pid.geoscience.gov.au/dataset/ga/150703 <br><a href="https://files.ausseabed.gov.au/survey/20180003S_PortseaHolePortPhillipBay.zip" target="_blank">Download Bathymetry</a> EPSG:32755 144.70397901071172 144.71791086845423 -38.314086711550516 -38.308378886254395 text/html ausseabed:Portsea_Hole_Port_Phillip_Bay_Bathymetry__2m_2018_L0_Coverage features Portsea_Hole_Port_Phillip_Bay_Bathymetry__2m_2018_L0_Coverage EPSG:4326 CRS:84 144.70931939600007 144.71419923700012 -38.31351596999997 -38.30947883599998 ausseabed:Portsea_Hole_Port_Phillip_Bay_Bathymetry__2m_2018_HS The Portsea Hole bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over two days in 2018 (20/01/2018-21/01/2018) using a Kongsberg EM2040c. This survey was collected as part of Parks Victoria project to map all the marine parks within Victorian state waters. EPSG:32755 CRS:84 144.70397901071172 144.71791086845423 -38.314086711550516 -38.308378886254395 text/html ausseabed:Portsea_Hole_Port_Phillip_Bay_Bathymetry__2m_2018_OV The Portsea Hole bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the Motor Vessel Yolla over two days in 2018 (20/01/2018-21/01/2018) using a Kongsberg EM2040c. This survey was collected as part of Parks Victoria project to map all the marine parks within Victorian state waters. EPSG:32755 CRS:84 144.70397901071172 144.71791086845423 -38.314086711550516 -38.308378886254395 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_2-64m_2021 This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145492 <br><a href="https://files.ausseabed.gov.au/survey/RaineIsland-Bathymetry-2m-64m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 128.93779653145515 155.86722856429085 -26.921128082117566 -9.069991562403095 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_04_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_04_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 143.8828131240001 144.20197395500008 -11.81908230099998 -11.23856443699998 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_04_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 142.60375646697722 145.6181137575137 -12.872327109809527 -11.110454886310512 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_04_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 142.60375646697722 145.6181137575137 -12.872327109809527 -11.110454886310512 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_01_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_01_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 146.36466007500007 150.11302511600002 -19.592453595999928 -16.665869588999954 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_01_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 145.26781865597732 151.10372234422258 -19.798847482025014 -16.514521685354218 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_01_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 145.26781865597732 151.10372234422258 -19.798847482025014 -16.514521685354218 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32752_01_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32752_01_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 129.87084297700005 132.177271861 -12.29252222599996 -10.844204717999958 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32752_01_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32752 CRS:84 128.93779653145518 133.0302710216053 -12.640768413242393 -9.964488698984313 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32752_01_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32752 CRS:84 128.93779653145518 133.0302710216053 -12.640768413242393 -9.964488698984313 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32753_01_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32753_01_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 132.17716555800007 138.1033707890001 -10.846070061999967 -10.78051037299997 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32753_01_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32753 CRS:84 132.1769967494466 138.10405398383438 -10.863344518253164 -10.780490597432227 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32753_01_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32753 CRS:84 132.1769967494466 138.10405398383438 -10.863344518253164 -10.780490597432227 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32754_01_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32754_01_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 138.1031512720001 141.8129498840001 -10.78316162799996 -10.603176016999953 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32754_01_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32754 CRS:84 137.51161172530925 142.76806982249053 -12.539599424556323 -9.246498544804993 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32754_01_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32754 CRS:84 137.51161172530925 142.76806982249053 -12.539599424556323 -9.246498544804993 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_03_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_03_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 153.03295140400007 153.5918626030001 -24.480738594999934 -23.03396102599993 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_03_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32756 CRS:84 151.5700431528706 154.9969645270826 -24.650006428347442 -22.792863401099144 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_03_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32756 CRS:84 151.5700431528706 154.9969645270826 -24.650006428347442 -22.792863401099144 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_04_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_04_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 150.1099498520001 153.04670304600006 -23.03635814499995 -19.373147397999958 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_04_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32756 CRS:84 148.0786380348017 155.12796080602578 -24.38557844975776 -18.625319876768497 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_04_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32756 CRS:84 148.0786380348017 155.12796080602578 -24.38557844975776 -18.625319876768497 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_05_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_05_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 143.47713209200003 144.41563138900005 -11.23937129799998 -9.218077172999926 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_05_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 138.9413579078889 144.85227831138886 -12.679531166514758 -8.989645485991888 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_05_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 138.9413579078889 144.85227831138886 -12.679531166514758 -8.989645485991888 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_02_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_02_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 153.56022168200002 154.22927088500012 -26.068081287999973 -24.459668631999932 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_02_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32756 CRS:84 151.90517393939504 155.9129042778114 -26.214337369178384 -24.25343690592041 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_02_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32756 CRS:84 151.90517393939504 155.9129042778114 -26.214337369178384 -24.25343690592041 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_02_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_02_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 146.02312163500005 146.39629097700004 -16.694570247999934 -15.822258291999958 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_02_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 142.93012060290624 148.68774916028917 -17.47810765617583 -14.197921563744858 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_02_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 142.93012060290624 148.68774916028917 -17.47810765617583 -14.197921563744858 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_03_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_03_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 144.14335478200007 146.2712294600001 -15.83499123599995 -11.815817053999979 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_03_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 141.48316922515423 149.08755269193406 -15.981917988481328 -11.605875570872056 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_03_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 141.48316922515423 149.08755269193406 -15.981917988481328 -11.605875570872056 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_01_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_01_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 153.2593736350001 153.96153160100005 -26.642038122999963 -26.03920342899994 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_01_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32756 CRS:84 152.88160269621144 155.08391339404375 -26.921128082117406 -25.68382656380064 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_01_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32756 CRS:84 152.88160269621144 155.08391339404375 -26.921128082117406 -25.68382656380064 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32752_01_2-64m_2021 This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145492 <br><a href="https://files.ausseabed.gov.au/survey/RaineIsland-Bathymetry-2m-64m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32752 128.93779653145518 133.0302710216053 -12.640768413242393 -9.964488698984313 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32752_01_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32752_01_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 129.87084297700005 132.177271861 -12.29252222599996 -10.844204717999958 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32752_01_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32752 CRS:84 128.93779653145518 133.0302710216053 -12.640768413242393 -9.964488698984313 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32752_01_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32752 CRS:84 128.93779653145518 133.0302710216053 -12.640768413242393 -9.964488698984313 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32753_01_2-64m_2021 This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145492 <br><a href="https://files.ausseabed.gov.au/survey/RaineIsland-Bathymetry-2m-64m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32753 132.1769967494466 138.10405398383438 -10.863344518253164 -10.780490597432227 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32753_01_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32753_01_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 132.17716555800007 138.1033707890001 -10.846070061999967 -10.78051037299997 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32753_01_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32753 CRS:84 132.1769967494466 138.10405398383438 -10.863344518253164 -10.780490597432227 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32753_01_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32753 CRS:84 132.1769967494466 138.10405398383438 -10.863344518253164 -10.780490597432227 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32754_01_2-64m_2021 This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145492 <br><a href="https://files.ausseabed.gov.au/survey/RaineIsland-Bathymetry-2m-64m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32754 137.51161172530925 142.76806982249053 -12.53998198255265 -9.246498544804993 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32754_01_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32754_01_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 138.1031512720001 141.8129498840001 -10.78316162799996 -10.603176016999953 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32754_01_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32754 CRS:84 137.51161172530925 142.76806982249053 -12.539599424556323 -9.246498544804993 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32754_01_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32754 CRS:84 137.51161172530925 142.76806982249053 -12.539599424556323 -9.246498544804993 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_01_2-64m_2021 This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145492 <br><a href="https://files.ausseabed.gov.au/survey/RaineIsland-Bathymetry-2m-64m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32755 145.26781865597732 151.10372234422258 -19.79892673910996 -16.514521685354218 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_01_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_01_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 146.36466007500007 150.11302511600002 -19.592453595999928 -16.665869588999954 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_01_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 145.26781865597732 151.10372234422258 -19.798847482025014 -16.514521685354218 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_01_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 145.26781865597732 151.10372234422258 -19.798847482025014 -16.514521685354218 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_02_2-64m_2021 This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145492 <br><a href="https://files.ausseabed.gov.au/survey/RaineIsland-Bathymetry-2m-64m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32755 142.93012060290624 148.68774916028917 -17.47812585619883 -14.197921563744858 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_02_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_02_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 146.02312163500005 146.39629097700004 -16.694570247999934 -15.822258291999958 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_02_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 142.93012060290624 148.68774916028917 -17.47810765617583 -14.197921563744858 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_02_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 142.93012060290624 148.68774916028917 -17.47810765617583 -14.197921563744858 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_03_2-64m_2021 This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145492 <br><a href="https://files.ausseabed.gov.au/survey/RaineIsland-Bathymetry-2m-64m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32755 141.48316922515423 149.08755269193406 -15.981917988481328 -11.605875570872056 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_03_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_03_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 144.14335478200007 146.2712294600001 -15.83499123599995 -11.815817053999979 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_03_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 141.48316922515423 149.08755269193406 -15.981917988481328 -11.605875570872056 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_03_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 141.48316922515423 149.08755269193406 -15.981917988481328 -11.605875570872056 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_04_2-64m_2021 This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145492 <br><a href="https://files.ausseabed.gov.au/survey/RaineIsland-Bathymetry-2m-64m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32755 142.60375646697722 145.6181137575137 -12.872327109809527 -11.110454886310512 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_04_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_04_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 143.8828131240001 144.20197395500008 -11.81908230099998 -11.23856443699998 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_04_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 142.60375646697722 145.6181137575137 -12.872327109809527 -11.110454886310512 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_04_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 142.60375646697722 145.6181137575137 -12.872327109809527 -11.110454886310512 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_05_2-64m_2021 This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145492 <br><a href="https://files.ausseabed.gov.au/survey/RaineIsland-Bathymetry-2m-64m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32755 138.9413579078889 144.85227831138886 -12.679531166514758 -8.989645485991888 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_05_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_05_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 143.47713209200003 144.41563138900005 -11.23937129799998 -9.218077172999926 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_05_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 138.9413579078889 144.85227831138886 -12.679531166514758 -8.989645485991888 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32755_05_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 138.9413579078889 144.85227831138886 -12.679531166514758 -8.989645485991888 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_01_2-64m_2021 This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145492 <br><a href="https://files.ausseabed.gov.au/survey/RaineIsland-Bathymetry-2m-64m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32756 152.88160269621144 155.08391339404375 -26.921128082117406 -25.68382656380064 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_01_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_01_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 153.2593736350001 153.96153160100005 -26.642038122999963 -26.03920342899994 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_01_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32756 CRS:84 152.88160269621144 155.08391339404375 -26.921128082117406 -25.68382656380064 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_01_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32756 CRS:84 152.88160269621144 155.08391339404375 -26.921128082117406 -25.68382656380064 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_02_2-64m_2021 This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145492 <br><a href="https://files.ausseabed.gov.au/survey/RaineIsland-Bathymetry-2m-64m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32756 151.90517393939504 155.9129042778114 -26.214337369178384 -24.25343690592041 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_02_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_02_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 153.56022168200002 154.22927088500012 -26.068081287999973 -24.459668631999932 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_02_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32756 CRS:84 151.90517393939504 155.9129042778114 -26.214337369178384 -24.25343690592041 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_02_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32756 CRS:84 151.90517393939504 155.9129042778114 -26.214337369178384 -24.25343690592041 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_03_2-64m_2021 This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145492 <br><a href="https://files.ausseabed.gov.au/survey/RaineIsland-Bathymetry-2m-64m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32756 151.5700431528706 154.9969645270826 -24.650006428347442 -22.792863401099144 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_03_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_03_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 153.03295140400007 153.5918626030001 -24.480738594999934 -23.03396102599993 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_03_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32756 CRS:84 151.5700431528706 154.9969645270826 -24.650006428347442 -22.792863401099144 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_03_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32756 CRS:84 151.5700431528706 154.9969645270826 -24.650006428347442 -22.792863401099144 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_04_2-64m_2021 This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145492 <br><a href="https://files.ausseabed.gov.au/survey/RaineIsland-Bathymetry-2m-64m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32756 148.0786380348017 155.12796080602578 -24.385851060245813 -18.625319876768497 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_04_2-64m_2021_L0_Coverage features Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_04_2-64m_2021_L0_Coverage EPSG:4326 CRS:84 150.1099498520001 153.04670304600006 -23.03635814499995 -19.373147397999958 ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_04_2-64m_2021_HS This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32756 CRS:84 148.0786380348017 155.12796080602578 -24.38557844975776 -18.625319876768497 text/html ausseabed:Raine_Island__Brisbane_Darwin_Transit__Bathymetry_32756_04_2-64m_2021_OV This resource includes bathymetry data acquired during the Raine Island bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Raine Island bathymetry survey (FK210321/GA4873); also known as Brisbane to Darwin transit survey; was led by James Cook University aboard the Schmidt Ocean Institute's research vessel Falkor from the 21st of March to the 4th of April 2021. The primary objective of the expedition was to transit from Brisbane to Darwin. Another objective was to map underwater landscapes in the north of the Coral Sea around Raine Island and the Pandora Entrance. This V1 dataset contains twelve 2m to 64m resolution 32-bit floating point geotiff files of the new Raine Island bathymetry, derived from the processed EM302 and EM710 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32756 CRS:84 148.0786380348017 155.12796080602578 -24.38557844975776 -18.625319876768497 text/html ausseabed:Recherche_Bay__Near_Esperance_WA__Bathymetry_2m_2003 This resource includes bathymetry data acquired during the Recherche Archipelago 2003 bathymetry survey collected using a Reson SeaBat 8125 multibeam sonar system by Curtin University of Technology (CUT) on the charter vessel Firebird during the period 29th October – 6th November 2003. The survey was undertaken as a collaborative project between CUT and the University of Western Australia (UWA) under the Coastal Water Habitat Mapping (CWHM) Project within Coastal Cooperative Research Centre Program. The purpose of the project was to build baseline information for benthic habitats within the study area. This V1 dataset contains a 2m resolution 32-bit floating point geotiff file of the Recherche Archipelago bathymetry, derived from the processed Reson SeaBat 8125 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145655 <br><a href="https://files.ausseabed.gov.au/survey/RechercheArchipelago-Bathymetry-2m-2003.zip" target="_blank">Download Bathymetry</a> EPSG:32751 121.88240356634907 122.04471294518811 -34.07161934200851 -33.83508236260262 text/html ausseabed:Recherche_Bay__Near_Esperance_WA__Bathymetry__2m_2003_L0_Coverage features Recherche_Bay__Near_Esperance_WA__Bathymetry__2m_2003_L0_Coverage EPSG:4326 CRS:84 121.88373073600008 122.04330023800003 -34.07105202399998 -33.83561988699995 ausseabed:Recherche_Bay__Near_Esperance_WA__Bathymetry__2m_2003_HS This resource includes bathymetry data acquired during the Recherche Archipelago 2003 bathymetry survey collected using a Reson SeaBat 8125 multibeam sonar system by Curtin University of Technology (CUT) on the charter vessel Firebird during the period 29th October – 6th November 2003. The survey was undertaken as a collaborative project between CUT and the University of Western Australia (UWA) under the Coastal Water Habitat Mapping (CWHM) Project within Coastal Cooperative Research Centre Program. The purpose of the project was to build baseline information for benthic habitats within the study area. This V1 dataset contains a 2m resolution 32-bit floating point geotiff file of the Recherche Archipelago bathymetry, derived from the processed Reson SeaBat 8125 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32751 CRS:84 121.88240356634907 122.04471294518811 -34.07161934200851 -33.83508236260262 text/html ausseabed:Recherche_Bay__Near_Esperance_WA__Bathymetry__2m_2003_OV This resource includes bathymetry data acquired during the Recherche Archipelago 2003 bathymetry survey collected using a Reson SeaBat 8125 multibeam sonar system by Curtin University of Technology (CUT) on the charter vessel Firebird during the period 29th October – 6th November 2003. The survey was undertaken as a collaborative project between CUT and the University of Western Australia (UWA) under the Coastal Water Habitat Mapping (CWHM) Project within Coastal Cooperative Research Centre Program. The purpose of the project was to build baseline information for benthic habitats within the study area. This V1 dataset contains a 2m resolution 32-bit floating point geotiff file of the Recherche Archipelago bathymetry, derived from the processed Reson SeaBat 8125 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32751 CRS:84 121.88240356634907 122.04471294518811 -34.07161934200851 -33.83508236260262 text/html ausseabed:Recherche_Bay__Near_Esperance_WA__Bathymetry_2m_2005 This resource includes bathymetry data acquired during the Recherche Archipelago 2005 bathymetry survey collected using a Reson SeaBat 8125 multibeam sonar system by Curtin University of Technology (CUT) and Geoscience Australia (GA) on the charter vessel Firebird during the period 5th – 14th May, 2005. The survey was undertaken as a collaborative project between CUT and GA under the Coastal Water Habitat Mapping (CWHM) Project within Coastal Cooperative Research Centre Program. The purpose of the project was to build baseline information for benthic habitats within the study area. This V1 dataset contains a 2m resolution 32-bit floating point geotiff file of the Recherche Archipelago bathymetry, derived from the processed Reson SeaBat 8125 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145658 <br><a href="https://files.ausseabed.gov.au/survey/RechercheArchipelago-2m-2005.zip" target="_blank">Download Bathymetry</a> EPSG:32751 121.90185291500268 122.04811291039722 -34.01537547960884 -33.82879320304542 text/html ausseabed:Recherche_Bay__Near_Esperance_WA__Bathymetry__2m_2005_L0_Coverage features Recherche_Bay__Near_Esperance_WA__Bathymetry__2m_2005_L0_Coverage EPSG:4326 CRS:84 121.90214762000005 122.04658947300004 -34.01416871199996 -33.829062646999944 ausseabed:Recherche_Bay__Near_Esperance_WA__Bathymetry__2m_2005_HS This resource includes bathymetry data acquired during the Recherche Archipelago 2005 bathymetry survey collected using a Reson SeaBat 8125 multibeam sonar system by Curtin University of Technology (CUT) and Geoscience Australia (GA) on the charter vessel Firebird during the period 5th – 14th May, 2005. The survey was undertaken as a collaborative project between CUT and GA under the Coastal Water Habitat Mapping (CWHM) Project within Coastal Cooperative Research Centre Program. The purpose of the project was to build baseline information for benthic habitats within the study area. This V1 dataset contains a 2m resolution 32-bit floating point geotiff file of the Recherche Archipelago bathymetry, derived from the processed Reson SeaBat 8125 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32751 CRS:84 121.90185291500268 122.04811291039722 -34.01537547960884 -33.82879320304542 text/html ausseabed:Recherche_Bay__Near_Esperance_WA__Bathymetry__2m_2005_OV This resource includes bathymetry data acquired during the Recherche Archipelago 2005 bathymetry survey collected using a Reson SeaBat 8125 multibeam sonar system by Curtin University of Technology (CUT) and Geoscience Australia (GA) on the charter vessel Firebird during the period 5th – 14th May, 2005. The survey was undertaken as a collaborative project between CUT and GA under the Coastal Water Habitat Mapping (CWHM) Project within Coastal Cooperative Research Centre Program. The purpose of the project was to build baseline information for benthic habitats within the study area. This V1 dataset contains a 2m resolution 32-bit floating point geotiff file of the Recherche Archipelago bathymetry, derived from the processed Reson SeaBat 8125 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32751 CRS:84 121.90185291500268 122.04811291039722 -34.01537547960884 -33.82879320304542 text/html ausseabed:Refuge_Cove_Bathymetry_Bathymetry_1m_2013 This resource includes bathymetry data acquired during the Refuge Cove bathymetry survey acquired by Deakin University Marine Mapping Lab during the period of 07 – 11 June 2013 onboard the MV Yolla using a Kongsberg Maritime EM2040C multibeam sonar. The Refuge Cove bathymetry survey was led by Dr. Daniel Ierodiaconou (Deakin University). This dataset contains a 1m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. The elevation datum is shifted to EGM2008 at Geoscience Australia. Detailed information on this survey is provided in: Ierodiaconou, D., Schimel, A. C., Kennedy, D., Monk, J., Gaylard, G., Young, M., Diesing, M. & Rattray, A. (2018). Combining pixel and object based image analysis of ultra-high resolution multibeam bathymetry and backscatter for habitat mapping in shallow marine waters. Marine Geophysical Research, 39(1), 271-288. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146408 <br><a href="https://files.ausseabed.gov.au/survey/RefugeCove-Bathymetry-1m-2013.zip" target="_blank">Download Bathymetry</a> EPSG:32755 146.45997741578825 146.47622684955175 -39.042816233339046 -39.03447941342818 text/html ausseabed:Refuge_Cove_Bathymetry_Bathymetry__1m_2013_L0_Coverage features Refuge_Cove_Bathymetry_Bathymetry__1m_2013_L0_Coverage EPSG:4326 CRS:84 146.46093613100004 146.47336602600012 -39.04230844999995 -39.03487038199995 ausseabed:Refuge_Cove_Bathymetry_Bathymetry__1m_2013_HS This resource includes bathymetry data acquired during the Refuge Cove bathymetry survey acquired by Deakin University Marine Mapping Lab during the period of 07 – 11 June 2013 onboard the MV Yolla using a Kongsberg Maritime EM2040C multibeam sonar. The Refuge Cove bathymetry survey was led by Dr. Daniel Ierodiaconou (Deakin University). This dataset contains a 1m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. The elevation datum is shifted to EGM2008 at Geoscience Australia. Detailed information on this survey is provided in: Ierodiaconou, D., Schimel, A. C., Kennedy, D., Monk, J., Gaylard, G., Young, M., Diesing, M. & Rattray, A. (2018). Combining pixel and object based image analysis of ultra-high resolution multibeam bathymetry and backscatter for habitat mapping in shallow marine waters. Marine Geophysical Research, 39(1), 271-288. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 146.45997741578825 146.47622684955175 -39.042816233339046 -39.03447941342818 text/html ausseabed:Refuge_Cove_Bathymetry_Bathymetry__1m_2013_OV This resource includes bathymetry data acquired during the Refuge Cove bathymetry survey acquired by Deakin University Marine Mapping Lab during the period of 07 – 11 June 2013 onboard the MV Yolla using a Kongsberg Maritime EM2040C multibeam sonar. The Refuge Cove bathymetry survey was led by Dr. Daniel Ierodiaconou (Deakin University). This dataset contains a 1m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. The elevation datum is shifted to EGM2008 at Geoscience Australia. Detailed information on this survey is provided in: Ierodiaconou, D., Schimel, A. C., Kennedy, D., Monk, J., Gaylard, G., Young, M., Diesing, M. & Rattray, A. (2018). Combining pixel and object based image analysis of ultra-high resolution multibeam bathymetry and backscatter for habitat mapping in shallow marine waters. Marine Geophysical Research, 39(1), 271-288. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 146.45997741578825 146.47622684955175 -39.042816233339046 -39.03447941342818 text/html ausseabed:Rowley_Shelf_Reflection-derived_Bathymetry_30m_2023 The Rowley Shelf 3D seismic derived bathymetry compilation (20220005C) was produced in 2023 as part of the a collaboration between The University of Western Australia, Norwegian Geotechnical Institute and UniLasalle and Geoscience Australia through the AusSeabed Community. The compilation integrates 223 bathymetry grids derived from available and workable 3D seismic reflection datasets into a 30 m resolution 32-bit GeoTIFF. A detailed workflow is described in: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C., 2021, Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys, and historical datasets: Earth System Science Data, v. 13, no. 11, p. 5191-5212 https://doi.org/10.5194/essd-13-5191-2021, 2021. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148611 <br><a href="https://files.ausseabed.gov.au/survey/RowleyShelf3DSeismicDerived-Bathymetry-30m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:4326 110.84222198500039 120.3411219850004 -23.147185067700452 -15.059785067700453 text/html ausseabed:Rowley_Shelf_Reflection-derived_Bathymetry__30m_2023_L0_Coverage features Rowley_Shelf_Reflection-derived_Bathymetry__30m_2023_L0_Coverage EPSG:4326 CRS:84 110.84222198500004 120.34112198500009 -23.147185067999942 -15.05978506799994 ausseabed:Rowley_Shelf_Reflection-derived_Bathymetry__30m_2023_HS The Rowley Shelf 3D seismic derived bathymetry compilation (20220005C) was produced in 2023 as part of the a collaboration between The University of Western Australia, Norwegian Geotechnical Institute and UniLasalle and Geoscience Australia through the AusSeabed Community. The compilation integrates 223 bathymetry grids derived from available and workable 3D seismic reflection datasets into a 30 m resolution 32-bit GeoTIFF. A detailed workflow is described in: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C., 2021, Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys, and historical datasets: Earth System Science Data, v. 13, no. 11, p. 5191-5212 https://doi.org/10.5194/essd-13-5191-2021, 2021. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 110.84222198500039 120.3411219850004 -23.147185067700452 -15.059785067700453 text/html ausseabed:Rowley_Shelf_Reflection-derived_Bathymetry__30m_2023_OV The Rowley Shelf 3D seismic derived bathymetry compilation (20220005C) was produced in 2023 as part of the a collaboration between The University of Western Australia, Norwegian Geotechnical Institute and UniLasalle and Geoscience Australia through the AusSeabed Community. The compilation integrates 223 bathymetry grids derived from available and workable 3D seismic reflection datasets into a 30 m resolution 32-bit GeoTIFF. A detailed workflow is described in: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C., 2021, Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys, and historical datasets: Earth System Science Data, v. 13, no. 11, p. 5191-5212 https://doi.org/10.5194/essd-13-5191-2021, 2021. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 110.84222198500039 120.3411219850004 -23.147185067700452 -15.059785067700453 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry_1-1_6m_2009 Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. <br>https://pid.geoscience.gov.au/dataset/ga/72003 <br><a href="https://files.ausseabed.gov.au/survey/SoutheastTasmania-Bathymetry-1m-1.6m-2009.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.0535232202058 148.57466861076603 -43.62503138948615 -42.01807012393914 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Sisters__1-1_6m___1-1_6m_2009_L0_Coverage features SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Sisters__1-1_6m___1-1_6m_2009_L0_Coverage EPSG:4326 CRS:84 147.99773039900003 148.02834889700011 -42.97728562599997 -42.89938865999994 ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Sisters__1-1_6m___1-1_6m_2009_HS Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.99717014531174 148.02944344530908 -42.97728613942436 -42.89930552307681 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Sisters__1-1_6m___1-1_6m_2009_OV Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.99717014531174 148.02944344530908 -42.97728613942436 -42.89930552307681 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Port_Arthur__1-1_6m___1-1_6m_2009_L0_Coverage features SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Port_Arthur__1-1_6m___1-1_6m_2009_L0_Coverage EPSG:4326 CRS:84 147.8374600200001 147.94389955400004 -43.23294694799995 -43.123738456999945 ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Port_Arthur__1-1_6m___1-1_6m_2009_HS Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.83604212420227 147.94401804910365 -43.232962219818276 -43.12326880352461 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Port_Arthur__1-1_6m___1-1_6m_2009_OV Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.83604212420227 147.94401804910365 -43.232962219818276 -43.12326880352461 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Huon_Bay__1m___1-1_6m_2009_L0_Coverage features SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Huon_Bay__1m___1-1_6m_2009_L0_Coverage EPSG:4326 CRS:84 147.054649863 147.20469432800007 -43.37784491399998 -43.25703994599996 ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Huon_Bay__1m___1-1_6m_2009_HS Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.05458695397115 147.20496533763915 -43.377852889755765 -43.25688650981897 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Huon_Bay__1m___1-1_6m_2009_OV Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.05458695397115 147.20496533763915 -43.377852889755765 -43.25688650981897 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Tinderbox__1m___1-1_6m_2009_L0_Coverage features SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Tinderbox__1m___1-1_6m_2009_L0_Coverage EPSG:4326 CRS:84 147.29386645300008 147.37405115600006 -43.09535954599994 -43.03944014299998 ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Tinderbox__1m___1-1_6m_2009_HS Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.29373676727204 147.37426493952842 -43.095382228049566 -43.03938119292257 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Tinderbox__1m___1-1_6m_2009_OV Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.29373676727204 147.37426493952842 -43.095382228049566 -43.03938119292257 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Friars__1m___1-1_6m_2009_L0_Coverage features SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Friars__1m___1-1_6m_2009_L0_Coverage EPSG:4326 CRS:84 147.20725600800006 147.33515354600002 -43.62482471199996 -43.51309762899996 ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Friars__1m___1-1_6m_2009_HS Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.20723184800184 147.33572756466904 -43.6248560581361 -43.51308162608132 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Friars__1m___1-1_6m_2009_OV Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.20723184800184 147.33572756466904 -43.6248560581361 -43.51308162608132 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Maria_Island__1m___1-1_6m_2009_L0_Coverage features SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Maria_Island__1m___1-1_6m_2009_L0_Coverage EPSG:4326 CRS:84 148.00923363700008 148.06641725200006 -42.62410684699995 -42.56628298099997 ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Maria_Island__1m___1-1_6m_2009_HS Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 148.00830932525713 148.06737991562815 -42.624106846970335 -42.56627731400152 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Maria_Island__1m___1-1_6m_2009_OV Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 148.00830932525713 148.06737991562815 -42.624106846970335 -42.56627731400152 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Fortescue_Bay__1-1_6m___1-1_6m_2009_L0_Coverage features SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Fortescue_Bay__1-1_6m___1-1_6m_2009_L0_Coverage EPSG:4326 CRS:84 147.93516636300012 148.08857786500005 -43.175339003999966 -42.97598558499993 ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Fortescue_Bay__1-1_6m___1-1_6m_2009_HS Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.93434854004414 148.09209448054344 -43.17573293818145 -42.97595577252741 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Fortescue_Bay__1-1_6m___1-1_6m_2009_OV Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.93434854004414 148.09209448054344 -43.17573293818145 -42.97595577252741 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Freycinet__1-1_6m___1-1_6m_2009_L0_Coverage features SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Freycinet__1-1_6m___1-1_6m_2009_L0_Coverage EPSG:4326 CRS:84 148.3065368450001 148.53738711200003 -42.17779328399996 -42.01839041299996 ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Freycinet__1-1_6m___1-1_6m_2009_HS Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 148.3034380100759 148.53847821914528 -42.17852393076292 -42.01807012393914 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Freycinet__1-1_6m___1-1_6m_2009_OV Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 148.3034380100759 148.53847821914528 -42.17852393076292 -42.01807012393914 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Fortescue_Bay__1-1_6m___1-1_6m_2009 Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. <br>https://pid.geoscience.gov.au/dataset/ga/72003 <br><a href="https://files.ausseabed.gov.au/survey/SoutheastTasmania-Bathymetry-1m-1.6m-2009.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.93434854004414 148.09209448054344 -43.17573293818145 -42.97595577252741 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Fortescue_Bay__1-1_6m___1-1_6m_2009_L0_Coverage features SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Fortescue_Bay__1-1_6m___1-1_6m_2009_L0_Coverage EPSG:4326 CRS:84 147.93516636300012 148.08857786500005 -43.175339003999966 -42.97598558499993 ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Fortescue_Bay__1-1_6m___1-1_6m_2009_HS Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.93434854004414 148.09209448054344 -43.17573293818145 -42.97595577252741 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Fortescue_Bay__1-1_6m___1-1_6m_2009_OV Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.93434854004414 148.09209448054344 -43.17573293818145 -42.97595577252741 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Freycinet__1-1_6m___1-1_6m_2009 Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. <br>https://pid.geoscience.gov.au/dataset/ga/72003 <br><a href="https://files.ausseabed.gov.au/survey/SoutheastTasmania-Bathymetry-1m-1.6m-2009.zip" target="_blank">Download Bathymetry</a> EPSG:32755 148.3034380100759 148.53847821914528 -42.17852393076292 -42.01807012393914 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Freycinet__1-1_6m___1-1_6m_2009_L0_Coverage features SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Freycinet__1-1_6m___1-1_6m_2009_L0_Coverage EPSG:4326 CRS:84 148.3065368450001 148.53738711200003 -42.17779328399996 -42.01839041299996 ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Freycinet__1-1_6m___1-1_6m_2009_HS Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 148.3034380100759 148.53847821914528 -42.17852393076292 -42.01807012393914 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Freycinet__1-1_6m___1-1_6m_2009_OV Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 148.3034380100759 148.53847821914528 -42.17852393076292 -42.01807012393914 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Friars__1m___1-1_6m_2009 Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. <br>https://pid.geoscience.gov.au/dataset/ga/72003 <br><a href="https://files.ausseabed.gov.au/survey/SoutheastTasmania-Bathymetry-1m-1.6m-2009.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.20723184800184 147.33572756466904 -43.6248560581361 -43.51308162608132 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Friars__1m___1-1_6m_2009_L0_Coverage features SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Friars__1m___1-1_6m_2009_L0_Coverage EPSG:4326 CRS:84 147.20725600800006 147.33515354600002 -43.62482471199996 -43.51309762899996 ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Friars__1m___1-1_6m_2009_HS Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.20723184800184 147.33572756466904 -43.6248560581361 -43.51308162608132 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Friars__1m___1-1_6m_2009_OV Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.20723184800184 147.33572756466904 -43.6248560581361 -43.51308162608132 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Huon_Bay__1m___1-1_6m_2009 Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. <br>https://pid.geoscience.gov.au/dataset/ga/72003 <br><a href="https://files.ausseabed.gov.au/survey/SoutheastTasmania-Bathymetry-1m-1.6m-2009.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.05458695397115 147.20496533763915 -43.377852889755765 -43.25688650981897 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Huon_Bay__1m___1-1_6m_2009_L0_Coverage features SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Huon_Bay__1m___1-1_6m_2009_L0_Coverage EPSG:4326 CRS:84 147.054649863 147.20469432800007 -43.37784491399998 -43.25703994599996 ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Huon_Bay__1m___1-1_6m_2009_HS Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.05458695397115 147.20496533763915 -43.377852889755765 -43.25688650981897 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Huon_Bay__1m___1-1_6m_2009_OV Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.05458695397115 147.20496533763915 -43.377852889755765 -43.25688650981897 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Maria_Island__1m___1-1_6m_2009 Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. <br>https://pid.geoscience.gov.au/dataset/ga/72003 <br><a href="https://files.ausseabed.gov.au/survey/SoutheastTasmania-Bathymetry-1m-1.6m-2009.zip" target="_blank">Download Bathymetry</a> EPSG:32755 148.00830932525713 148.06737991562815 -42.624106846970335 -42.56627731400152 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Maria_Island__1m___1-1_6m_2009_L0_Coverage features SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Maria_Island__1m___1-1_6m_2009_L0_Coverage EPSG:4326 CRS:84 148.00923363700008 148.06641725200006 -42.62410684699995 -42.56628298099997 ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Maria_Island__1m___1-1_6m_2009_HS Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 148.00830932525713 148.06737991562815 -42.624106846970335 -42.56627731400152 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Maria_Island__1m___1-1_6m_2009_OV Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 148.00830932525713 148.06737991562815 -42.624106846970335 -42.56627731400152 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Port_Arthur__1-1_6m___1-1_6m_2009 Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. <br>https://pid.geoscience.gov.au/dataset/ga/72003 <br><a href="https://files.ausseabed.gov.au/survey/SoutheastTasmania-Bathymetry-1m-1.6m-2009.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.83604212420227 147.94401804910365 -43.232962219818276 -43.12326880352461 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Port_Arthur__1-1_6m___1-1_6m_2009_L0_Coverage features SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Port_Arthur__1-1_6m___1-1_6m_2009_L0_Coverage EPSG:4326 CRS:84 147.8374600200001 147.94389955400004 -43.23294694799995 -43.123738456999945 ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Port_Arthur__1-1_6m___1-1_6m_2009_HS Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.83604212420227 147.94401804910365 -43.232962219818276 -43.12326880352461 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Port_Arthur__1-1_6m___1-1_6m_2009_OV Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.83604212420227 147.94401804910365 -43.232962219818276 -43.12326880352461 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Sisters__1-1_6m___1-1_6m_2009 Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. <br>https://pid.geoscience.gov.au/dataset/ga/72003 <br><a href="https://files.ausseabed.gov.au/survey/SoutheastTasmania-Bathymetry-1m-1.6m-2009.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.99717014531174 148.02944344530908 -42.97728613942436 -42.89930552307681 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Sisters__1-1_6m___1-1_6m_2009_L0_Coverage features SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Sisters__1-1_6m___1-1_6m_2009_L0_Coverage EPSG:4326 CRS:84 147.99773039900003 148.02834889700011 -42.97728562599997 -42.89938865999994 ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Sisters__1-1_6m___1-1_6m_2009_HS Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.99717014531174 148.02944344530908 -42.97728613942436 -42.89930552307681 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Sisters__1-1_6m___1-1_6m_2009_OV Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.99717014531174 148.02944344530908 -42.97728613942436 -42.89930552307681 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Tinderbox__1m___1-1_6m_2009 Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. <br>https://pid.geoscience.gov.au/dataset/ga/72003 <br><a href="https://files.ausseabed.gov.au/survey/SoutheastTasmania-Bathymetry-1m-1.6m-2009.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.29373676727204 147.37426493952842 -43.095382228049566 -43.03938119292257 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Tinderbox__1m___1-1_6m_2009_L0_Coverage features SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Tinderbox__1m___1-1_6m_2009_L0_Coverage EPSG:4326 CRS:84 147.29386645300008 147.37405115600006 -43.09535954599994 -43.03944014299998 ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Tinderbox__1m___1-1_6m_2009_HS Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.29373676727204 147.37426493952842 -43.095382228049566 -43.03938119292257 text/html ausseabed:SE_Tasmanian_Shelf__Hobart_Hobart__Bathymetry__Tinderbox__1m___1-1_6m_2009_OV Geoscience Australia carried out marine surveys in southeast Tasmania in 2008 and 2009 (GA0315) to map seabed bathymetry and characterise benthic environments through observation of habitats using underwater towed video. Data was acquired using the Tasmania Aquaculture and Fisheries Institute (TAFI) Research Vessel Challenger. Bathymetric mapping was undertaken in seven survey areas, including: Freycinet Pensinula (83 sq km, east coast and shelf); Tasman Peninsula (117 sq km, east coast and shelf); Port Arthur and adjacent open coast (17 sq km); The Friars (41 sq km, south of Bruny Island); lower Huon River estuary (39 sq km); D Entrecastreaux Channel (7 sq km, at Tinderbox north of Bruny Island), and; Maria Island (3 sq km, western side). Video characterisations of the seabed concentrated on areas of bedrock reef and adjacent seabed in all mapped areas, except for D Entrecastreaux Channel and Maria Island. The dataset contains 8 bathymetry grids produced from the processed EM3002 bathymetry data using the CARIS HIPS and SIPS software. Please see the metadata informaiton for detailed information. EPSG:32755 CRS:84 147.29373676727204 147.37426493952842 -43.095382228049566 -43.03938119292257 text/html ausseabed:Seamounts__Canyons_and_Reefs_of_the_Coral_Sea_Bathymetry_16-64m_2020 This resource includes bathymetry data acquired during the Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Brendan Brooke and Dr. Scott Nichol (Geoscience Australia) with a team of scientists from Geoscience Australia, James Cook University, The University of Sydney, University of Tasmania, University of Wollongong, Queensland Museum and Parks Australia aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 2nd to the 30th of August 2020. The primary objective of the survey to collect and analyze geological and biological data of the outer, deep-water edge of the Great Barrier Reef and platform reefs in the adjacent Coral Sea Marine Park. R/V Falkor’s multibeam systems were used to map the structure of the reefs, canyons, and seamounts, illuminating their formative processes. The datasets acquired will greatly improve understanding of the sedimentary processes that influence biodiversity patterns, including how canyons and platform reefs may provide a pathway for sediment to travel from coastal and shelf water to deep filter feeders. The deep and irregular canyon and platform-reef topography likely leads to direct upwelling of nutrient-rich deep waters. This dataset contains a 64m and a 16m, for water depths shallower than 2560m, resolution 32-bit geotiff of the Seamounts, Canyons and Reefs of the Coral Sea survey area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/144385 <br><a href="https://files.ausseabed.gov.au/survey/CoralSeaCanyonsAndReef-Bathymetry-16m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 145.69926510102252 153.92639579910275 -26.672633685631375 -13.804159442785133 text/html ausseabed:Seamounts__Canyons_and_Reefs_of_the_Coral_Sea_Bathymetry__16m__16-64m_2020_L0_Coverage features Seamounts__Canyons_and_Reefs_of_the_Coral_Sea_Bathymetry__16m__16-64m_2020_L0_Coverage EPSG:4326 CRS:84 145.70178038400002 153.92618020300006 -26.669974671999967 -13.804375037999932 ausseabed:Seamounts__Canyons_and_Reefs_of_the_Coral_Sea_Bathymetry__16m__16-64m_2020_HS This resource includes bathymetry data acquired during the Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Brendan Brooke and Dr. Scott Nichol (Geoscience Australia) with a team of scientists from Geoscience Australia, James Cook University, The University of Sydney, University of Tasmania, University of Wollongong, Queensland Museum and Parks Australia aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 2nd to the 30th of August 2020. The primary objective of the survey to collect and analyze geological and biological data of the outer, deep-water edge of the Great Barrier Reef and platform reefs in the adjacent Coral Sea Marine Park. R/V Falkor’s multibeam systems were used to map the structure of the reefs, canyons, and seamounts, illuminating their formative processes. The datasets acquired will greatly improve understanding of the sedimentary processes that influence biodiversity patterns, including how canyons and platform reefs may provide a pathway for sediment to travel from coastal and shelf water to deep filter feeders. The deep and irregular canyon and platform-reef topography likely leads to direct upwelling of nutrient-rich deep waters. This dataset contains a 64m and a 16m, for water depths shallower than 2560m, resolution 32-bit geotiff of the Seamounts, Canyons and Reefs of the Coral Sea survey area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.69976815758162 153.92618020343457 -26.67227435951773 -13.804375038453324 text/html ausseabed:Seamounts__Canyons_and_Reefs_of_the_Coral_Sea_Bathymetry__16m__16-64m_2020_OV This resource includes bathymetry data acquired during the Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Brendan Brooke and Dr. Scott Nichol (Geoscience Australia) with a team of scientists from Geoscience Australia, James Cook University, The University of Sydney, University of Tasmania, University of Wollongong, Queensland Museum and Parks Australia aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 2nd to the 30th of August 2020. The primary objective of the survey to collect and analyze geological and biological data of the outer, deep-water edge of the Great Barrier Reef and platform reefs in the adjacent Coral Sea Marine Park. R/V Falkor’s multibeam systems were used to map the structure of the reefs, canyons, and seamounts, illuminating their formative processes. The datasets acquired will greatly improve understanding of the sedimentary processes that influence biodiversity patterns, including how canyons and platform reefs may provide a pathway for sediment to travel from coastal and shelf water to deep filter feeders. The deep and irregular canyon and platform-reef topography likely leads to direct upwelling of nutrient-rich deep waters. This dataset contains a 64m and a 16m, for water depths shallower than 2560m, resolution 32-bit geotiff of the Seamounts, Canyons and Reefs of the Coral Sea survey area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.69976815758162 153.92618020343457 -26.67227435951773 -13.804375038453324 text/html ausseabed:Seamounts__Canyons_and_Reefs_of_the_Coral_Sea_Bathymetry__64m__16-64m_2020_L0_Coverage features Seamounts__Canyons_and_Reefs_of_the_Coral_Sea_Bathymetry__64m__16-64m_2020_L0_Coverage EPSG:4326 CRS:84 145.70156478800004 153.92639579900003 -26.67033399899998 -13.804159442999946 ausseabed:Seamounts__Canyons_and_Reefs_of_the_Coral_Sea_Bathymetry__64m__16-64m_2020_HS This resource includes bathymetry data acquired during the Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Brendan Brooke and Dr. Scott Nichol (Geoscience Australia) with a team of scientists from Geoscience Australia, James Cook University, The University of Sydney, University of Tasmania, University of Wollongong, Queensland Museum and Parks Australia aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 2nd to the 30th of August 2020. The primary objective of the survey to collect and analyze geological and biological data of the outer, deep-water edge of the Great Barrier Reef and platform reefs in the adjacent Coral Sea Marine Park. R/V Falkor’s multibeam systems were used to map the structure of the reefs, canyons, and seamounts, illuminating their formative processes. The datasets acquired will greatly improve understanding of the sedimentary processes that influence biodiversity patterns, including how canyons and platform reefs may provide a pathway for sediment to travel from coastal and shelf water to deep filter feeders. The deep and irregular canyon and platform-reef topography likely leads to direct upwelling of nutrient-rich deep waters. This dataset contains a 64m and a 16m, for water depths shallower than 2560m, resolution 32-bit geotiff of the Seamounts, Canyons and Reefs of the Coral Sea survey area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.69926510102252 153.92639579910275 -26.672633685631375 -13.804159442785133 text/html ausseabed:Seamounts__Canyons_and_Reefs_of_the_Coral_Sea_Bathymetry__64m__16-64m_2020_OV This resource includes bathymetry data acquired during the Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Brendan Brooke and Dr. Scott Nichol (Geoscience Australia) with a team of scientists from Geoscience Australia, James Cook University, The University of Sydney, University of Tasmania, University of Wollongong, Queensland Museum and Parks Australia aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 2nd to the 30th of August 2020. The primary objective of the survey to collect and analyze geological and biological data of the outer, deep-water edge of the Great Barrier Reef and platform reefs in the adjacent Coral Sea Marine Park. R/V Falkor’s multibeam systems were used to map the structure of the reefs, canyons, and seamounts, illuminating their formative processes. The datasets acquired will greatly improve understanding of the sedimentary processes that influence biodiversity patterns, including how canyons and platform reefs may provide a pathway for sediment to travel from coastal and shelf water to deep filter feeders. The deep and irregular canyon and platform-reef topography likely leads to direct upwelling of nutrient-rich deep waters. This dataset contains a 64m and a 16m, for water depths shallower than 2560m, resolution 32-bit geotiff of the Seamounts, Canyons and Reefs of the Coral Sea survey area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.69926510102252 153.92639579910275 -26.672633685631375 -13.804159442785133 text/html ausseabed:Seamounts__Canyons_and_Reefs_of_the_Coral_Sea_Bathymetry__16m__16-64m_2020 This resource includes bathymetry data acquired during the Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Brendan Brooke and Dr. Scott Nichol (Geoscience Australia) with a team of scientists from Geoscience Australia, James Cook University, The University of Sydney, University of Tasmania, University of Wollongong, Queensland Museum and Parks Australia aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 2nd to the 30th of August 2020. The primary objective of the survey to collect and analyze geological and biological data of the outer, deep-water edge of the Great Barrier Reef and platform reefs in the adjacent Coral Sea Marine Park. R/V Falkor’s multibeam systems were used to map the structure of the reefs, canyons, and seamounts, illuminating their formative processes. The datasets acquired will greatly improve understanding of the sedimentary processes that influence biodiversity patterns, including how canyons and platform reefs may provide a pathway for sediment to travel from coastal and shelf water to deep filter feeders. The deep and irregular canyon and platform-reef topography likely leads to direct upwelling of nutrient-rich deep waters. This dataset contains a 64m and a 16m, for water depths shallower than 2560m, resolution 32-bit geotiff of the Seamounts, Canyons and Reefs of the Coral Sea survey area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/144385 <br><a href="https://files.ausseabed.gov.au/survey/CoralSeaCanyonsAndReef-Bathymetry-16m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 145.69976815758162 153.92618020343457 -26.67227435951773 -13.804375038453324 text/html ausseabed:Seamounts__Canyons_and_Reefs_of_the_Coral_Sea_Bathymetry__16m__16-64m_2020_L0_Coverage features Seamounts__Canyons_and_Reefs_of_the_Coral_Sea_Bathymetry__16m__16-64m_2020_L0_Coverage EPSG:4326 CRS:84 145.70178038400002 153.92618020300006 -26.669974671999967 -13.804375037999932 ausseabed:Seamounts__Canyons_and_Reefs_of_the_Coral_Sea_Bathymetry__16m__16-64m_2020_HS This resource includes bathymetry data acquired during the Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Brendan Brooke and Dr. Scott Nichol (Geoscience Australia) with a team of scientists from Geoscience Australia, James Cook University, The University of Sydney, University of Tasmania, University of Wollongong, Queensland Museum and Parks Australia aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 2nd to the 30th of August 2020. The primary objective of the survey to collect and analyze geological and biological data of the outer, deep-water edge of the Great Barrier Reef and platform reefs in the adjacent Coral Sea Marine Park. R/V Falkor’s multibeam systems were used to map the structure of the reefs, canyons, and seamounts, illuminating their formative processes. The datasets acquired will greatly improve understanding of the sedimentary processes that influence biodiversity patterns, including how canyons and platform reefs may provide a pathway for sediment to travel from coastal and shelf water to deep filter feeders. The deep and irregular canyon and platform-reef topography likely leads to direct upwelling of nutrient-rich deep waters. This dataset contains a 64m and a 16m, for water depths shallower than 2560m, resolution 32-bit geotiff of the Seamounts, Canyons and Reefs of the Coral Sea survey area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.69976815758162 153.92618020343457 -26.67227435951773 -13.804375038453324 text/html ausseabed:Seamounts__Canyons_and_Reefs_of_the_Coral_Sea_Bathymetry__16m__16-64m_2020_OV This resource includes bathymetry data acquired during the Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Brendan Brooke and Dr. Scott Nichol (Geoscience Australia) with a team of scientists from Geoscience Australia, James Cook University, The University of Sydney, University of Tasmania, University of Wollongong, Queensland Museum and Parks Australia aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 2nd to the 30th of August 2020. The primary objective of the survey to collect and analyze geological and biological data of the outer, deep-water edge of the Great Barrier Reef and platform reefs in the adjacent Coral Sea Marine Park. R/V Falkor’s multibeam systems were used to map the structure of the reefs, canyons, and seamounts, illuminating their formative processes. The datasets acquired will greatly improve understanding of the sedimentary processes that influence biodiversity patterns, including how canyons and platform reefs may provide a pathway for sediment to travel from coastal and shelf water to deep filter feeders. The deep and irregular canyon and platform-reef topography likely leads to direct upwelling of nutrient-rich deep waters. This dataset contains a 64m and a 16m, for water depths shallower than 2560m, resolution 32-bit geotiff of the Seamounts, Canyons and Reefs of the Coral Sea survey area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.69976815758162 153.92618020343457 -26.67227435951773 -13.804375038453324 text/html ausseabed:Seamounts__Canyons_and_Reefs_of_the_Coral_Sea_Bathymetry__64m__16-64m_2020 This resource includes bathymetry data acquired during the Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Brendan Brooke and Dr. Scott Nichol (Geoscience Australia) with a team of scientists from Geoscience Australia, James Cook University, The University of Sydney, University of Tasmania, University of Wollongong, Queensland Museum and Parks Australia aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 2nd to the 30th of August 2020. The primary objective of the survey to collect and analyze geological and biological data of the outer, deep-water edge of the Great Barrier Reef and platform reefs in the adjacent Coral Sea Marine Park. R/V Falkor’s multibeam systems were used to map the structure of the reefs, canyons, and seamounts, illuminating their formative processes. The datasets acquired will greatly improve understanding of the sedimentary processes that influence biodiversity patterns, including how canyons and platform reefs may provide a pathway for sediment to travel from coastal and shelf water to deep filter feeders. The deep and irregular canyon and platform-reef topography likely leads to direct upwelling of nutrient-rich deep waters. This dataset contains a 64m and a 16m, for water depths shallower than 2560m, resolution 32-bit geotiff of the Seamounts, Canyons and Reefs of the Coral Sea survey area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/144385 <br><a href="https://files.ausseabed.gov.au/survey/CoralSeaCanyonsAndReef-Bathymetry-16m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 145.69926510102252 153.92639579910275 -26.672633685631375 -13.804159442785133 text/html ausseabed:Seamounts__Canyons_and_Reefs_of_the_Coral_Sea_Bathymetry__64m__16-64m_2020_L0_Coverage features Seamounts__Canyons_and_Reefs_of_the_Coral_Sea_Bathymetry__64m__16-64m_2020_L0_Coverage EPSG:4326 CRS:84 145.70156478800004 153.92639579900003 -26.67033399899998 -13.804159442999946 ausseabed:Seamounts__Canyons_and_Reefs_of_the_Coral_Sea_Bathymetry__64m__16-64m_2020_HS This resource includes bathymetry data acquired during the Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Brendan Brooke and Dr. Scott Nichol (Geoscience Australia) with a team of scientists from Geoscience Australia, James Cook University, The University of Sydney, University of Tasmania, University of Wollongong, Queensland Museum and Parks Australia aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 2nd to the 30th of August 2020. The primary objective of the survey to collect and analyze geological and biological data of the outer, deep-water edge of the Great Barrier Reef and platform reefs in the adjacent Coral Sea Marine Park. R/V Falkor’s multibeam systems were used to map the structure of the reefs, canyons, and seamounts, illuminating their formative processes. The datasets acquired will greatly improve understanding of the sedimentary processes that influence biodiversity patterns, including how canyons and platform reefs may provide a pathway for sediment to travel from coastal and shelf water to deep filter feeders. The deep and irregular canyon and platform-reef topography likely leads to direct upwelling of nutrient-rich deep waters. This dataset contains a 64m and a 16m, for water depths shallower than 2560m, resolution 32-bit geotiff of the Seamounts, Canyons and Reefs of the Coral Sea survey area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.69926510102252 153.92639579910275 -26.672633685631375 -13.804159442785133 text/html ausseabed:Seamounts__Canyons_and_Reefs_of_the_Coral_Sea_Bathymetry__64m__16-64m_2020_OV This resource includes bathymetry data acquired during the Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Brendan Brooke and Dr. Scott Nichol (Geoscience Australia) with a team of scientists from Geoscience Australia, James Cook University, The University of Sydney, University of Tasmania, University of Wollongong, Queensland Museum and Parks Australia aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 2nd to the 30th of August 2020. The primary objective of the survey to collect and analyze geological and biological data of the outer, deep-water edge of the Great Barrier Reef and platform reefs in the adjacent Coral Sea Marine Park. R/V Falkor’s multibeam systems were used to map the structure of the reefs, canyons, and seamounts, illuminating their formative processes. The datasets acquired will greatly improve understanding of the sedimentary processes that influence biodiversity patterns, including how canyons and platform reefs may provide a pathway for sediment to travel from coastal and shelf water to deep filter feeders. The deep and irregular canyon and platform-reef topography likely leads to direct upwelling of nutrient-rich deep waters. This dataset contains a 64m and a 16m, for water depths shallower than 2560m, resolution 32-bit geotiff of the Seamounts, Canyons and Reefs of the Coral Sea survey area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.69926510102252 153.92639579910275 -26.672633685631375 -13.804159442785133 text/html ausseabed:Shark_Bay_Satellite-derived_Bathymetry__10m_2021 The Shark Bay Bathymetry was derived form a time series of multispectral satellite data from the Copernicus Sentinel-2 satellite sensor, acquired between January 2017 and December 2020. This dataset was produced by the University of Western Australia to support student research projects. The dataset encompasses the Shark Bay in Western Australia. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Bathymetry data was processed following the workflow of Lebrec et al. (2021) [https://doi.org/10.5194/essd-13-5191-2021]. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149909 <br><a href="https://files.ausseabed.gov.au/survey/Shark_Bay_Satellite-Derived_Bathymetry_2021_10m.zip" target="_blank">Download Bathymetry</a> EPSG:32749 112.97210551438882 114.28579580689667 -26.6832360221794 -24.379337382866574 text/html ausseabed:Shark_Bay_Satellite-derived_Bathymetry__10m_2021_L0_Coverage features Shark_Bay_Satellite-derived_Bathymetry__10m_2021_L0_Coverage EPSG:4326 CRS:84 112.98910314300008 114.26420197300001 -26.672398906999945 -24.394680079999944 ausseabed:Shark_Bay_Satellite-derived_Bathymetry__10m_2021_HS The Shark Bay Bathymetry was derived form a time series of multispectral satellite data from the Copernicus Sentinel-2 satellite sensor, acquired between January 2017 and December 2020. This dataset was produced by the University of Western Australia to support student research projects. The dataset encompasses the Shark Bay in Western Australia. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Bathymetry data was processed following the workflow of Lebrec et al. (2021) [https://doi.org/10.5194/essd-13-5191-2021]. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 112.97210551438882 114.28579580689667 -26.6832360221794 -24.379337382866574 text/html ausseabed:Shark_Bay_Satellite-derived_Bathymetry__10m_2021_OV The Shark Bay Bathymetry was derived form a time series of multispectral satellite data from the Copernicus Sentinel-2 satellite sensor, acquired between January 2017 and December 2020. This dataset was produced by the University of Western Australia to support student research projects. The dataset encompasses the Shark Bay in Western Australia. These critical geospatial data layers provide the essential environmental baseline information for the long-term monitoring and management. Mapping the shallow water zone is of importance both from an environmental and socioeconomic perspective. Bathymetry data was processed following the workflow of Lebrec et al. (2021) [https://doi.org/10.5194/essd-13-5191-2021]. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 112.97210551438882 114.28579580689667 -26.6832360221794 -24.379337382866574 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry_100m_2008 The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/72719 <br><a href="https://files.ausseabed.gov.au/survey/WesternAustralianMargins-Bathymetry-100m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:4326 104.86302202139589 118.52104361110253 -32.07534653605182 -8.693767100040189 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans3__100m_2008_L0_Coverage features Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans3__100m_2008_L0_Coverage EPSG:4326 CRS:84 104.87114373300005 108.20037206400008 -22.871580380999944 -8.70691255099996 ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans3__100m_2008_HS The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32748 CRS:84 104.86302202139586 108.39193792332225 -22.88097175341881 -8.693767100039889 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans3__100m_2008_OV The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32748 CRS:84 104.86302202139586 108.39193792332225 -22.88097175341881 -8.693767100039889 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Exmouth__100m_2008_L0_Coverage features Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Exmouth__100m_2008_L0_Coverage EPSG:4326 CRS:84 110.76836828600005 115.77723620500001 -24.052582848999975 -20.03808105899998 ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Exmouth__100m_2008_HS The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 110.7585326112689 115.91132392874528 -24.052408562826276 -20.038081059285858 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Exmouth__100m_2008_OV The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 110.7585326112689 115.91132392874528 -24.052408562826276 -20.038081059285858 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans2__100m_2008_L0_Coverage features Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans2__100m_2008_L0_Coverage EPSG:4326 CRS:84 107.83686585200007 114.28231931000005 -16.587022029999957 -12.044420381999942 ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans2__100m_2008_HS The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 107.77336540189198 114.2837254797289 -16.61214853900304 -12.043779770871494 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans2__100m_2008_OV The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 107.77336540189198 114.2837254797289 -16.61214853900304 -12.043779770871494 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Perth__100m_2008_L0_Coverage features Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Perth__100m_2008_L0_Coverage EPSG:4326 CRS:84 111.87684363900007 115.32602407200011 -31.805613795999932 -28.10584466599994 ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Perth__100m_2008_HS The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 111.87610092774321 115.3260240716202 -31.87598056566249 -28.05537643028568 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Perth__100m_2008_OV The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 111.87610092774321 115.3260240716202 -31.87598056566249 -28.05537643028568 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Wallaby__100m_2008_L0_Coverage Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Wallaby__100m_2008_L0_Coverage features EPSG:4326 CRS:84 106.60336137700006 110.14426392900003 -26.79325672599998 -22.44242533599993 ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Wallaby__100m_2008_HS The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 106.4737079346264 110.17022095708609 -26.79348093013595 -22.441325609279456 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Wallaby__100m_2008_OV The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 106.4737079346264 110.17022095708609 -26.79348093013595 -22.441325609279456 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Houtman__100m_2008_L0_Coverage features Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Houtman__100m_2008_L0_Coverage EPSG:4326 CRS:84 109.72449233800006 113.01630986700002 -28.18715408999998 -24.04973522399996 ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Houtman__100m_2008_HS The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 109.70771864881499 113.01630986685271 -28.189521418462782 -24.03841776722642 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Houtman__100m_2008_OV The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 109.70771864881499 113.01630986685271 -28.189521418462782 -24.03841776722642 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans2Freo__100m_2008_L0_Coverage features Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans2Freo__100m_2008_L0_Coverage EPSG:4326 CRS:84 115.30685111100001 115.70076337300009 -32.042092922999984 -31.72454666699997 ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans2Freo__100m_2008_HS The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.30109092462865 115.75306345216192 -32.080552470043465 -31.707411957040904 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans2Freo__100m_2008_OV The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.30109092462865 115.75306345216192 -32.080552470043465 -31.707411957040904 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans1__100m_2008_L0_Coverage features Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans1__100m_2008_L0_Coverage EPSG:4326 CRS:84 113.85314743900005 118.49920103700003 -20.44897616199995 -16.233689006999953 ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans1__100m_2008_HS The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 113.77791256318636 118.5583314182268 -20.462908342236915 -16.233536732233713 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans1__100m_2008_OV The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 113.77791256318636 118.5583314182268 -20.462908342236915 -16.233536732233713 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Exmouth__100m_2008 The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/72719 <br><a href="https://files.ausseabed.gov.au/survey/WesternAustralianMargins-Bathymetry-100m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32749 110.7585326112689 115.91132392874528 -24.052408562826276 -20.038081059285858 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Exmouth__100m_2008_L0_Coverage features Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Exmouth__100m_2008_L0_Coverage EPSG:4326 CRS:84 110.76836828600005 115.77723620500001 -24.052582848999975 -20.03808105899998 ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Exmouth__100m_2008_HS The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 110.7585326112689 115.91132392874528 -24.052408562826276 -20.038081059285858 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Exmouth__100m_2008_OV The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 110.7585326112689 115.91132392874528 -24.052408562826276 -20.038081059285858 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Houtman__100m_2008 The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/72719 <br><a href="https://files.ausseabed.gov.au/survey/WesternAustralianMargins-Bathymetry-100m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32749 109.70771864881499 113.01630986685271 -28.18986964743737 -24.03841776722642 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Houtman__100m_2008_L0_Coverage features Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Houtman__100m_2008_L0_Coverage EPSG:4326 CRS:84 109.72449233800006 113.01630986700002 -28.18715408999998 -24.04973522399996 ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Houtman__100m_2008_HS The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 109.70771864881499 113.01630986685271 -28.189521418462782 -24.03841776722642 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Houtman__100m_2008_OV The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 109.70771864881499 113.01630986685271 -28.189521418462782 -24.03841776722642 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Perth__100m_2008 The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/72719 <br><a href="https://files.ausseabed.gov.au/survey/WesternAustralianMargins-Bathymetry-100m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32749 111.87610092774321 115.3260240716202 -31.87598056566249 -28.05537643028568 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Perth__100m_2008_L0_Coverage features Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Perth__100m_2008_L0_Coverage EPSG:4326 CRS:84 111.87684363900007 115.32602407200011 -31.805613795999932 -28.10584466599994 ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Perth__100m_2008_HS The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 111.87610092774321 115.3260240716202 -31.87598056566249 -28.05537643028568 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Perth__100m_2008_OV The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 111.87610092774321 115.3260240716202 -31.87598056566249 -28.05537643028568 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans1__100m_2008 The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/72719 <br><a href="https://files.ausseabed.gov.au/survey/WesternAustralianMargins-Bathymetry-100m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32750 113.77791256318636 118.5583314182268 -20.463283370683474 -16.233536732233713 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans1__100m_2008_L0_Coverage features Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans1__100m_2008_L0_Coverage EPSG:4326 CRS:84 113.85314743900005 118.49920103700003 -20.44897616199995 -16.233689006999953 ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans1__100m_2008_HS The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 113.77791256318636 118.5583314182268 -20.462908342236915 -16.233536732233713 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans1__100m_2008_OV The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 113.77791256318636 118.5583314182268 -20.462908342236915 -16.233536732233713 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans2Freo__100m_2008 The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/72719 <br><a href="https://files.ausseabed.gov.au/survey/WesternAustralianMargins-Bathymetry-100m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32750 115.30109092462865 115.75306345216192 -32.080552470043465 -31.707411957040904 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans2Freo__100m_2008_L0_Coverage features Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans2Freo__100m_2008_L0_Coverage EPSG:4326 CRS:84 115.30685111100001 115.70076337300009 -32.042092922999984 -31.72454666699997 ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans2Freo__100m_2008_HS The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.30109092462865 115.75306345216192 -32.080552470043465 -31.707411957040904 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans2Freo__100m_2008_OV The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.30109092462865 115.75306345216192 -32.080552470043465 -31.707411957040904 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans2__100m_2008 The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/72719 <br><a href="https://files.ausseabed.gov.au/survey/WesternAustralianMargins-Bathymetry-100m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32749 107.77336540189198 114.2837254797289 -16.61214853900304 -12.043779770871494 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans2__100m_2008_L0_Coverage features Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans2__100m_2008_L0_Coverage EPSG:4326 CRS:84 107.83686585200007 114.28231931000005 -16.587022029999957 -12.044420381999942 ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans2__100m_2008_HS The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 107.77336540189198 114.2837254797289 -16.61214853900304 -12.043779770871494 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans2__100m_2008_OV The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 107.77336540189198 114.2837254797289 -16.61214853900304 -12.043779770871494 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans3__100m_2008 The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/72719 <br><a href="https://files.ausseabed.gov.au/survey/WesternAustralianMargins-Bathymetry-100m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32748 104.86302202139586 108.39193792332225 -22.88097175341881 -8.693767100039889 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans3__100m_2008_L0_Coverage features Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans3__100m_2008_L0_Coverage EPSG:4326 CRS:84 104.87114373300005 108.20037206400008 -22.871580380999944 -8.70691255099996 ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans3__100m_2008_HS The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32748 CRS:84 104.86302202139586 108.39193792332225 -22.88097175341881 -8.693767100039889 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Trans3__100m_2008_OV The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32748 CRS:84 104.86302202139586 108.39193792332225 -22.88097175341881 -8.693767100039889 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Wallaby__100m_2008 The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/72719 <br><a href="https://files.ausseabed.gov.au/survey/WesternAustralianMargins-Bathymetry-100m-2008.zip" target="_blank">Download Bathymetry</a> EPSG:32749 106.4737079346264 110.17022095708609 -26.79348093013595 -22.441325609279456 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Wallaby__100m_2008_L0_Coverage Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Wallaby__100m_2008_L0_Coverage features EPSG:4326 CRS:84 106.60336137700006 110.14426392900003 -26.79325672599998 -22.44242533599993 ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Wallaby__100m_2008_HS The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 106.4737079346264 110.17022095708609 -26.79348093013595 -22.441325609279456 text/html ausseabed:Singapore_to_WA_Margins_to_Cigading__Indonesia_Bathymetry__Wallaby__100m_2008_OV The WA Margins Reconnaissance survey, GA-2476 was acquired during October 2008 to January 2009 onboard the RV Sonne as part of the Energy Security Program. Almost 230,000 km² of multibeam bathymetry was acquired over the duration of the survey including all transits. Seafloor features revealed by the backscatter and swath bathymetry have shown that geomorphology of the study areas is diverse. The continental slope of the west Australian margin study areas is characterised by large areas with numerous deeply incised canyons and areas with low-angle slumps and scarps mostly on the upper part of the slope. Other geomorphic features on the continental slope include short escarpments of local extent and small volcanic peaks over the Houtman Sub-basin part of the Perth margin. New bathymetry from the Cuvier Plateau has mapped large volcanic domes, some of them with terraces, ridges, a large previously unmapped valley and two large seamounts (newly named the Cuvier Seamount and the Wallaby seamount). The dataset contains eight XYZ grids of 100m resolution; colour tiff images shaded with sun azimuth 45 degrees and a geotiff of the entire survey with a depth legend to go with the images. This dataset is not to be used for navigational purposes. EPSG:32749 CRS:84 106.4737079346264 110.17022095708609 -26.79348093013595 -22.441325609279456 text/html ausseabed:Solitary_Islands_Gumbaynggirr_Yaegl_MP_Backscatter__5m_2022 The Solitary Islands Gumbaynggirr Yaegl MP bathymetry survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the RV Bombora during the period 31 Aug 2022 – 31 Jul 2023, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains a 32-bit floating point geotiff file of bathymetry in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149091 <br><a href="https://files.ausseabed.gov.au/survey/SolitaryIslandsGumbaynggirrYaeglMP-Backscatter-5m-2022.zip" target="_blank">Download Backscatter</a> EPSG:32756 153.2265088175458 153.4208414738485 -30.268139852772123 -29.661221141657496 text/html ausseabed:Solitary_Islands_Gumbaynggirr_Yaegl_MP_Backscatter__5m_2022_L0_Coverage features Solitary_Islands_Gumbaynggirr_Yaegl_MP_Backscatter__5m_2022_L0_Coverage EPSG:4326 CRS:84 153.23261213600006 153.4149326170001 -30.266138765999983 -29.666376335999928 ausseabed:Solitary_Islands_Gumbaynggirr_Yaegl_MP_Backscatter__5m_2022_HS The Solitary Islands Gumbaynggirr Yaegl MP bathymetry survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the RV Bombora during the period 31 Aug 2022 – 31 Jul 2023, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains a 32-bit floating point geotiff file of bathymetry in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.2265088175458 153.4208414738485 -30.268139852772123 -29.661221141657496 text/html ausseabed:Solitary_Islands_Gumbaynggirr_Yaegl_MP_Backscatter__5m_2022_OV The Solitary Islands Gumbaynggirr Yaegl MP bathymetry survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the RV Bombora during the period 31 Aug 2022 – 31 Jul 2023, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains a 32-bit floating point geotiff file of bathymetry in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.2265088175458 153.4208414738485 -30.268139852772123 -29.661221141657496 text/html ausseabed:Solitary_Islands_Gumbaynggirr_Yaegl_MP_Bathymetry_5m_2022 The Solitary Islands Gumbaynggirr Yaegl MP bathymetry survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the RV Bombora during the period 31 Aug 2022 – 31 Jul 2023, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains a 32-bit floating point geotiff file of bathymetry in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149091 <br><a href="https://files.ausseabed.gov.au/survey/SolitaryIslandsGumbaynggirrYaeglMP-Bathymetry-5m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:32756 153.23121916528422 153.41890977650658 -30.26614621847388 -29.665017589545528 text/html ausseabed:Solitary_Islands_Gumbaynggirr_Yaegl_MP_Bathymetry__5m_2022_L0_Coverage features Solitary_Islands_Gumbaynggirr_Yaegl_MP_Bathymetry__5m_2022_L0_Coverage EPSG:4326 CRS:84 153.23261224300006 153.41488390900008 -30.266138953999928 -29.666331211999932 ausseabed:Solitary_Islands_Gumbaynggirr_Yaegl_MP_Bathymetry__5m_2022_HS The Solitary Islands Gumbaynggirr Yaegl MP bathymetry survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the RV Bombora during the period 31 Aug 2022 – 31 Jul 2023, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains a 32-bit floating point geotiff file of bathymetry in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.23121916528422 153.41890977650658 -30.26614621847388 -29.665017589545528 text/html ausseabed:Solitary_Islands_Gumbaynggirr_Yaegl_MP_Bathymetry__5m_2022_OV The Solitary Islands Gumbaynggirr Yaegl MP bathymetry survey was acquired by the NSW government (Department of Planning and Environment – DPE) onboard the RV Bombora during the period 31 Aug 2022 – 31 Jul 2023, using DPE’s R2Sonic 2022 multibeam sonar. The survey was completed as part of the SeabedNSW program funded by NSW government through Coastal Reforms (>2015), HabMap Program funded through Marine Parks Authority (now under Marine Estate Management Authority) or through collaborations with partner agencies or institutions. The purpose of the project was to 1) provide a baseline dataset and 2) map the spatial distribution of seabed types. This dataset contains a 32-bit floating point geotiff file of bathymetry in 5m resolution for the study area, derived from the processed Hypack, R2Sonic GUI, POSView, POSPac and Qimera software. General details on vessel setup, mobilisation and processing are provided at https://www.environment.nsw.gov.au/-/media/OEH/Corporate-Site/Documents/Research/Our-science-and-research/seabed-nsw-standard-operating-procedures-multibeam-surveying-190101.pdf with survey specific details in the Survey Report and DPIE Rigor Statement (can be provided upon request). This dataset is not to be used for navigational purposes. EPSG:32756 CRS:84 153.23121916528422 153.41890977650658 -30.26614621847388 -29.665017589545528 text/html ausseabed:South-west_Corner_Marine_Park_Bathymetry_100m_2024 This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the South-west Corner Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150169 <br><a href="https://files.ausseabed.gov.au/survey/SouthWestCornerMarinePark-Bathymetry-100m-2024.zip" target="_blank">Download Bathymetry</a> EPSG:4326 113.6601447 122.00076543519069 -36.337947024400286 -33.50085666999999 text/html ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-II-1__100m_2024_L0_Coverage features South-west_Corner_Marine_Park_Bathymetry__IUCN-II-1__100m_2024_L0_Coverage EPSG:4326 CRS:84 116.60028470000009 117.10089712400008 -36.028909908999935 -35.86679693999997 ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-II-1__100m_2024_HS This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the South-west Corner Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 116.6002847 117.10089712399983 -36.0289099091997 -35.86679694 text/html ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-II-1__100m_2024_OV This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the South-west Corner Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 116.6002847 117.10089712399983 -36.0289099091997 -35.86679694 text/html ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-II-2__100m_2024_L0_Coverage features South-west_Corner_Marine_Park_Bathymetry__IUCN-II-2__100m_2024_L0_Coverage EPSG:4326 CRS:84 120.63366580000002 122.00076543500006 -36.33794702399996 -36.156935559999965 ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-II-2__100m_2024_HS This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the South-west Corner Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 120.63366579999999 122.00076543519069 -36.337947024400286 -36.15693556 text/html ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-II-2__100m_2024_OV This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the South-west Corner Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 120.63366579999999 122.00076543519069 -36.337947024400286 -36.15693556 text/html ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-VI__100m_2024_L0_Coverage features South-west_Corner_Marine_Park_Bathymetry__IUCN-VI__100m_2024_L0_Coverage EPSG:4326 CRS:84 113.66014470000005 113.83103213900006 -34.15087762899998 -33.50085666999996 ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-VI__100m_2024_HS This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the South-west Corner Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 113.6601447 113.83103213879856 -34.15087762899991 -33.50085666999999 text/html ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-VI__100m_2024_OV This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the South-west Corner Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 113.6601447 113.83103213879856 -34.15087762899991 -33.50085666999999 text/html ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-II-1__100m_2024 This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the South-west Corner Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150169 <br><a href="https://files.ausseabed.gov.au/survey/SouthWestCornerMarinePark-Bathymetry-100m-2024.zip" target="_blank">Download Bathymetry</a> EPSG:4326 116.6002847 117.10089712399983 -36.0289099091997 -35.86679694 text/html ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-II-1__100m_2024_L0_Coverage features South-west_Corner_Marine_Park_Bathymetry__IUCN-II-1__100m_2024_L0_Coverage EPSG:4326 CRS:84 116.60028470000009 117.10089712400008 -36.028909908999935 -35.86679693999997 ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-II-1__100m_2024_HS This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the South-west Corner Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 116.6002847 117.10089712399983 -36.0289099091997 -35.86679694 text/html ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-II-1__100m_2024_OV This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the South-west Corner Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 116.6002847 117.10089712399983 -36.0289099091997 -35.86679694 text/html ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-II-2__100m_2024 This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the South-west Corner Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150169 <br><a href="https://files.ausseabed.gov.au/survey/SouthWestCornerMarinePark-Bathymetry-100m-2024.zip" target="_blank">Download Bathymetry</a> EPSG:4326 120.63366579999999 122.00076543519069 -36.337947024400286 -36.15693556 text/html ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-II-2__100m_2024_L0_Coverage features South-west_Corner_Marine_Park_Bathymetry__IUCN-II-2__100m_2024_L0_Coverage EPSG:4326 CRS:84 120.63366580000002 122.00076543500006 -36.33794702399996 -36.156935559999965 ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-II-2__100m_2024_HS This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the South-west Corner Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 120.63366579999999 122.00076543519069 -36.337947024400286 -36.15693556 text/html ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-II-2__100m_2024_OV This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the South-west Corner Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 120.63366579999999 122.00076543519069 -36.337947024400286 -36.15693556 text/html ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-VI__100m_2024 This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the South-west Corner Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150169 <br><a href="https://files.ausseabed.gov.au/survey/SouthWestCornerMarinePark-Bathymetry-100m-2024.zip" target="_blank">Download Bathymetry</a> EPSG:4326 113.6601447 113.83103213879856 -34.15087762899991 -33.50085666999999 text/html ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-VI__100m_2024_L0_Coverage features South-west_Corner_Marine_Park_Bathymetry__IUCN-VI__100m_2024_L0_Coverage EPSG:4326 CRS:84 113.66014470000005 113.83103213900006 -34.15087762899998 -33.50085666999996 ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-VI__100m_2024_HS This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the South-west Corner Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 113.6601447 113.83103213879856 -34.15087762899991 -33.50085666999999 text/html ausseabed:South-west_Corner_Marine_Park_Bathymetry__IUCN-VI__100m_2024_OV This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the South-west Corner Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 113.6601447 113.83103213879856 -34.15087762899991 -33.50085666999999 text/html ausseabed:South_Tasman_Rise_Bathymetry_100m_1994 The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144237 <br><a href="https://files.ausseabed.gov.au/survey/SouthTasmanRise-Bathymetry-100m-1994.zip" target="_blank">Download Bathymetry</a> EPSG:4326 137.83023908641945 174.8853008378729 -49.41482077957373 -33.82232701930857 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z56_100m_1994_L0_Coverage features South_Tasman_Rise_Bathymetry_Z56_100m_1994_L0_Coverage EPSG:4326 CRS:84 149.94471286200007 156.02894351200007 -44.05075905799998 -43.09954878199994 ausseabed:South_Tasman_Rise_Bathymetry_Z56_100m_1994_HS The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32756 CRS:84 149.94091208590632 156.06907278411887 -44.16545641824599 -43.02545482713842 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z56_100m_1994_OV The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32756 CRS:84 149.94091208590632 156.06907278411887 -44.16545641824599 -43.02545482713842 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z54_South_100m_1994_L0_Coverage features South_Tasman_Rise_Bathymetry_Z54_South_100m_1994_L0_Coverage EPSG:4326 CRS:84 141.506250259 144.1802916250001 -45.08222601199998 -41.034824887999946 ausseabed:South_Tasman_Rise_Bathymetry_Z54_South_100m_1994_HS The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32754 CRS:84 141.28614508218868 144.18029162501873 -45.113910457203986 -41.00381921905951 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z54_South_100m_1994_OV The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32754 CRS:84 141.28614508218868 144.18029162501873 -45.113910457203986 -41.00381921905951 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z55_South_100m_1994_L0_Coverage features South_Tasman_Rise_Bathymetry_Z55_South_100m_1994_L0_Coverage EPSG:4326 CRS:84 143.99450012700004 149.04950013100006 -49.31499986599994 -44.941860910999935 ausseabed:South_Tasman_Rise_Bathymetry_Z55_South_100m_1994_HS The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32755 CRS:84 143.38680442139122 149.31301978101598 -49.46946441373897 -44.939969742434485 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z55_South_100m_1994_OV The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32755 CRS:84 143.38680442139122 149.31301978101598 -49.46946441373897 -44.939969742434485 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z57_100m_1994_L0_Coverage features South_Tasman_Rise_Bathymetry_Z57_100m_1994_L0_Coverage EPSG:4326 CRS:84 155.8230592660001 162.0670548910001 -43.42801087999993 -40.225744291999945 ausseabed:South_Tasman_Rise_Bathymetry_Z57_100m_1994_HS The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 155.8153580259181 162.2205011132875 -43.618931720294036 -40.17945908968212 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z57_100m_1994_OV The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 155.8153580259181 162.2205011132875 -43.618931720294036 -40.17945908968212 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z54_North_100m_1994_L0_Coverage South_Tasman_Rise_Bathymetry_Z54_North_100m_1994_L0_Coverage features EPSG:4326 CRS:84 138.23408681 142.337222375 -41.07976744299998 -37.145694265999964 ausseabed:South_Tasman_Rise_Bathymetry_Z54_North_100m_1994_HS The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32754 CRS:84 137.8302390864218 142.53845327095394 -41.08044443817997 -37.06468357480199 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z54_North_100m_1994_OV The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32754 CRS:84 137.8302390864218 142.53845327095394 -41.08044443817997 -37.06468357480199 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z58_100m_1994_L0_Coverage features South_Tasman_Rise_Bathymetry_Z58_100m_1994_L0_Coverage EPSG:4326 CRS:84 161.9175834790001 168.03251138000007 -40.539898291999975 -37.26392005899993 ausseabed:South_Tasman_Rise_Bathymetry_Z58_100m_1994_HS The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32758 CRS:84 161.9167163484793 168.17291898751373 -40.59994791728769 -37.17747704622031 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z58_100m_1994_OV The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32758 CRS:84 161.9167163484793 168.17291898751373 -40.59994791728769 -37.17747704622031 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z59_100m_1994_L0_Coverage features South_Tasman_Rise_Bathymetry_Z59_100m_1994_L0_Coverage EPSG:4326 CRS:84 167.8517063260001 174.9054437640001 -37.46351922399998 -34.00798192899998 ausseabed:South_Tasman_Rise_Bathymetry_Z59_100m_1994_HS The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32759 CRS:84 167.83987657587477 175.07975753986813 -37.78490217457284 -33.82232701916477 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z59_100m_1994_OV The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32759 CRS:84 167.83987657587477 175.07975753986813 -37.78490217457284 -33.82232701916477 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z55_North_100m_1994_L0_Coverage features South_Tasman_Rise_Bathymetry_Z55_North_100m_1994_L0_Coverage EPSG:4326 CRS:84 143.79969280600005 150.13014854000005 -45.04442375199994 -41.65359558799997 ausseabed:South_Tasman_Rise_Bathymetry_Z55_North_100m_1994_HS The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32755 CRS:84 143.7818031273243 150.1852345715343 -45.08911358256805 -41.53178169171988 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z55_North_100m_1994_OV The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32755 CRS:84 143.7818031273243 150.1852345715343 -45.08911358256805 -41.53178169171988 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z54_North_100m_1994 The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144237 <br><a href="https://files.ausseabed.gov.au/survey/SouthTasmanRise-Bathymetry-100m-1994.zip" target="_blank">Download Bathymetry</a> EPSG:32754 137.8302390864218 142.53845327095394 -41.0810056470221 -37.06468357480199 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z54_North_100m_1994_L0_Coverage South_Tasman_Rise_Bathymetry_Z54_North_100m_1994_L0_Coverage features EPSG:4326 CRS:84 138.23408681 142.337222375 -41.07976744299998 -37.145694265999964 ausseabed:South_Tasman_Rise_Bathymetry_Z54_North_100m_1994_HS The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32754 CRS:84 137.8302390864218 142.53845327095394 -41.08044443817997 -37.06468357480199 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z54_North_100m_1994_OV The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32754 CRS:84 137.8302390864218 142.53845327095394 -41.08044443817997 -37.06468357480199 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z54_South_100m_1994 The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144237 <br><a href="https://files.ausseabed.gov.au/survey/SouthTasmanRise-Bathymetry-100m-1994.zip" target="_blank">Download Bathymetry</a> EPSG:32754 141.28614508218868 144.18029162501873 -45.113910457203986 -41.00381921905951 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z54_South_100m_1994_L0_Coverage features South_Tasman_Rise_Bathymetry_Z54_South_100m_1994_L0_Coverage EPSG:4326 CRS:84 141.506250259 144.1802916250001 -45.08222601199998 -41.034824887999946 ausseabed:South_Tasman_Rise_Bathymetry_Z54_South_100m_1994_HS The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32754 CRS:84 141.28614508218868 144.18029162501873 -45.113910457203986 -41.00381921905951 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z54_South_100m_1994_OV The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32754 CRS:84 141.28614508218868 144.18029162501873 -45.113910457203986 -41.00381921905951 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z55_North_100m_1994 The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144237 <br><a href="https://files.ausseabed.gov.au/survey/SouthTasmanRise-Bathymetry-100m-1994.zip" target="_blank">Download Bathymetry</a> EPSG:32755 143.7818031273243 150.1852345715343 -45.08911358256805 -41.53178169171988 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z55_North_100m_1994_L0_Coverage features South_Tasman_Rise_Bathymetry_Z55_North_100m_1994_L0_Coverage EPSG:4326 CRS:84 143.79969280600005 150.13014854000005 -45.04442375199994 -41.65359558799997 ausseabed:South_Tasman_Rise_Bathymetry_Z55_North_100m_1994_HS The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32755 CRS:84 143.7818031273243 150.1852345715343 -45.08911358256805 -41.53178169171988 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z55_North_100m_1994_OV The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32755 CRS:84 143.7818031273243 150.1852345715343 -45.08911358256805 -41.53178169171988 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z55_South_100m_1994 The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144237 <br><a href="https://files.ausseabed.gov.au/survey/SouthTasmanRise-Bathymetry-100m-1994.zip" target="_blank">Download Bathymetry</a> EPSG:32755 143.38680442139122 149.31301978101598 -49.47080802316989 -44.939969742434485 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z55_South_100m_1994_L0_Coverage features South_Tasman_Rise_Bathymetry_Z55_South_100m_1994_L0_Coverage EPSG:4326 CRS:84 143.99450012700004 149.04950013100006 -49.31499986599994 -44.941860910999935 ausseabed:South_Tasman_Rise_Bathymetry_Z55_South_100m_1994_HS The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32755 CRS:84 143.38680442139122 149.31301978101598 -49.46946441373897 -44.939969742434485 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z55_South_100m_1994_OV The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32755 CRS:84 143.38680442139122 149.31301978101598 -49.46946441373897 -44.939969742434485 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z56_100m_1994 The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144237 <br><a href="https://files.ausseabed.gov.au/survey/SouthTasmanRise-Bathymetry-100m-1994.zip" target="_blank">Download Bathymetry</a> EPSG:32756 149.94091208590632 156.06907278411887 -44.16545641824599 -43.02545482713842 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z56_100m_1994_L0_Coverage features South_Tasman_Rise_Bathymetry_Z56_100m_1994_L0_Coverage EPSG:4326 CRS:84 149.94471286200007 156.02894351200007 -44.05075905799998 -43.09954878199994 ausseabed:South_Tasman_Rise_Bathymetry_Z56_100m_1994_HS The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32756 CRS:84 149.94091208590632 156.06907278411887 -44.16545641824599 -43.02545482713842 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z56_100m_1994_OV The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32756 CRS:84 149.94091208590632 156.06907278411887 -44.16545641824599 -43.02545482713842 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z57_100m_1994 The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144237 <br><a href="https://files.ausseabed.gov.au/survey/SouthTasmanRise-Bathymetry-100m-1994.zip" target="_blank">Download Bathymetry</a> EPSG:32757 155.8153580259181 162.2205011132875 -43.618931720294036 -40.17945908968212 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z57_100m_1994_L0_Coverage features South_Tasman_Rise_Bathymetry_Z57_100m_1994_L0_Coverage EPSG:4326 CRS:84 155.8230592660001 162.0670548910001 -43.42801087999993 -40.225744291999945 ausseabed:South_Tasman_Rise_Bathymetry_Z57_100m_1994_HS The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 155.8153580259181 162.2205011132875 -43.618931720294036 -40.17945908968212 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z57_100m_1994_OV The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 155.8153580259181 162.2205011132875 -43.618931720294036 -40.17945908968212 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z58_100m_1994 The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144237 <br><a href="https://files.ausseabed.gov.au/survey/SouthTasmanRise-Bathymetry-100m-1994.zip" target="_blank">Download Bathymetry</a> EPSG:32758 161.9167163484793 168.17291898751373 -40.59994791728769 -37.17747704622031 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z58_100m_1994_L0_Coverage features South_Tasman_Rise_Bathymetry_Z58_100m_1994_L0_Coverage EPSG:4326 CRS:84 161.9175834790001 168.03251138000007 -40.539898291999975 -37.26392005899993 ausseabed:South_Tasman_Rise_Bathymetry_Z58_100m_1994_HS The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32758 CRS:84 161.9167163484793 168.17291898751373 -40.59994791728769 -37.17747704622031 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z58_100m_1994_OV The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32758 CRS:84 161.9167163484793 168.17291898751373 -40.59994791728769 -37.17747704622031 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z59_100m_1994 The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144237 <br><a href="https://files.ausseabed.gov.au/survey/SouthTasmanRise-Bathymetry-100m-1994.zip" target="_blank">Download Bathymetry</a> EPSG:32759 167.83987657587477 175.07975753986813 -37.78490217457284 -33.82232701916477 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z59_100m_1994_L0_Coverage features South_Tasman_Rise_Bathymetry_Z59_100m_1994_L0_Coverage EPSG:4326 CRS:84 167.8517063260001 174.9054437640001 -37.46351922399998 -34.00798192899998 ausseabed:South_Tasman_Rise_Bathymetry_Z59_100m_1994_HS The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32759 CRS:84 167.83987657587477 175.07975753986813 -37.78490217457284 -33.82232701916477 text/html ausseabed:South_Tasman_Rise_Bathymetry_Z59_100m_1994_OV The Tasmante bathymetry survey, GA-0125 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 12th of February to the 28th of March 1994 using a Simrad EM12 Dual sonar system. The objectives of the west Tasmanian swath-mapping cruise (Tasmante) are to: determine the structure of the continental margin off west Tasmania, on the South Tasman Rise, and on the adjacent abyssal plain; examine the relationships between lithospheric extension in continental crust, the orientation of the seafloor spreading phases, and the formation of the transform margin along west Tasmania and the South Tasman Rise; map sedimentary patterns and processes to build an understanding of Neogene changes in sedimentation and their relationship to tectonic and climatic. This dataset contains a 100m resolution 32-bit geotiff of the Tasmante survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32759 CRS:84 167.83987657587477 175.07975753986813 -37.78490217457284 -33.82232701916477 text/html ausseabed:Southeast_Margins__Otway__Gippsland_Basins_and_Bass_Strait_Reflection-derived_Bathymetry_30m_2022 The Otway, Gippsland Basins and Bass Strait 3D seismic derived bathymetry compilation (20220007C) was produced by the University of Western Australia, Norwegian Geotechnical Institute and UniLasalle in collaboration with Geoscience Australia through the AusSeabed initiative. The compilation integrates 87 bathymetry grids derived from available and workable 3D seismic datasets into a 30 m resolution 32-bit GeoTIFF, including both reflection and navigation derived data. A detailed workflow is described in: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C., 2021, Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys, and historical datasets: Earth System Science Data, v. 13, no. 11, p. 5191-5212 https://doi.org/10.5194/essd-13-5191-2021, 2021. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148609 <br><a href="https://files.ausseabed.gov.au/survey/SoutheastMarginsOtwayGippslandBasinsandBassStrait-Seismic-Derived-Bathymetry-30m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:4326 139.91739712000128 149.24439712000128 -42.42902792190044 -37.72802792190044 text/html ausseabed:Southeast_Margins__Otway__Gippsland_Basins_and_Bass_Strait_Reflection-derived_Bathymetry__30m_2022_L0_Coverage features Southeast_Margins__Otway__Gippsland_Basins_and_Bass_Strait_Reflection-derived_Bathymetry__30m_2022_L0_Coverage EPSG:4326 CRS:84 139.91739712000003 149.24199712000006 -42.42902792199993 -37.72802792199997 ausseabed:Southeast_Margins__Otway__Gippsland_Basins_and_Bass_Strait_Reflection-derived_Bathymetry__30m_2022_HS The Otway, Gippsland Basins and Bass Strait 3D seismic derived bathymetry compilation (20220007C) was produced by the University of Western Australia, Norwegian Geotechnical Institute and UniLasalle in collaboration with Geoscience Australia through the AusSeabed initiative. The compilation integrates 87 bathymetry grids derived from available and workable 3D seismic datasets into a 30 m resolution 32-bit GeoTIFF, including both reflection and navigation derived data. A detailed workflow is described in: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C., 2021, Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys, and historical datasets: Earth System Science Data, v. 13, no. 11, p. 5191-5212 https://doi.org/10.5194/essd-13-5191-2021, 2021. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 139.91739712000128 149.24439712000128 -42.42902792190044 -37.72802792190044 text/html ausseabed:Southeast_Margins__Otway__Gippsland_Basins_and_Bass_Strait_Reflection-derived_Bathymetry__30m_2022_OV The Otway, Gippsland Basins and Bass Strait 3D seismic derived bathymetry compilation (20220007C) was produced by the University of Western Australia, Norwegian Geotechnical Institute and UniLasalle in collaboration with Geoscience Australia through the AusSeabed initiative. The compilation integrates 87 bathymetry grids derived from available and workable 3D seismic datasets into a 30 m resolution 32-bit GeoTIFF, including both reflection and navigation derived data. A detailed workflow is described in: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C., 2021, Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys, and historical datasets: Earth System Science Data, v. 13, no. 11, p. 5191-5212 https://doi.org/10.5194/essd-13-5191-2021, 2021. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 139.91739712000128 149.24439712000128 -42.42902792190044 -37.72802792190044 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry_120-440m_2000 The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147364 <br><a href="https://files.ausseabed.gov.au/survey/SoutheastTasmaniaandSouthernMacquarieRidge-AUSTREA2-Bathymetry-120-440m-2000.zip" target="_blank">Download Bathymetry</a> EPSG:4326 147.62576510988671 167.65365945356726 -60.990397563067624 -41.58247551272218 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__250m___120-440m_2000_L0_Coverage features Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__250m___120-440m_2000_L0_Coverage EPSG:4326 CRS:84 147.6257651100001 150.91135326200003 -45.20210220299998 -42.477961103999974 ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__250m___120-440m_2000_HS The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.62576510988671 150.92258220260535 -45.20210220278916 -42.477961103696714 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__250m___120-440m_2000_OV The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.62576510988671 150.92258220260535 -45.20210220278916 -42.477961103696714 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__280m___120-440m_2000_L0_Coverage features Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__280m___120-440m_2000_L0_Coverage EPSG:4326 CRS:84 157.87801286900003 161.48492839800008 -56.48696338099995 -51.735594179999964 ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__280m___120-440m_2000_HS The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 157.86292117194859 161.4849283975185 -56.48696338071962 -51.735594179954646 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__280m___120-440m_2000_OV The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 157.86292117194859 161.4849283975185 -56.48696338071962 -51.735594179954646 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__440m___120-440m_2000_L0_Coverage features Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__440m___120-440m_2000_L0_Coverage EPSG:4326 CRS:84 155.46909060300004 162.46517003600002 -60.99039756299999 -55.62673666499995 ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__440m___120-440m_2000_HS The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 155.4690906028269 162.46517003554973 -60.990397563067624 -55.626736664646785 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__440m___120-440m_2000_OV The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 155.4690906028269 162.46517003554973 -60.990397563067624 -55.626736664646785 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__300m___120-440m_2000_L0_Coverage features Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__300m___120-440m_2000_L0_Coverage EPSG:4326 CRS:84 147.68438018200004 151.50311845500005 -48.23279339299995 -45.05275728699996 ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__300m___120-440m_2000_HS The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.68438018217552 151.50311845496762 -48.23279339258742 -45.05275728680431 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__300m___120-440m_2000_OV The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.68438018217552 151.50311845496762 -48.23279339258742 -45.05275728680431 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__120m___120-440m_2000_L0_Coverage features Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__120m___120-440m_2000_L0_Coverage EPSG:4326 CRS:84 147.72453487500002 148.9803796430001 -43.59506107499993 -41.58247551299996 ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__120m___120-440m_2000_HS The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.72453487537567 148.98037964257475 -43.59506107526356 -41.58247551272218 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__120m___120-440m_2000_OV The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.72453487537567 148.98037964257475 -43.59506107526356 -41.58247551272218 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__160m___120-440m_2000_L0_Coverage features Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__160m___120-440m_2000_L0_Coverage EPSG:4326 CRS:84 164.93284212100002 167.65365945400004 -49.11341186599998 -46.669994292999945 ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__160m___120-440m_2000_HS The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 164.93284212102606 167.65365945356726 -49.113411865609784 -46.66999429280469 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__160m___120-440m_2000_OV The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 164.93284212102606 167.65365945356726 -49.113411865609784 -46.66999429280469 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__360m___120-440m_2000_L0_Coverage features Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__360m___120-440m_2000_L0_Coverage EPSG:4326 CRS:84 151.15573993500004 155.7737991470001 -55.77406037099996 -48.196950612999956 ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__360m___120-440m_2000_HS The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 151.15573993459856 155.77379914720018 -55.77406037124238 -48.19695061275104 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__360m___120-440m_2000_OV The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 151.15573993459856 155.77379914720018 -55.77406037124238 -48.19695061275104 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__120m___120-440m_2000 The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147364 <br><a href="https://files.ausseabed.gov.au/survey/SoutheastTasmaniaandSouthernMacquarieRidge-AUSTREA2-Bathymetry-120-440m-2000.zip" target="_blank">Download Bathymetry</a> EPSG:4326 147.72453487537567 148.98037964257475 -43.59506107526356 -41.58247551272218 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__120m___120-440m_2000_L0_Coverage features Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__120m___120-440m_2000_L0_Coverage EPSG:4326 CRS:84 147.72453487500002 148.9803796430001 -43.59506107499993 -41.58247551299996 ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__120m___120-440m_2000_HS The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.72453487537567 148.98037964257475 -43.59506107526356 -41.58247551272218 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__120m___120-440m_2000_OV The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.72453487537567 148.98037964257475 -43.59506107526356 -41.58247551272218 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__160m___120-440m_2000 The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147364 <br><a href="https://files.ausseabed.gov.au/survey/SoutheastTasmaniaandSouthernMacquarieRidge-AUSTREA2-Bathymetry-120-440m-2000.zip" target="_blank">Download Bathymetry</a> EPSG:4326 164.93284212102606 167.65365945356726 -49.113411865609784 -46.66999429280469 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__160m___120-440m_2000_L0_Coverage features Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__160m___120-440m_2000_L0_Coverage EPSG:4326 CRS:84 164.93284212100002 167.65365945400004 -49.11341186599998 -46.669994292999945 ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__160m___120-440m_2000_HS The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 164.93284212102606 167.65365945356726 -49.113411865609784 -46.66999429280469 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__160m___120-440m_2000_OV The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 164.93284212102606 167.65365945356726 -49.113411865609784 -46.66999429280469 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__250m___120-440m_2000 The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147364 <br><a href="https://files.ausseabed.gov.au/survey/SoutheastTasmaniaandSouthernMacquarieRidge-AUSTREA2-Bathymetry-120-440m-2000.zip" target="_blank">Download Bathymetry</a> EPSG:4326 147.62576510988671 150.92258220260535 -45.20210220278916 -42.477961103696714 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__250m___120-440m_2000_L0_Coverage features Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__250m___120-440m_2000_L0_Coverage EPSG:4326 CRS:84 147.6257651100001 150.91135326200003 -45.20210220299998 -42.477961103999974 ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__250m___120-440m_2000_HS The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.62576510988671 150.92258220260535 -45.20210220278916 -42.477961103696714 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__250m___120-440m_2000_OV The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.62576510988671 150.92258220260535 -45.20210220278916 -42.477961103696714 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__280m___120-440m_2000 The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147364 <br><a href="https://files.ausseabed.gov.au/survey/SoutheastTasmaniaandSouthernMacquarieRidge-AUSTREA2-Bathymetry-120-440m-2000.zip" target="_blank">Download Bathymetry</a> EPSG:4326 157.86292117194859 161.4849283975185 -56.48696338071962 -51.735594179954646 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__280m___120-440m_2000_L0_Coverage features Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__280m___120-440m_2000_L0_Coverage EPSG:4326 CRS:84 157.87801286900003 161.48492839800008 -56.48696338099995 -51.735594179999964 ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__280m___120-440m_2000_HS The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 157.86292117194859 161.4849283975185 -56.48696338071962 -51.735594179954646 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__280m___120-440m_2000_OV The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 157.86292117194859 161.4849283975185 -56.48696338071962 -51.735594179954646 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__300m___120-440m_2000 The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147364 <br><a href="https://files.ausseabed.gov.au/survey/SoutheastTasmaniaandSouthernMacquarieRidge-AUSTREA2-Bathymetry-120-440m-2000.zip" target="_blank">Download Bathymetry</a> EPSG:4326 147.68438018217552 151.50311845496762 -48.23279339258742 -45.05275728680431 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__300m___120-440m_2000_L0_Coverage features Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__300m___120-440m_2000_L0_Coverage EPSG:4326 CRS:84 147.68438018200004 151.50311845500005 -48.23279339299995 -45.05275728699996 ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__300m___120-440m_2000_HS The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.68438018217552 151.50311845496762 -48.23279339258742 -45.05275728680431 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__300m___120-440m_2000_OV The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 147.68438018217552 151.50311845496762 -48.23279339258742 -45.05275728680431 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__360m___120-440m_2000 The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147364 <br><a href="https://files.ausseabed.gov.au/survey/SoutheastTasmaniaandSouthernMacquarieRidge-AUSTREA2-Bathymetry-120-440m-2000.zip" target="_blank">Download Bathymetry</a> EPSG:4326 151.15573993459856 155.77379914720018 -55.77406037124238 -48.19695061275104 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__360m___120-440m_2000_L0_Coverage features Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__360m___120-440m_2000_L0_Coverage EPSG:4326 CRS:84 151.15573993500004 155.7737991470001 -55.77406037099996 -48.196950612999956 ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__360m___120-440m_2000_HS The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 151.15573993459856 155.77379914720018 -55.77406037124238 -48.19695061275104 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__360m___120-440m_2000_OV The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 151.15573993459856 155.77379914720018 -55.77406037124238 -48.19695061275104 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__440m___120-440m_2000 The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147364 <br><a href="https://files.ausseabed.gov.au/survey/SoutheastTasmaniaandSouthernMacquarieRidge-AUSTREA2-Bathymetry-120-440m-2000.zip" target="_blank">Download Bathymetry</a> EPSG:4326 155.4690906028269 162.46517003554973 -60.990397563067624 -55.626736664646785 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__440m___120-440m_2000_L0_Coverage features Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__440m___120-440m_2000_L0_Coverage EPSG:4326 CRS:84 155.46909060300004 162.46517003600002 -60.99039756299999 -55.62673666499995 ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__440m___120-440m_2000_HS The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 155.4690906028269 162.46517003554973 -60.990397563067624 -55.626736664646785 text/html ausseabed:Southeast_Tasmania_and_Southern_Macquarie_Ridge_Bathymetry__440m___120-440m_2000_OV The Southeast Tasmania and Southern Macquarie Ridge Bathymetry dataset was acquired by the Australian Geological Survey Organisation (AGSO) (Geoscience Australia predecessor) during the AUSTREA-2 marine survey undertaken from 15 January - 9 February 2000 onboard the French Oceanographic and Geoscience Research Vessel N/O L'Atalante using a Simrad EM12D multibeam sonar system. The survey was completed as part of the work to map the foot-of-slope position to support definition of Australia's legal Continental Shelf under the United Nations Convention on the Law of the Sea. This dataset contains 120m-, 160m-, 250m-, 280m-, 300m-, 360m- and 440m-resolution 32-bit floating point GeoTIFF files of the bathymetry in the survey area, derived from the processed EM12D bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 155.4690906028269 162.46517003554973 -60.990397563067624 -55.626736664646785 text/html ausseabed:Southern_Australia_Bathymetry_100m_1999 The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144240 <br><a href="https://files.ausseabed.gov.au/survey/SouthernAustralia-Austrea1-Bathymetry-100m-1999.zip" target="_blank">Download Bathymetry</a> EPSG:4326 129.54118473731663 166.32585362175067 -44.75596582378319 -22.325444040964783 text/html ausseabed:Southern_Australia_Bathymetry_UTM52_100m_1999_L0_Coverage features Southern_Australia_Bathymetry_UTM52_100m_1999_L0_Coverage EPSG:4326 CRS:84 130.2088384000001 132.23210611600007 -35.95653904599993 -33.43023216599994 ausseabed:Southern_Australia_Bathymetry_UTM52_100m_1999_HS The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32752 CRS:84 129.52313000120137 132.23984676379922 -36.04206896952088 -33.17672809132629 text/html ausseabed:Southern_Australia_Bathymetry_UTM52_100m_1999_OV The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32752 CRS:84 129.52313000120137 132.23984676379922 -36.04206896952088 -33.17672809132629 text/html ausseabed:Southern_Australia_Bathymetry_UTM55_100m_1999_L0_Coverage Southern_Australia_Bathymetry_UTM55_100m_1999_L0_Coverage features EPSG:4326 CRS:84 143.422297436 149.96507500000007 -44.80530673399994 -38.123053091999964 ausseabed:Southern_Australia_Bathymetry_UTM55_100m_1999_HS The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32755 CRS:84 143.20529161910304 150.2561659133492 -44.818735537756346 -38.00460424269703 text/html ausseabed:Southern_Australia_Bathymetry_UTM55_100m_1999_OV The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32755 CRS:84 143.20529161910304 150.2561659133492 -44.818735537756346 -38.00460424269703 text/html ausseabed:Southern_Australia_Bathymetry_UTM54_100m_1999_L0_Coverage Southern_Australia_Bathymetry_UTM54_100m_1999_L0_Coverage features EPSG:4326 CRS:84 137.97116010700006 143.5690519000001 -41.281135527999936 -37.158631190999984 ausseabed:Southern_Australia_Bathymetry_UTM54_100m_1999_HS The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32754 CRS:84 137.79095380640175 143.57259125475724 -41.39944661288743 -36.91468144274021 text/html ausseabed:Southern_Australia_Bathymetry_UTM54_100m_1999_OV The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32754 CRS:84 137.79095380640175 143.57259125475724 -41.39944661288743 -36.91468144274021 text/html ausseabed:Southern_Australia_Bathymetry_UTM57_100m_1999_L0_Coverage features Southern_Australia_Bathymetry_UTM57_100m_1999_L0_Coverage EPSG:4326 CRS:84 155.5816510520001 162.12319463100005 -32.70948012899993 -28.11107559499993 ausseabed:Southern_Australia_Bathymetry_UTM57_100m_1999_HS The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 155.56733028190317 162.3984757584997 -33.045669336643655 -28.1077817737857 text/html ausseabed:Southern_Australia_Bathymetry_UTM57_100m_1999_OV The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 155.56733028190317 162.3984757584997 -33.045669336643655 -28.1077817737857 text/html ausseabed:Southern_Australia_Bathymetry_UTM58_100m_1999_L0_Coverage features Southern_Australia_Bathymetry_UTM58_100m_1999_L0_Coverage EPSG:4326 CRS:84 161.89218538300008 166.25281742300012 -28.422600683999974 -22.36779349099993 ausseabed:Southern_Australia_Bathymetry_UTM58_100m_1999_HS The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32758 CRS:84 161.8840657189868 166.39821927352867 -28.73404156283951 -22.303932983273842 text/html ausseabed:Southern_Australia_Bathymetry_UTM58_100m_1999_OV The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32758 CRS:84 161.8840657189868 166.39821927352867 -28.73404156283951 -22.303932983273842 text/html ausseabed:Southern_Australia_Bathymetry_UTM56_100m_1999_L0_Coverage features Southern_Australia_Bathymetry_UTM56_100m_1999_L0_Coverage EPSG:4326 CRS:84 149.79574956400006 155.66813581200006 -38.777921437999964 -32.49789727199993 ausseabed:Southern_Australia_Bathymetry_UTM56_100m_1999_HS The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32756 CRS:84 149.7854386097336 155.8820576802231 -38.87438242556747 -32.3639884344 text/html ausseabed:Southern_Australia_Bathymetry_UTM56_100m_1999_OV The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32756 CRS:84 149.7854386097336 155.8820576802231 -38.87438242556747 -32.3639884344 text/html ausseabed:Southern_Australia_Bathymetry_UTM53_100m_1999_L0_Coverage features Southern_Australia_Bathymetry_UTM53_100m_1999_L0_Coverage EPSG:4326 CRS:84 131.9453469130001 138.0827543700001 -37.51907060399998 -35.40444606699998 ausseabed:Southern_Australia_Bathymetry_UTM53_100m_1999_HS The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32753 CRS:84 131.86769654594247 138.09381782524602 -37.6902617602436 -35.207252680156515 text/html ausseabed:Southern_Australia_Bathymetry_UTM53_100m_1999_OV The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32753 CRS:84 131.86769654594247 138.09381782524602 -37.6902617602436 -35.207252680156515 text/html ausseabed:Southern_Australia_Bathymetry_UTM52_100m_1999 The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144240 <br><a href="https://files.ausseabed.gov.au/survey/SouthernAustralia-Austrea1-Bathymetry-100m-1999.zip" target="_blank">Download Bathymetry</a> EPSG:32752 129.52313000120137 132.23984676379922 -36.04206896952088 -33.17672809132629 text/html ausseabed:Southern_Australia_Bathymetry_UTM52_100m_1999_L0_Coverage features Southern_Australia_Bathymetry_UTM52_100m_1999_L0_Coverage EPSG:4326 CRS:84 130.2088384000001 132.23210611600007 -35.95653904599993 -33.43023216599994 ausseabed:Southern_Australia_Bathymetry_UTM52_100m_1999_HS The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32752 CRS:84 129.52313000120137 132.23984676379922 -36.04206896952088 -33.17672809132629 text/html ausseabed:Southern_Australia_Bathymetry_UTM52_100m_1999_OV The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32752 CRS:84 129.52313000120137 132.23984676379922 -36.04206896952088 -33.17672809132629 text/html ausseabed:Southern_Australia_Bathymetry_UTM53_100m_1999 The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144240 <br><a href="https://files.ausseabed.gov.au/survey/SouthernAustralia-Austrea1-Bathymetry-100m-1999.zip" target="_blank">Download Bathymetry</a> EPSG:32753 131.86769654594247 138.09381782524602 -37.6902617602436 -35.207252680156515 text/html ausseabed:Southern_Australia_Bathymetry_UTM53_100m_1999_L0_Coverage features Southern_Australia_Bathymetry_UTM53_100m_1999_L0_Coverage EPSG:4326 CRS:84 131.9453469130001 138.0827543700001 -37.51907060399998 -35.40444606699998 ausseabed:Southern_Australia_Bathymetry_UTM53_100m_1999_HS The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32753 CRS:84 131.86769654594247 138.09381782524602 -37.6902617602436 -35.207252680156515 text/html ausseabed:Southern_Australia_Bathymetry_UTM53_100m_1999_OV The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32753 CRS:84 131.86769654594247 138.09381782524602 -37.6902617602436 -35.207252680156515 text/html ausseabed:Southern_Australia_Bathymetry_UTM54_100m_1999 The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144240 <br><a href="https://files.ausseabed.gov.au/survey/SouthernAustralia-Austrea1-Bathymetry-100m-1999.zip" target="_blank">Download Bathymetry</a> EPSG:32754 137.79095380640175 143.57259125475724 -41.39944661288743 -36.91468144274021 text/html ausseabed:Southern_Australia_Bathymetry_UTM54_100m_1999_L0_Coverage Southern_Australia_Bathymetry_UTM54_100m_1999_L0_Coverage features EPSG:4326 CRS:84 137.97116010700006 143.5690519000001 -41.281135527999936 -37.158631190999984 ausseabed:Southern_Australia_Bathymetry_UTM54_100m_1999_HS The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32754 CRS:84 137.79095380640175 143.57259125475724 -41.39944661288743 -36.91468144274021 text/html ausseabed:Southern_Australia_Bathymetry_UTM54_100m_1999_OV The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32754 CRS:84 137.79095380640175 143.57259125475724 -41.39944661288743 -36.91468144274021 text/html ausseabed:Southern_Australia_Bathymetry_UTM55_100m_1999 The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144240 <br><a href="https://files.ausseabed.gov.au/survey/SouthernAustralia-Austrea1-Bathymetry-100m-1999.zip" target="_blank">Download Bathymetry</a> EPSG:32755 143.20529161910304 150.2561659133492 -44.818735537756346 -38.00460424269703 text/html ausseabed:Southern_Australia_Bathymetry_UTM55_100m_1999_L0_Coverage Southern_Australia_Bathymetry_UTM55_100m_1999_L0_Coverage features EPSG:4326 CRS:84 143.422297436 149.96507500000007 -44.80530673399994 -38.123053091999964 ausseabed:Southern_Australia_Bathymetry_UTM55_100m_1999_HS The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32755 CRS:84 143.20529161910304 150.2561659133492 -44.818735537756346 -38.00460424269703 text/html ausseabed:Southern_Australia_Bathymetry_UTM55_100m_1999_OV The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32755 CRS:84 143.20529161910304 150.2561659133492 -44.818735537756346 -38.00460424269703 text/html ausseabed:Southern_Australia_Bathymetry_UTM56_100m_1999 The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144240 <br><a href="https://files.ausseabed.gov.au/survey/SouthernAustralia-Austrea1-Bathymetry-100m-1999.zip" target="_blank">Download Bathymetry</a> EPSG:32756 149.7854386097336 155.8820576802231 -38.87438242556747 -32.3639884344 text/html ausseabed:Southern_Australia_Bathymetry_UTM56_100m_1999_L0_Coverage features Southern_Australia_Bathymetry_UTM56_100m_1999_L0_Coverage EPSG:4326 CRS:84 149.79574956400006 155.66813581200006 -38.777921437999964 -32.49789727199993 ausseabed:Southern_Australia_Bathymetry_UTM56_100m_1999_HS The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32756 CRS:84 149.7854386097336 155.8820576802231 -38.87438242556747 -32.3639884344 text/html ausseabed:Southern_Australia_Bathymetry_UTM56_100m_1999_OV The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32756 CRS:84 149.7854386097336 155.8820576802231 -38.87438242556747 -32.3639884344 text/html ausseabed:Southern_Australia_Bathymetry_UTM57_100m_1999 The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144240 <br><a href="https://files.ausseabed.gov.au/survey/SouthernAustralia-Austrea1-Bathymetry-100m-1999.zip" target="_blank">Download Bathymetry</a> EPSG:32757 155.56733028190317 162.3984757584997 -33.045669336643655 -28.1077817737857 text/html ausseabed:Southern_Australia_Bathymetry_UTM57_100m_1999_L0_Coverage features Southern_Australia_Bathymetry_UTM57_100m_1999_L0_Coverage EPSG:4326 CRS:84 155.5816510520001 162.12319463100005 -32.70948012899993 -28.11107559499993 ausseabed:Southern_Australia_Bathymetry_UTM57_100m_1999_HS The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 155.56733028190317 162.3984757584997 -33.045669336643655 -28.1077817737857 text/html ausseabed:Southern_Australia_Bathymetry_UTM57_100m_1999_OV The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32757 CRS:84 155.56733028190317 162.3984757584997 -33.045669336643655 -28.1077817737857 text/html ausseabed:Southern_Australia_Bathymetry_UTM58_100m_1999 The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/144240 <br><a href="https://files.ausseabed.gov.au/survey/SouthernAustralia-Austrea1-Bathymetry-100m-1999.zip" target="_blank">Download Bathymetry</a> EPSG:32758 161.8840657189868 166.39821927352867 -28.734267452136475 -22.303932983273842 text/html ausseabed:Southern_Australia_Bathymetry_UTM58_100m_1999_L0_Coverage features Southern_Australia_Bathymetry_UTM58_100m_1999_L0_Coverage EPSG:4326 CRS:84 161.89218538300008 166.25281742300012 -28.422600683999974 -22.36779349099993 ausseabed:Southern_Australia_Bathymetry_UTM58_100m_1999_HS The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32758 CRS:84 161.8840657189868 166.39821927352867 -28.73404156283951 -22.303932983273842 text/html ausseabed:Southern_Australia_Bathymetry_UTM58_100m_1999_OV The Austrea1 bathymetry survey, GA-0222 was acquired by Geoscience Australia onboard the IFREMER N/O L'Atalante from the 17th of December 1999 to the 11th of January 2000 using a Simrad EM12 Dual sonar system. The main objectives of the shipboard program are to collect seabed and sub- bottom data in specific areas off southeast Australia for marine research (geological and biological), assessment of resource potential, regional marine zone planning and management, and to support Australia's claims under UNCLOS and to map the deep water part of a marine protected area in the Great Australian Bight (GAB). This dataset contains a 100m resolution 32-bit geotiff of the Austrea1 survey, produced from the processed EM12D bathymetry data of the survey area using the CARIS HIPS and SIPS software. This dataset is published with the permission of the CEO, Geoscience Australia. Not to be used for navigational purposes. EPSG:32758 CRS:84 161.8840657189868 166.39821927352867 -28.73404156283951 -22.303932983273842 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry_2-64m_2020 The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/145133 <br><a href="https://files.ausseabed.gov.au/survey/SouthernGreatBarrierReefShelf-Bathymetry-2m-64m-2020zip" target="_blank">Download Bathymetry</a> EPSG:32756 151.47927026424844 154.19590599153332 -26.63793030604468 -21.87703589902002 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__2m__2-64m_2020_L0_Coverage features Southern_Great_Barrier_Reef_Shelf_Bathymetry__2m__2-64m_2020_L0_Coverage EPSG:4326 CRS:84 151.5210779240001 151.7775992380001 -23.88231669299995 -23.172465416999955 ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__2m__2-64m_2020_HS The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 151.51311932661991 151.77762975169392 -23.88454028052734 -23.170535170181772 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__2m__2-64m_2020_OV The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 151.51311932661991 151.77762975169392 -23.88454028052734 -23.170535170181772 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__8m__2-64m_2020_L0_Coverage features Southern_Great_Barrier_Reef_Shelf_Bathymetry__8m__2-64m_2020_L0_Coverage EPSG:4326 CRS:84 151.7468327690001 152.96394188700003 -23.531269864999956 -22.565382562999957 ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__8m__2-64m_2020_HS The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 151.74350178023505 152.96400987456633 -23.533712027332673 -22.56150796372195 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__8m__2-64m_2020_OV The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 151.74350178023505 152.96400987456633 -23.533712027332673 -22.56150796372195 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__11m__2-64m_2020_L0_Coverage features Southern_Great_Barrier_Reef_Shelf_Bathymetry__11m__2-64m_2020_L0_Coverage EPSG:4326 CRS:84 152.81815893100008 153.90057544900003 -22.82653202599994 -22.31369502399997 ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__11m__2-64m_2020_HS The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 152.81797000528707 153.90193227200857 -22.82651062923203 -22.31296921748162 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__11m__2-64m_2020_OV The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 152.81797000528707 153.90193227200857 -22.82651062923203 -22.31296921748162 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__4m__2-64m_2020_L0_Coverage features Southern_Great_Barrier_Reef_Shelf_Bathymetry__4m__2-64m_2020_L0_Coverage EPSG:4326 CRS:84 152.81815893100008 153.90057544900003 -22.82653202599994 -22.31369502399997 ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__4m__2-64m_2020_HS The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 152.60855592529887 153.09539473904798 -22.63910557532339 -21.883092816611104 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__4m__2-64m_2020_OV The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 152.60855592529887 153.09539473904798 -22.63910557532339 -21.883092816611104 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__64m__2-64m_2020_L0_Coverage features Southern_Great_Barrier_Reef_Shelf_Bathymetry__64m__2-64m_2020_L0_Coverage EPSG:4326 CRS:84 152.81815893100008 153.90057544900003 -22.82653202599994 -22.31369502399997 ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__64m__2-64m_2020_HS The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 153.11113733291538 154.17911360107857 -24.952095073983557 -23.718236670421074 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__64m__2-64m_2020_OV The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 153.11113733291538 154.17911360107857 -24.952095073983557 -23.718236670421074 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__16m__2-64m_2020_L0_Coverage features Southern_Great_Barrier_Reef_Shelf_Bathymetry__16m__2-64m_2020_L0_Coverage EPSG:4326 CRS:84 152.81815893100008 153.90057544900003 -22.82653202599994 -22.31369502399997 ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__16m__2-64m_2020_HS The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 153.53059156750368 153.89945515701478 -26.637004952202467 -24.95751644308887 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__16m__2-64m_2020_OV The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 153.53059156750368 153.89945515701478 -26.637004952202467 -24.95751644308887 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__24m__2-64m_2020_L0_Coverage features Southern_Great_Barrier_Reef_Shelf_Bathymetry__24m__2-64m_2020_L0_Coverage EPSG:4326 CRS:84 152.81815893100008 153.90057544900003 -22.82653202599994 -22.31369502399997 ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__24m__2-64m_2020_HS The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 152.17454044691837 153.68237552827537 -25.000418566736162 -23.436271458627544 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__24m__2-64m_2020_OV The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 152.17454044691837 153.68237552827537 -25.000418566736162 -23.436271458627544 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__11m__2-64m_2020 The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/145133 <br><a href="https://files.ausseabed.gov.au/survey/SouthernGreatBarrierReefShelf-Bathymetry-2m-64m-2020zip" target="_blank">Download Bathymetry</a> EPSG:32756 152.81797000528707 153.90193227200857 -22.826535464633924 -22.31296921748162 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__11m__2-64m_2020_L0_Coverage features Southern_Great_Barrier_Reef_Shelf_Bathymetry__11m__2-64m_2020_L0_Coverage EPSG:4326 CRS:84 152.81815893100008 153.90057544900003 -22.82653202599994 -22.31369502399997 ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__11m__2-64m_2020_HS The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 152.81797000528707 153.90193227200857 -22.82651062923203 -22.31296921748162 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__11m__2-64m_2020_OV The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 152.81797000528707 153.90193227200857 -22.82651062923203 -22.31296921748162 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__16m__2-64m_2020 The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/145133 <br><a href="https://files.ausseabed.gov.au/survey/SouthernGreatBarrierReefShelf-Bathymetry-2m-64m-2020zip" target="_blank">Download Bathymetry</a> EPSG:32756 153.53059156750368 153.89945515701478 -26.637004952202467 -24.95751644308887 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__16m__2-64m_2020_L0_Coverage features Southern_Great_Barrier_Reef_Shelf_Bathymetry__16m__2-64m_2020_L0_Coverage EPSG:4326 CRS:84 152.81815893100008 153.90057544900003 -22.82653202599994 -22.31369502399997 ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__16m__2-64m_2020_HS The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 153.53059156750368 153.89945515701478 -26.637004952202467 -24.95751644308887 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__16m__2-64m_2020_OV The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 153.53059156750368 153.89945515701478 -26.637004952202467 -24.95751644308887 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__24m__2-64m_2020 The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/145133 <br><a href="https://files.ausseabed.gov.au/survey/SouthernGreatBarrierReefShelf-Bathymetry-2m-64m-2020zip" target="_blank">Download Bathymetry</a> EPSG:32756 152.17454044691837 153.68237552827537 -25.000418566736162 -23.436271458627544 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__24m__2-64m_2020_L0_Coverage features Southern_Great_Barrier_Reef_Shelf_Bathymetry__24m__2-64m_2020_L0_Coverage EPSG:4326 CRS:84 152.81815893100008 153.90057544900003 -22.82653202599994 -22.31369502399997 ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__24m__2-64m_2020_HS The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 152.17454044691837 153.68237552827537 -25.000418566736162 -23.436271458627544 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__24m__2-64m_2020_OV The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 152.17454044691837 153.68237552827537 -25.000418566736162 -23.436271458627544 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__2m__2-64m_2020 The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/145133 <br><a href="https://files.ausseabed.gov.au/survey/SouthernGreatBarrierReefShelf-Bathymetry-2m-64m-2020zip" target="_blank">Download Bathymetry</a> EPSG:32756 151.51311932661991 151.77762975169392 -23.88454028052734 -23.170535170181772 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__2m__2-64m_2020_L0_Coverage features Southern_Great_Barrier_Reef_Shelf_Bathymetry__2m__2-64m_2020_L0_Coverage EPSG:4326 CRS:84 151.5210779240001 151.7775992380001 -23.88231669299995 -23.172465416999955 ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__2m__2-64m_2020_HS The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 151.51311932661991 151.77762975169392 -23.88454028052734 -23.170535170181772 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__2m__2-64m_2020_OV The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 151.51311932661991 151.77762975169392 -23.88454028052734 -23.170535170181772 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__4m__2-64m_2020 The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/145133 <br><a href="https://files.ausseabed.gov.au/survey/SouthernGreatBarrierReefShelf-Bathymetry-2m-64m-2020zip" target="_blank">Download Bathymetry</a> EPSG:32756 152.60855592529887 153.09539473904798 -22.639107101104727 -21.883092816611104 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__4m__2-64m_2020_L0_Coverage features Southern_Great_Barrier_Reef_Shelf_Bathymetry__4m__2-64m_2020_L0_Coverage EPSG:4326 CRS:84 152.81815893100008 153.90057544900003 -22.82653202599994 -22.31369502399997 ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__4m__2-64m_2020_HS The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 152.60855592529887 153.09539473904798 -22.63910557532339 -21.883092816611104 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__4m__2-64m_2020_OV The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 152.60855592529887 153.09539473904798 -22.63910557532339 -21.883092816611104 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__64m__2-64m_2020 The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/145133 <br><a href="https://files.ausseabed.gov.au/survey/SouthernGreatBarrierReefShelf-Bathymetry-2m-64m-2020zip" target="_blank">Download Bathymetry</a> EPSG:32756 153.11113733291538 154.17911360107857 -24.952095073983557 -23.718236670421074 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__64m__2-64m_2020_L0_Coverage features Southern_Great_Barrier_Reef_Shelf_Bathymetry__64m__2-64m_2020_L0_Coverage EPSG:4326 CRS:84 152.81815893100008 153.90057544900003 -22.82653202599994 -22.31369502399997 ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__64m__2-64m_2020_HS The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 153.11113733291538 154.17911360107857 -24.952095073983557 -23.718236670421074 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__64m__2-64m_2020_OV The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 153.11113733291538 154.17911360107857 -24.952095073983557 -23.718236670421074 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__8m__2-64m_2020 The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/145133 <br><a href="https://files.ausseabed.gov.au/survey/SouthernGreatBarrierReefShelf-Bathymetry-2m-64m-2020zip" target="_blank">Download Bathymetry</a> EPSG:32756 151.74350178023505 152.96400987456633 -23.533712027332673 -22.56150796372195 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__8m__2-64m_2020_L0_Coverage features Southern_Great_Barrier_Reef_Shelf_Bathymetry__8m__2-64m_2020_L0_Coverage EPSG:4326 CRS:84 151.7468327690001 152.96394188700003 -23.531269864999956 -22.565382562999957 ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__8m__2-64m_2020_HS The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 151.74350178023505 152.96400987456633 -23.533712027332673 -22.56150796372195 text/html ausseabed:Southern_Great_Barrier_Reef_Shelf_Bathymetry__8m__2-64m_2020_OV The FK201122 bathymetry survey was acquired by the Schmidt Ocean Institute onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 22 November to 22 December 2020 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Southern Great Barrier Reef Shelf, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201122 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to (http://www.marine-geo.org/tools/search/entry.php?id=FK201122#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:32756 CRS:84 151.74350178023505 152.96400987456633 -23.533712027332673 -22.56150796372195 text/html ausseabed:Southern_Indian_Ocean__MH370__Backscatter_Wide__30m_2017 On behalf of Australia, the Australian Transport Safety Bureau (ATSB) is leading search operations for missing Malaysian airlines flight MH370 in the Southern Indian Ocean. Geoscience Australia provided advice, expertise and support to the ATSB to facilitate bathymetric surveys, which were undertaken to provide a detailed map of the sea floor topography to aid navigation during the underwater search. Bathymetric and Backscatter data was acquired by multibeam sonar mounted on the hull of multiple vessels (GA survey reference: GA-4421, GA-4422 & GA-4430). Bathymetric surveys were conducted from June 2014 to February 2017, collecting over 710,000 square kilometres of data in the search area and along transit lines (to and from the search area). This backscatter dataset allows exploration of the seafloor topography at a resolution of 5 m across the search and transit areas of the Southern Indian Ocean. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150685 <br><a href="https://files.ausseabed.gov.au/survey/MH370-MultibeamEchoSounder-MBES-SearchPhase-1-BackscatterGrids-30m-2017.zip" target="_blank">Download Backscatter Wide</a> EPSG:3857 84.95926763478099 102.10666910416806 -40.34422914183649 -24.73435753790331 text/html ausseabed:Southern_Indian_Ocean__MH370__Backscatter_Wide__30m_2017_L0_Coverage features Southern_Indian_Ocean__MH370__Backscatter_Wide__30m_2017_L0_Coverage EPSG:4326 CRS:84 84.99780536000003 102.02204780400007 -40.339710181999976 -24.734357537999983 ausseabed:Southern_Indian_Ocean__MH370__Backscatter_Wide__30m_2017_HS On behalf of Australia, the Australian Transport Safety Bureau (ATSB) is leading search operations for missing Malaysian airlines flight MH370 in the Southern Indian Ocean. Geoscience Australia provided advice, expertise and support to the ATSB to facilitate bathymetric surveys, which were undertaken to provide a detailed map of the sea floor topography to aid navigation during the underwater search. Bathymetric and Backscatter data was acquired by multibeam sonar mounted on the hull of multiple vessels (GA survey reference: GA-4421, GA-4422 & GA-4430). Bathymetric surveys were conducted from June 2014 to February 2017, collecting over 710,000 square kilometres of data in the search area and along transit lines (to and from the search area). This backscatter dataset allows exploration of the seafloor topography at a resolution of 5 m across the search and transit areas of the Southern Indian Ocean. This dataset is not to be used for navigational purposes. EPSG:3857 CRS:84 84.95926763478099 102.10666910416806 -40.34422914183649 -24.73435753790331 text/html ausseabed:Southern_Indian_Ocean__MH370__Backscatter_Wide__30m_2017_OV On behalf of Australia, the Australian Transport Safety Bureau (ATSB) is leading search operations for missing Malaysian airlines flight MH370 in the Southern Indian Ocean. Geoscience Australia provided advice, expertise and support to the ATSB to facilitate bathymetric surveys, which were undertaken to provide a detailed map of the sea floor topography to aid navigation during the underwater search. Bathymetric and Backscatter data was acquired by multibeam sonar mounted on the hull of multiple vessels (GA survey reference: GA-4421, GA-4422 & GA-4430). Bathymetric surveys were conducted from June 2014 to February 2017, collecting over 710,000 square kilometres of data in the search area and along transit lines (to and from the search area). This backscatter dataset allows exploration of the seafloor topography at a resolution of 5 m across the search and transit areas of the Southern Indian Ocean. This dataset is not to be used for navigational purposes. EPSG:3857 CRS:84 84.95926763478099 102.10666910416806 -40.34422914183649 -24.73435753790331 text/html ausseabed:Southern_Indian_Ocean__MH370__Bathymetry__150m_2017 On behalf of Australia, the Australian Transport Safety Bureau (ATSB) is leading search operations for missing Malaysian airlines flight MH370 in the Southern Indian Ocean. Geoscience Australia provided advice, expertise and support to the ATSB to facilitate bathymetric surveys, which were undertaken to provide a detailed map of the sea floor topography to aid navigation during the underwater search. Bathymetric and Backscatter data was acquired by multibeam sonar mounted on the hull of multiple vessels (GA survey reference: GA-4421, GA-4422 & GA-4430). Bathymetric surveys were conducted from June 2014 to February 2017, collecting over 710,000 square kilometres of data in the search area and along transit lines (to and from the search area). This backscatter dataset allows exploration of the seafloor topography at a resolution of 5 m across the search and transit areas of the Southern Indian Ocean. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/100315 <br><a href="https://files.ausseabed.gov.au/survey/SouthernIndianOcean-MH370-Bathymetry-150m-2017.zip" target="_blank">Download Bathymetry</a> EPSG:3857 79.36885029781209 115.76678897976686 -42.13651023642601 -9.52290831699543 text/html ausseabed:Southern_Indian_Ocean__MH370__Bathymetry__150m_2017_L0_Coverage features Southern_Indian_Ocean__MH370__Bathymetry__150m_2017_L0_Coverage EPSG:4326 CRS:84 79.36885029800004 115.76678898000011 -42.136510235999936 -9.522908316999974 ausseabed:Southern_Indian_Ocean__MH370__Bathymetry__150m_2017_HS On behalf of Australia, the Australian Transport Safety Bureau (ATSB) is leading search operations for missing Malaysian airlines flight MH370 in the Southern Indian Ocean. Geoscience Australia provided advice, expertise and support to the ATSB to facilitate bathymetric surveys, which were undertaken to provide a detailed map of the sea floor topography to aid navigation during the underwater search. Bathymetric and Backscatter data was acquired by multibeam sonar mounted on the hull of multiple vessels (GA survey reference: GA-4421, GA-4422 & GA-4430). Bathymetric surveys were conducted from June 2014 to February 2017, collecting over 710,000 square kilometres of data in the search area and along transit lines (to and from the search area). This backscatter dataset allows exploration of the seafloor topography at a resolution of 5 m across the search and transit areas of the Southern Indian Ocean. This dataset is not to be used for navigational purposes. EPSG:3857 CRS:84 79.36885029781209 115.76678897976686 -42.13651023642601 -9.52290831699543 text/html ausseabed:Southern_Indian_Ocean__MH370__Bathymetry__150m_2017_OV On behalf of Australia, the Australian Transport Safety Bureau (ATSB) is leading search operations for missing Malaysian airlines flight MH370 in the Southern Indian Ocean. Geoscience Australia provided advice, expertise and support to the ATSB to facilitate bathymetric surveys, which were undertaken to provide a detailed map of the sea floor topography to aid navigation during the underwater search. Bathymetric and Backscatter data was acquired by multibeam sonar mounted on the hull of multiple vessels (GA survey reference: GA-4421, GA-4422 & GA-4430). Bathymetric surveys were conducted from June 2014 to February 2017, collecting over 710,000 square kilometres of data in the search area and along transit lines (to and from the search area). This backscatter dataset allows exploration of the seafloor topography at a resolution of 5 m across the search and transit areas of the Southern Indian Ocean. This dataset is not to be used for navigational purposes. EPSG:3857 CRS:84 79.36885029781209 115.76678897976686 -42.13651023642601 -9.52290831699543 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area1_1m_2022 The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. <br>https://pid.geoscience.gov.au/dataset/ga/150973 <br><a href="https://files.ausseabed.gov.au/survey/20220124S-SouthernKangarooIslandMappingexpedition-SKI0001.zip" target="_blank">Download Backscatter</a> EPSG:4326 137.41742576727577 137.48541373019356 -36.17129127657634 -36.140764756256324 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area1_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area1_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.43262471594602 137.484952831186 -36.1700479211138 -36.1430370955498 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area1_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.41742576727577 137.48541373019356 -36.17129127657634 -36.140764756256324 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area2_1m_2022 The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. <br>https://pid.geoscience.gov.au/dataset/ga/150973 <br><a href="https://files.ausseabed.gov.au/survey/20220124S-SouthernKangarooIslandMappingexpedition-SKI0001.zip" target="_blank">Download Backscatter</a> EPSG:4326 137.39827498336467 137.4589437492033 -36.12980252670472 -36.07689887883413 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area2_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area2_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.39867836611603 137.458540366452 -36.129358805678 -36.0779880122634 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area2_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.39827498336467 137.4589437492033 -36.12980252670472 -36.07689887883413 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area3_1m_2022 The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. <br>https://pid.geoscience.gov.au/dataset/ga/150973 <br><a href="https://files.ausseabed.gov.au/survey/20220124S-SouthernKangarooIslandMappingexpedition-SKI0001.zip" target="_blank">Download Backscatter</a> EPSG:4326 137.30422651122862 137.33248001709495 -36.186708647407514 -36.115913249412955 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area3_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area3_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.30513165787002 137.33074361333502 -36.1686980764891 -36.116144154168296 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area3_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.30422651122862 137.33248001709495 -36.186708647407514 -36.115913249412955 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area4_1m_2022 The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. <br>https://pid.geoscience.gov.au/dataset/ga/150973 <br><a href="https://files.ausseabed.gov.au/survey/20220124S-SouthernKangarooIslandMappingexpedition-SKI0001.zip" target="_blank">Download Backscatter</a> EPSG:4326 137.24325260618932 137.287925595159 -36.094126525588166 -36.06181186406187 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area4_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area4_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.244157375586 137.28768912133899 -36.0933965411884 -36.0624493152278 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area4_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.24325260618932 137.287925595159 -36.094126525588166 -36.06181186406187 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area5_1m_2022 The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. <br>https://pid.geoscience.gov.au/dataset/ga/150973 <br><a href="https://files.ausseabed.gov.au/survey/20220124S-SouthernKangarooIslandMappingexpedition-SKI0001.zip" target="_blank">Download Backscatter</a> EPSG:4326 137.50846711110776 137.5548053233101 -36.124915265600634 -36.10310276460543 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area5_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area5_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.508744841287 137.55412167979202 -36.124808446300904 -36.1033270851348 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area5_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.50846711110776 137.5548053233101 -36.124915265600634 -36.10310276460543 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Transit_1m_2022 The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. <br>https://pid.geoscience.gov.au/dataset/ga/150973 <br><a href="https://files.ausseabed.gov.au/survey/20220124S-SouthernKangarooIslandMappingexpedition-SKI0001.zip" target="_blank">Download Backscatter</a> EPSG:4326 137.2815850351611 137.512716219998 -36.112642337221665 -36.06991674935095 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Transit_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Transit_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.281629207389 137.51267204777002 -36.11041163969 -36.0745106610992 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Transit_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.2815850351611 137.512716219998 -36.112642337221665 -36.06991674935095 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter__1m_2022 The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. <br>https://pid.geoscience.gov.au/dataset/ga/150973 <br><a href="https://files.ausseabed.gov.au/survey/20220124S-SouthernKangarooIslandMappingexpedition-SKI0001.zip" target="_blank">Download Backscatter</a> EPSG:4326 137.24325260618932 137.5548053233101 -36.186708647407514 -36.06181186406187 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area1_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area1_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.43262471594602 137.484952831186 -36.1700479211138 -36.1430370955498 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area1_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.41742576727577 137.48541373019356 -36.17129127657634 -36.140764756256324 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area5_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area5_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.508744841287 137.55412167979202 -36.124808446300904 -36.1033270851348 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area5_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.50846711110776 137.5548053233101 -36.124915265600634 -36.10310276460543 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Transit_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Transit_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.281629207389 137.51267204777002 -36.11041163969 -36.0745106610992 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Transit_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.2815850351611 137.512716219998 -36.112642337221665 -36.06991674935095 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area4_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area4_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.244157375586 137.28768912133899 -36.0933965411884 -36.0624493152278 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area4_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.24325260618932 137.287925595159 -36.094126525588166 -36.06181186406187 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area2_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area2_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.39867836611603 137.458540366452 -36.129358805678 -36.0779880122634 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area2_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.39827498336467 137.4589437492033 -36.12980252670472 -36.07689887883413 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area3_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area3_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.30513165787002 137.33074361333502 -36.1686980764891 -36.116144154168296 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Backscatter_Area3_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.30422651122862 137.33248001709495 -36.186708647407514 -36.115913249412955 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area1_1m_2022 The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. <br>https://pid.geoscience.gov.au/dataset/ga/150973 <br><a href="https://files.ausseabed.gov.au/survey/20220124S-SouthernKangarooIslandMappingexpedition-SKI0001.zip" target="_blank">Download Bathymetry</a> EPSG:4326 137.415978518172 137.486571889884 -36.171666827477 -36.140263395028995 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area1_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area1_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.43276348121202 137.484662801436 -36.170058045077 -36.143180653781 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area1_1m_2022_HS The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.415978518172 137.486571889884 -36.171666827477 -36.140263395028995 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area1_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.415978518172 137.486571889884 -36.171666827477 -36.140263395028995 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area2_1m_2022 The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. <br>https://pid.geoscience.gov.au/dataset/ga/150973 <br><a href="https://files.ausseabed.gov.au/survey/20220124S-SouthernKangarooIslandMappingexpedition-SKI0001.zip" target="_blank">Download Bathymetry</a> EPSG:4326 137.39695671441 137.45968509474 -36.130507022186 -36.07622653475 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area2_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area2_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.39867253495 137.458817091408 -36.129356413118 -36.0779928206 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area2_1m_2022_HS The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.39695671441 137.45968509474 -36.130507022186 -36.07622653475 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area2_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.39695671441 137.45968509474 -36.130507022186 -36.07622653475 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area3_1m_2022 The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. <br>https://pid.geoscience.gov.au/dataset/ga/150973 <br><a href="https://files.ausseabed.gov.au/survey/20220124S-SouthernKangarooIslandMappingexpedition-SKI0001.zip" target="_blank">Download Bathymetry</a> EPSG:4326 137.304286807511 137.333407325436 -36.187690673649 -36.115679542049 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area3_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area3_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.30680054311102 137.330634822936 -36.169928174298995 -36.116991859899 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area3_1m_2022_HS The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.304286807511 137.333407325436 -36.187690673649 -36.115679542049 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area3_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.304286807511 137.333407325436 -36.187690673649 -36.115679542049 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area4_1m_2022 The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. <br>https://pid.geoscience.gov.au/dataset/ga/150973 <br><a href="https://files.ausseabed.gov.au/survey/20220124S-SouthernKangarooIslandMappingexpedition-SKI0001.zip" target="_blank">Download Bathymetry</a> EPSG:4326 137.2416028832 137.287987994162 -36.094300100745 -36.061153172805 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area4_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area4_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.244948458225 137.286948292385 -36.09332216343 -36.06243993243 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area4_1m_2022_HS The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.2416028832 137.287987994162 -36.094300100745 -36.061153172805 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area4_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.2416028832 137.287987994162 -36.094300100745 -36.061153172805 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area5_1m_2022 The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. <br>https://pid.geoscience.gov.au/dataset/ga/150973 <br><a href="https://files.ausseabed.gov.au/survey/20220124S-SouthernKangarooIslandMappingexpedition-SKI0001.zip" target="_blank">Download Bathymetry</a> EPSG:4326 137.507233654299 137.556241934127 -36.125950193994 -36.103027655784004 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area5_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area5_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.508740450517 137.554093948029 -36.124806738708 -36.103326877728 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area5_1m_2022_HS The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.507233654299 137.556241934127 -36.125950193994 -36.103027655784004 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area5_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.507233654299 137.556241934127 -36.125950193994 -36.103027655784004 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Transit_1m_2022 The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. <br>https://pid.geoscience.gov.au/dataset/ga/150973 <br><a href="https://files.ausseabed.gov.au/survey/20220124S-SouthernKangarooIslandMappingexpedition-SKI0001.zip" target="_blank">Download Bathymetry</a> EPSG:4326 137.280314680412 137.513065652552 -36.113183231518 -36.069342319348 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Transit_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Transit_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.281617432272 137.51266820283203 -36.110390043208 -36.074509165708 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Transit_1m_2022_HS The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.280314680412 137.513065652552 -36.113183231518 -36.069342319348 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Transit_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.280314680412 137.513065652552 -36.113183231518 -36.069342319348 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry__1m_2022 The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. <br>https://pid.geoscience.gov.au/dataset/ga/150973 <br><a href="https://files.ausseabed.gov.au/survey/20220124S-SouthernKangarooIslandMappingexpedition-SKI0001.zip" target="_blank">Download Bathymetry</a> EPSG:4326 137.2416028832 137.556241934127 -36.187690673649 -36.061153172805 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area4_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area4_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.244948458225 137.286948292385 -36.09332216343 -36.06243993243 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area4_1m_2022_HS The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.2416028832 137.287987994162 -36.094300100745 -36.061153172805 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area4_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.2416028832 137.287987994162 -36.094300100745 -36.061153172805 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area5_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area5_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.508740450517 137.554093948029 -36.124806738708 -36.103326877728 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area5_1m_2022_HS The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.507233654299 137.556241934127 -36.125950193994 -36.103027655784004 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area5_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.507233654299 137.556241934127 -36.125950193994 -36.103027655784004 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Transit_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Transit_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.281617432272 137.51266820283203 -36.110390043208 -36.074509165708 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Transit_1m_2022_HS The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.280314680412 137.513065652552 -36.113183231518 -36.069342319348 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Transit_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.280314680412 137.513065652552 -36.113183231518 -36.069342319348 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area1_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area1_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.43276348121202 137.484662801436 -36.170058045077 -36.143180653781 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area1_1m_2022_HS The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.415978518172 137.486571889884 -36.171666827477 -36.140263395028995 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area1_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.415978518172 137.486571889884 -36.171666827477 -36.140263395028995 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area2_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area2_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.39867253495 137.458817091408 -36.129356413118 -36.0779928206 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area2_1m_2022_HS The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.39695671441 137.45968509474 -36.130507022186 -36.07622653475 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area2_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.39695671441 137.45968509474 -36.130507022186 -36.07622653475 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area3_1m_2022_L0_Coverage features Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area3_1m_2022_L0_Coverage EPSG:4326 CRS:84 137.30680054311102 137.330634822936 -36.169928174298995 -36.116991859899 ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area3_1m_2022_HS The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.304286807511 137.333407325436 -36.187690673649 -36.115679542049 text/html ausseabed:Southern_Kangaroo_Island_Mapping_expedition_Bathymetry_V1Area3_1m_2022_OV The Southern Kangaroo Island Mapping expedition, SurveyID SKI0001 was acquired by Precision Hydrographic Service Pty Ltd, onboard the Southern Ranger. The Bathymetry was captured from the 3rd of February to the 7th of February 2022 using a Kongsberg 2040P MBES. Objective: The objective of the Southern Kangaroo Island survey was to conduct a multibeam bathymetry and backscatter survey of five areas south of Kangaroo Island for the purpose of habitat mapping. EPSG:4326 CRS:84 137.304286807511 137.333407325436 -36.187690673649 -36.115679542049 text/html ausseabed:Southwest_Corner_MP_Bathymetry_5m_2020 This resource includes bathymetry data for South-west Corner Marine Park collected by Geoscience Australia during the periods 9 – 12 March 2020 and 27 January – 16 February 2021 on the charter vessel Santosha. The survey was undertaken as a collaborative project with the University of Western Australia, the University of Tasmania and the Australian Centre for Field Robotics (University of Sydney), and funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by all partners and the Director of National Parks. The purpose of the project was to build baseline information for benthic habitats on the continental shelf in the marine park that will support ongoing environmental monitoring within the South-West Marine Park Network as part of the 10-year management plan (2018-2028). Data acquisition for the project included multibeam bathymetry and backscatter for an area covering 330 km^2 (excluding transit) offshore from Cape Naturaliste to Cape Leeuwin coast, with underwater imagery of benthic communities and demersal fish collected by the University of Western Australia on separate field deployments. This bathymetry dataset contains a 5 m resolution 32-bit geotiff file of the survey area produced from the processed Kongsberg EM2040C multibeam sonar system using CARIS HIPS and SIPS software. For further information see: Giraldo-Ospina, A. et al., 2021. South-west Corner Marine Park Post Survey Report. Report to the National Environmental Science Program, Marine Biodiversity Hub. <br>https://pid.geoscience.gov.au/dataset/ga/145281 <br><a href="https://files.ausseabed.gov.au/survey/SouthWestCornerMarinePark-Bathymetry-5m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 114.71129097880855 114.98720851832586 -34.13914735791835 -33.819616611357034 text/html ausseabed:Southwest_Corner_MP_Bathymetry__5m_2020_L0_Coverage features Southwest_Corner_MP_Bathymetry__5m_2020_L0_Coverage EPSG:4326 CRS:84 114.71165030500003 114.9872085180001 -34.139147357999946 -33.81961661099996 ausseabed:Southwest_Corner_MP_Bathymetry__5m_2020_HS This resource includes bathymetry data for South-west Corner Marine Park collected by Geoscience Australia during the periods 9 – 12 March 2020 and 27 January – 16 February 2021 on the charter vessel Santosha. The survey was undertaken as a collaborative project with the University of Western Australia, the University of Tasmania and the Australian Centre for Field Robotics (University of Sydney), and funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by all partners and the Director of National Parks. The purpose of the project was to build baseline information for benthic habitats on the continental shelf in the marine park that will support ongoing environmental monitoring within the South-West Marine Park Network as part of the 10-year management plan (2018-2028). Data acquisition for the project included multibeam bathymetry and backscatter for an area covering 330 km^2 (excluding transit) offshore from Cape Naturaliste to Cape Leeuwin coast, with underwater imagery of benthic communities and demersal fish collected by the University of Western Australia on separate field deployments. This bathymetry dataset contains a 5 m resolution 32-bit geotiff file of the survey area produced from the processed Kongsberg EM2040C multibeam sonar system using CARIS HIPS and SIPS software. For further information see: Giraldo-Ospina, A. et al., 2021. South-west Corner Marine Park Post Survey Report. Report to the National Environmental Science Program, Marine Biodiversity Hub. EPSG:4326 CRS:84 114.71129097880855 114.98720851832586 -34.13914735791835 -33.819616611357034 text/html ausseabed:Southwest_Corner_MP_Bathymetry__5m_2020_OV This resource includes bathymetry data for South-west Corner Marine Park collected by Geoscience Australia during the periods 9 – 12 March 2020 and 27 January – 16 February 2021 on the charter vessel Santosha. The survey was undertaken as a collaborative project with the University of Western Australia, the University of Tasmania and the Australian Centre for Field Robotics (University of Sydney), and funded through the National Environmental Science Program Marine Biodiversity Hub, with co-investment by all partners and the Director of National Parks. The purpose of the project was to build baseline information for benthic habitats on the continental shelf in the marine park that will support ongoing environmental monitoring within the South-West Marine Park Network as part of the 10-year management plan (2018-2028). Data acquisition for the project included multibeam bathymetry and backscatter for an area covering 330 km^2 (excluding transit) offshore from Cape Naturaliste to Cape Leeuwin coast, with underwater imagery of benthic communities and demersal fish collected by the University of Western Australia on separate field deployments. This bathymetry dataset contains a 5 m resolution 32-bit geotiff file of the survey area produced from the processed Kongsberg EM2040C multibeam sonar system using CARIS HIPS and SIPS software. For further information see: Giraldo-Ospina, A. et al., 2021. South-west Corner Marine Park Post Survey Report. Report to the National Environmental Science Program, Marine Biodiversity Hub. EPSG:4326 CRS:84 114.71129097880855 114.98720851832586 -34.13914735791835 -33.819616611357034 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry_64-128m_2023 The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149685 <br><a href="https://files.ausseabed.gov.au/survey/SouthWestCornerAndPerthCanyonMarinePark-Bathymetry-64m-128m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:4326 111.18239862401403 114.48819886957386 -37.29460106595151 -31.98232380178231 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__c__128m___64-128m_2023_L0_Coverage features Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__c__128m___64-128m_2023_L0_Coverage EPSG:4326 CRS:84 111.18239862400009 112.27015063500005 -35.83429973999995 -34.690205393999975 ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__c__128m___64-128m_2023_HS The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 111.18239862401403 112.27015063524867 -35.83429974008682 -34.690205394232194 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__c__128m___64-128m_2023_OV The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 111.18239862401403 112.27015063524867 -35.83429974008682 -34.690205394232194 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__a__128m___64-128m_2023_L0_Coverage features Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__a__128m___64-128m_2023_L0_Coverage EPSG:4326 CRS:84 114.15474423600006 114.37321451300011 -32.09040909699996 -32.04671504099997 ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__a__128m___64-128m_2023_HS The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 114.05930722032384 114.48819886957386 -32.145601587823876 -31.98232380178231 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__a__128m___64-128m_2023_OV The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 114.05930722032384 114.48819886957386 -32.145601587823876 -31.98232380178231 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__b__128m___64-128m_2023_L0_Coverage features Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__b__128m___64-128m_2023_L0_Coverage EPSG:4326 CRS:84 113.43379232200004 113.81554038500008 -32.68717790599993 -32.29853078199994 ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__b__128m___64-128m_2023_HS The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 113.35675280291966 113.81554038482517 -32.75616852013424 -32.29853078179239 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__b__128m___64-128m_2023_OV The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 113.35675280291966 113.81554038482517 -32.75616852013424 -32.29853078179239 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__d__128m___64-128m_2023_L0_Coverage features Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__d__128m___64-128m_2023_L0_Coverage EPSG:4326 CRS:84 113.48208575100011 113.68790774900003 -37.294601065999984 -36.769122556999946 ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__d__128m___64-128m_2023_HS The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 113.48208575136 113.77644570366029 -37.29460106595151 -36.76912255735296 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__d__128m___64-128m_2023_OV The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 113.48208575136 113.77644570366029 -37.29460106595151 -36.76912255735296 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__64m___64-128m_2023_L0_Coverage Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__64m___64-128m_2023_L0_Coverage features EPSG:4326 CRS:84 111.66734514700005 112.01574774700009 -34.45707461199993 -34.112121542999944 ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__64m___64-128m_2023_HS The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 111.66734514699313 112.01574774678603 -34.4570746116975 -34.11212154259561 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__64m___64-128m_2023_OV The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 111.66734514699313 112.01574774678603 -34.4570746116975 -34.11212154259561 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__64m___64-128m_2023 The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149685 <br><a href="https://files.ausseabed.gov.au/survey/SouthWestCornerAndPerthCanyonMarinePark-Bathymetry-64m-128m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:4326 111.66734514699313 112.01574774678603 -34.4570746116975 -34.11212154259561 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__64m___64-128m_2023_L0_Coverage Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__64m___64-128m_2023_L0_Coverage features EPSG:4326 CRS:84 111.66734514700005 112.01574774700009 -34.45707461199993 -34.112121542999944 ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__64m___64-128m_2023_HS The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 111.66734514699313 112.01574774678603 -34.4570746116975 -34.11212154259561 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__64m___64-128m_2023_OV The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 111.66734514699313 112.01574774678603 -34.4570746116975 -34.11212154259561 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__a__128m___64-128m_2023 The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149685 <br><a href="https://files.ausseabed.gov.au/survey/SouthWestCornerAndPerthCanyonMarinePark-Bathymetry-64m-128m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:4326 114.05930722032384 114.48819886957386 -32.145601587823876 -31.98232380178231 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__a__128m___64-128m_2023_L0_Coverage features Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__a__128m___64-128m_2023_L0_Coverage EPSG:4326 CRS:84 114.15474423600006 114.37321451300011 -32.09040909699996 -32.04671504099997 ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__a__128m___64-128m_2023_HS The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 114.05930722032384 114.48819886957386 -32.145601587823876 -31.98232380178231 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__a__128m___64-128m_2023_OV The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 114.05930722032384 114.48819886957386 -32.145601587823876 -31.98232380178231 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__b__128m___64-128m_2023 The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149685 <br><a href="https://files.ausseabed.gov.au/survey/SouthWestCornerAndPerthCanyonMarinePark-Bathymetry-64m-128m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:4326 113.35675280291966 113.81554038482517 -32.75616852013424 -32.29853078179239 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__b__128m___64-128m_2023_L0_Coverage features Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__b__128m___64-128m_2023_L0_Coverage EPSG:4326 CRS:84 113.43379232200004 113.81554038500008 -32.68717790599993 -32.29853078199994 ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__b__128m___64-128m_2023_HS The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 113.35675280291966 113.81554038482517 -32.75616852013424 -32.29853078179239 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__b__128m___64-128m_2023_OV The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 113.35675280291966 113.81554038482517 -32.75616852013424 -32.29853078179239 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__c__128m___64-128m_2023 The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149685 <br><a href="https://files.ausseabed.gov.au/survey/SouthWestCornerAndPerthCanyonMarinePark-Bathymetry-64m-128m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:4326 111.18239862401403 112.27015063524867 -35.83429974008682 -34.690205394232194 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__c__128m___64-128m_2023_L0_Coverage features Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__c__128m___64-128m_2023_L0_Coverage EPSG:4326 CRS:84 111.18239862400009 112.27015063500005 -35.83429973999995 -34.690205393999975 ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__c__128m___64-128m_2023_HS The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 111.18239862401403 112.27015063524867 -35.83429974008682 -34.690205394232194 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__c__128m___64-128m_2023_OV The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 111.18239862401403 112.27015063524867 -35.83429974008682 -34.690205394232194 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__d__128m___64-128m_2023 The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/149685 <br><a href="https://files.ausseabed.gov.au/survey/SouthWestCornerAndPerthCanyonMarinePark-Bathymetry-64m-128m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:4326 113.48208575136 113.77644570366029 -37.29460106595151 -36.76912255735296 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__d__128m___64-128m_2023_L0_Coverage features Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__d__128m___64-128m_2023_L0_Coverage EPSG:4326 CRS:84 113.48208575100011 113.68790774900003 -37.294601065999984 -36.769122556999946 ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__d__128m___64-128m_2023_HS The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 113.48208575136 113.77644570366029 -37.29460106595151 -36.76912255735296 text/html ausseabed:Southwest_Corner_and_Perth_Canyon_Marine_Park_Surveys_Bathymetry__d__128m___64-128m_2023_OV The South-west Corner and Perth Canyon Marine Park Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia onboard the MV Pangaea Ocean Explorer from the 24th March to the 5th April 2023 led by Dr. Todd Bond, using a Kongsberg EM304. This dataset contains a 75m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM304 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 113.48208575136 113.77644570366029 -37.29460106595151 -36.76912255735296 text/html ausseabed:Southwest_Margins__Perth_and_Eucla_Basins__Reflection-derived_Bathymetry_30m_2023 The Southwest Margins seismic-derived bathymetry was produced in 2023 as part of a collaboration between The University of Western Australia and the AusSeabed Community. The compilation integrates 19 bathymetry grids derived from available and workable 3D seismic datasets into a 30 m resolution 32-bit GeoTIFF, including both reflection and navigation derived data. A detailed workflow is described in: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C., 2021, Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys, and historical datasets: Earth System Science Data, v. 13, no. 11, p. 5191-5212 https://doi.org/10.5194/essd-13-5191-2021, 2021. This dataset is not to be used for navigational purposes <br>https://pid.geoscience.gov.au/dataset/ga/148610 <br><a href="https://files.ausseabed.gov.au/survey/SouthwestMarginsPerthAndEuclaBasins-Seismic-Derived-Bathymetry-30m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:4326 112.72477554700001 131.622675547 -35.29097273890001 -27.18827273890001 text/html ausseabed:Southwest_Margins__Perth_and_Eucla_Basins__Reflection-derived_Bathymetry__30m_2023_L0_Coverage features Southwest_Margins__Perth_and_Eucla_Basins__Reflection-derived_Bathymetry__30m_2023_L0_Coverage EPSG:4326 CRS:84 112.72477554700004 131.62267554700009 -35.29097273899998 -27.18947273899994 ausseabed:Southwest_Margins__Perth_and_Eucla_Basins__Reflection-derived_Bathymetry__30m_2023_HS The Southwest Margins seismic-derived bathymetry was produced in 2023 as part of a collaboration between The University of Western Australia and the AusSeabed Community. The compilation integrates 19 bathymetry grids derived from available and workable 3D seismic datasets into a 30 m resolution 32-bit GeoTIFF, including both reflection and navigation derived data. A detailed workflow is described in: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C., 2021, Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys, and historical datasets: Earth System Science Data, v. 13, no. 11, p. 5191-5212 https://doi.org/10.5194/essd-13-5191-2021, 2021. This dataset is not to be used for navigational purposes EPSG:4326 CRS:84 112.72477554700001 131.622675547 -35.29097273890001 -27.18827273890001 text/html ausseabed:Southwest_Margins__Perth_and_Eucla_Basins__Reflection-derived_Bathymetry__30m_2023_OV The Southwest Margins seismic-derived bathymetry was produced in 2023 as part of a collaboration between The University of Western Australia and the AusSeabed Community. The compilation integrates 19 bathymetry grids derived from available and workable 3D seismic datasets into a 30 m resolution 32-bit GeoTIFF, including both reflection and navigation derived data. A detailed workflow is described in: Lebrec, U., Paumard, V., O'Leary, M. J., and Lang, S. C., 2021, Towards a regional high-resolution bathymetry of the North West Shelf of Australia based on Sentinel-2 satellite images, 3D seismic surveys, and historical datasets: Earth System Science Data, v. 13, no. 11, p. 5191-5212 https://doi.org/10.5194/essd-13-5191-2021, 2021. This dataset is not to be used for navigational purposes EPSG:4326 CRS:84 112.72477554700001 131.622675547 -35.29097273890001 -27.18827273890001 text/html ausseabed:Submarine_Cape_Range_Canyon_Bathymetry_16-64m_2020 This resource includes bathymetry data acquired during the Submarine Cape Range Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Rachel Przeslawski (Geoscience Australia) with a team of scientists from Geoscience Australia, Curtin University, Western Australian Museum and Scripps Institution of Oceanography aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 8th of March to the 8th of April 2020. The primary objective of this survey was to map unexplored submarine canyons in the Gascoyne Marine Park. Submarine canyons are crucial habitats for a variety of biota and understanding their geometry, depth and species diversity is underpinned by high resolution bathymetry data. The bathymetry data collected in this survey can assist with scientific research, marine park management and understanding Australia’s marine estate. This dataset contains a 64m and a 16m, for water depths shallower than 2560m resolution 32-bit geotiff of the Cape Range and Cloates Canyons area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/140111 <br><a href="https://files.ausseabed.gov.au/survey/CapeRangeCanyon-Bathymetry-16m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 111.93985807158361 115.7883844791971 -31.79748644892188 -19.1285100643729 text/html ausseabed:Submarine_Cape_Range_Canyon_Bathymetry__64m__16-64m_2020_L0_Coverage features Submarine_Cape_Range_Canyon_Bathymetry__64m__16-64m_2020_L0_Coverage EPSG:4326 CRS:84 111.94273268000006 115.78780955700006 -31.792312152999955 -19.128510063999954 ausseabed:Submarine_Cape_Range_Canyon_Bathymetry__64m__16-64m_2020_HS This resource includes bathymetry data acquired during the Submarine Cape Range Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Rachel Przeslawski (Geoscience Australia) with a team of scientists from Geoscience Australia, Curtin University, Western Australian Museum and Scripps Institution of Oceanography aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 8th of March to the 8th of April 2020. The primary objective of this survey was to map unexplored submarine canyons in the Gascoyne Marine Park. Submarine canyons are crucial habitats for a variety of biota and understanding their geometry, depth and species diversity is underpinned by high resolution bathymetry data. The bathymetry data collected in this survey can assist with scientific research, marine park management and understanding Australia’s marine estate. This dataset contains a 64m and a 16m, for water depths shallower than 2560m resolution 32-bit geotiff of the Cape Range and Cloates Canyons area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 111.93985807158361 115.7883844791971 -31.79748644892188 -19.1285100643729 text/html ausseabed:Submarine_Cape_Range_Canyon_Bathymetry__64m__16-64m_2020_OV This resource includes bathymetry data acquired during the Submarine Cape Range Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Rachel Przeslawski (Geoscience Australia) with a team of scientists from Geoscience Australia, Curtin University, Western Australian Museum and Scripps Institution of Oceanography aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 8th of March to the 8th of April 2020. The primary objective of this survey was to map unexplored submarine canyons in the Gascoyne Marine Park. Submarine canyons are crucial habitats for a variety of biota and understanding their geometry, depth and species diversity is underpinned by high resolution bathymetry data. The bathymetry data collected in this survey can assist with scientific research, marine park management and understanding Australia’s marine estate. This dataset contains a 64m and a 16m, for water depths shallower than 2560m resolution 32-bit geotiff of the Cape Range and Cloates Canyons area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 111.93985807158361 115.7883844791971 -31.79748644892188 -19.1285100643729 text/html ausseabed:Submarine_Cape_Range_Canyon_Bathymetry__16m__16-64m_2020_L0_Coverage features Submarine_Cape_Range_Canyon_Bathymetry__16m__16-64m_2020_L0_Coverage EPSG:4326 CRS:84 111.94337946700006 115.78773769200006 -31.79209655699998 -19.128869389999977 ausseabed:Submarine_Cape_Range_Canyon_Bathymetry__16m__16-64m_2020_HS This resource includes bathymetry data acquired during the Submarine Cape Range Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Rachel Przeslawski (Geoscience Australia) with a team of scientists from Geoscience Australia, Curtin University, Western Australian Museum and Scripps Institution of Oceanography aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 8th of March to the 8th of April 2020. The primary objective of this survey was to map unexplored submarine canyons in the Gascoyne Marine Park. Submarine canyons are crucial habitats for a variety of biota and understanding their geometry, depth and species diversity is underpinned by high resolution bathymetry data. The bathymetry data collected in this survey can assist with scientific research, marine park management and understanding Australia’s marine estate. This dataset contains a 64m and a 16m, for water depths shallower than 2560m resolution 32-bit geotiff of the Cape Range and Cloates Canyons area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 111.94036112814271 115.78773769219252 -31.796839661917314 -19.12872566004109 text/html ausseabed:Submarine_Cape_Range_Canyon_Bathymetry__16m__16-64m_2020_OV This resource includes bathymetry data acquired during the Submarine Cape Range Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Rachel Przeslawski (Geoscience Australia) with a team of scientists from Geoscience Australia, Curtin University, Western Australian Museum and Scripps Institution of Oceanography aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 8th of March to the 8th of April 2020. The primary objective of this survey was to map unexplored submarine canyons in the Gascoyne Marine Park. Submarine canyons are crucial habitats for a variety of biota and understanding their geometry, depth and species diversity is underpinned by high resolution bathymetry data. The bathymetry data collected in this survey can assist with scientific research, marine park management and understanding Australia’s marine estate. This dataset contains a 64m and a 16m, for water depths shallower than 2560m resolution 32-bit geotiff of the Cape Range and Cloates Canyons area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 111.94036112814271 115.78773769219252 -31.796839661917314 -19.12872566004109 text/html ausseabed:Submarine_Cape_Range_Canyon_Bathymetry__16m__16-64m_2020 This resource includes bathymetry data acquired during the Submarine Cape Range Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Rachel Przeslawski (Geoscience Australia) with a team of scientists from Geoscience Australia, Curtin University, Western Australian Museum and Scripps Institution of Oceanography aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 8th of March to the 8th of April 2020. The primary objective of this survey was to map unexplored submarine canyons in the Gascoyne Marine Park. Submarine canyons are crucial habitats for a variety of biota and understanding their geometry, depth and species diversity is underpinned by high resolution bathymetry data. The bathymetry data collected in this survey can assist with scientific research, marine park management and understanding Australia’s marine estate. This dataset contains a 64m and a 16m, for water depths shallower than 2560m resolution 32-bit geotiff of the Cape Range and Cloates Canyons area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/140111 <br><a href="https://files.ausseabed.gov.au/survey/CapeRangeCanyon-Bathymetry-16m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 111.94036112814271 115.78773769219252 -31.796839661917314 -19.12872566004109 text/html ausseabed:Submarine_Cape_Range_Canyon_Bathymetry__16m__16-64m_2020_L0_Coverage features Submarine_Cape_Range_Canyon_Bathymetry__16m__16-64m_2020_L0_Coverage EPSG:4326 CRS:84 111.94337946700006 115.78773769200006 -31.79209655699998 -19.128869389999977 ausseabed:Submarine_Cape_Range_Canyon_Bathymetry__16m__16-64m_2020_HS This resource includes bathymetry data acquired during the Submarine Cape Range Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Rachel Przeslawski (Geoscience Australia) with a team of scientists from Geoscience Australia, Curtin University, Western Australian Museum and Scripps Institution of Oceanography aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 8th of March to the 8th of April 2020. The primary objective of this survey was to map unexplored submarine canyons in the Gascoyne Marine Park. Submarine canyons are crucial habitats for a variety of biota and understanding their geometry, depth and species diversity is underpinned by high resolution bathymetry data. The bathymetry data collected in this survey can assist with scientific research, marine park management and understanding Australia’s marine estate. This dataset contains a 64m and a 16m, for water depths shallower than 2560m resolution 32-bit geotiff of the Cape Range and Cloates Canyons area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 111.94036112814271 115.78773769219252 -31.796839661917314 -19.12872566004109 text/html ausseabed:Submarine_Cape_Range_Canyon_Bathymetry__16m__16-64m_2020_OV This resource includes bathymetry data acquired during the Submarine Cape Range Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Rachel Przeslawski (Geoscience Australia) with a team of scientists from Geoscience Australia, Curtin University, Western Australian Museum and Scripps Institution of Oceanography aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 8th of March to the 8th of April 2020. The primary objective of this survey was to map unexplored submarine canyons in the Gascoyne Marine Park. Submarine canyons are crucial habitats for a variety of biota and understanding their geometry, depth and species diversity is underpinned by high resolution bathymetry data. The bathymetry data collected in this survey can assist with scientific research, marine park management and understanding Australia’s marine estate. This dataset contains a 64m and a 16m, for water depths shallower than 2560m resolution 32-bit geotiff of the Cape Range and Cloates Canyons area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 111.94036112814271 115.78773769219252 -31.796839661917314 -19.12872566004109 text/html ausseabed:Submarine_Cape_Range_Canyon_Bathymetry__64m__16-64m_2020 This resource includes bathymetry data acquired during the Submarine Cape Range Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Rachel Przeslawski (Geoscience Australia) with a team of scientists from Geoscience Australia, Curtin University, Western Australian Museum and Scripps Institution of Oceanography aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 8th of March to the 8th of April 2020. The primary objective of this survey was to map unexplored submarine canyons in the Gascoyne Marine Park. Submarine canyons are crucial habitats for a variety of biota and understanding their geometry, depth and species diversity is underpinned by high resolution bathymetry data. The bathymetry data collected in this survey can assist with scientific research, marine park management and understanding Australia’s marine estate. This dataset contains a 64m and a 16m, for water depths shallower than 2560m resolution 32-bit geotiff of the Cape Range and Cloates Canyons area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/140111 <br><a href="https://files.ausseabed.gov.au/survey/CapeRangeCanyon-Bathymetry-16m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 111.93985807158361 115.7883844791971 -31.79748644892188 -19.1285100643729 text/html ausseabed:Submarine_Cape_Range_Canyon_Bathymetry__64m__16-64m_2020_L0_Coverage features Submarine_Cape_Range_Canyon_Bathymetry__64m__16-64m_2020_L0_Coverage EPSG:4326 CRS:84 111.94273268000006 115.78780955700006 -31.792312152999955 -19.128510063999954 ausseabed:Submarine_Cape_Range_Canyon_Bathymetry__64m__16-64m_2020_HS This resource includes bathymetry data acquired during the Submarine Cape Range Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Rachel Przeslawski (Geoscience Australia) with a team of scientists from Geoscience Australia, Curtin University, Western Australian Museum and Scripps Institution of Oceanography aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 8th of March to the 8th of April 2020. The primary objective of this survey was to map unexplored submarine canyons in the Gascoyne Marine Park. Submarine canyons are crucial habitats for a variety of biota and understanding their geometry, depth and species diversity is underpinned by high resolution bathymetry data. The bathymetry data collected in this survey can assist with scientific research, marine park management and understanding Australia’s marine estate. This dataset contains a 64m and a 16m, for water depths shallower than 2560m resolution 32-bit geotiff of the Cape Range and Cloates Canyons area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 111.93985807158361 115.7883844791971 -31.79748644892188 -19.1285100643729 text/html ausseabed:Submarine_Cape_Range_Canyon_Bathymetry__64m__16-64m_2020_OV This resource includes bathymetry data acquired during the Submarine Cape Range Canyons bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. The Seamounts, Canyons and Reefs of the Coral Sea bathymetry survey was led by Dr. Rachel Przeslawski (Geoscience Australia) with a team of scientists from Geoscience Australia, Curtin University, Western Australian Museum and Scripps Institution of Oceanography aboard the Schmidt Ocean Institute (SOI) RV Falkor from the 8th of March to the 8th of April 2020. The primary objective of this survey was to map unexplored submarine canyons in the Gascoyne Marine Park. Submarine canyons are crucial habitats for a variety of biota and understanding their geometry, depth and species diversity is underpinned by high resolution bathymetry data. The bathymetry data collected in this survey can assist with scientific research, marine park management and understanding Australia’s marine estate. This dataset contains a 64m and a 16m, for water depths shallower than 2560m resolution 32-bit geotiff of the Cape Range and Cloates Canyons area produced from the processed EM302 and EM710 bathymetry data combined. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 111.93985807158361 115.7883844791971 -31.79748644892188 -19.1285100643729 text/html ausseabed:Sydney-Albany_Transit_Bathymetry_16-64m_2020 This resource includes bathymetry data acquired during a transit from Sydney to Albany using a Kongsberg EM302 multibeam sonar system. The transit (FK200110/GA4864) was undertaken by the Schmidt Ocean Institute, using research vessel Falkor, from the 10th of January to the 18th of January 2020. The primary objective of the transit was to reach the Bremer Canyon survey area. This V1 dataset contains three 16m to 64m resolution 32-bit floating point geotiff files of the bathymetry data collected on the transit, derived from the processed EM302 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145544 <br><a href="https://files.ausseabed.gov.au/survey/SydneyAlbanyTransit-Bathymetry-16m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 130.62769059017884 151.43008542236873 -39.13808775941023 -34.30472033951084 text/html ausseabed:Sydney-Albany_Transit_Bathymetry_1_64m___16-64m_2020_L0_Coverage features Sydney-Albany_Transit_Bathymetry_1_64m___16-64m_2020_L0_Coverage EPSG:4326 CRS:84 150.3078381040001 151.43008542200005 -37.46908982699995 -34.30472033999996 ausseabed:Sydney-Albany_Transit_Bathymetry_1_64m___16-64m_2020_HS This resource includes bathymetry data acquired during a transit from Sydney to Albany using a Kongsberg EM302 multibeam sonar system. The transit (FK200110/GA4864) was undertaken by the Schmidt Ocean Institute, using research vessel Falkor, from the 10th of January to the 18th of January 2020. The primary objective of the transit was to reach the Bremer Canyon survey area. This V1 dataset contains three 16m to 64m resolution 32-bit floating point geotiff files of the bathymetry data collected on the transit, derived from the processed EM302 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 150.28484123295044 151.43008542236873 -37.47598888812093 -34.30472033951084 text/html ausseabed:Sydney-Albany_Transit_Bathymetry_1_64m___16-64m_2020_OV This resource includes bathymetry data acquired during a transit from Sydney to Albany using a Kongsberg EM302 multibeam sonar system. The transit (FK200110/GA4864) was undertaken by the Schmidt Ocean Institute, using research vessel Falkor, from the 10th of January to the 18th of January 2020. The primary objective of the transit was to reach the Bremer Canyon survey area. This V1 dataset contains three 16m to 64m resolution 32-bit floating point geotiff files of the bathymetry data collected on the transit, derived from the processed EM302 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 150.28484123295044 151.43008542236873 -37.47598888812093 -34.30472033951084 text/html ausseabed:Sydney-Albany_Transit_Bathymetry_3_64m___16-64m_2020_L0_Coverage features Sydney-Albany_Transit_Bathymetry_3_64m___16-64m_2020_L0_Coverage EPSG:4326 CRS:84 130.6420636350001 142.44693258100006 -39.133488384999964 -37.79334571199996 ausseabed:Sydney-Albany_Transit_Bathymetry_3_64m___16-64m_2020_HS This resource includes bathymetry data acquired during a transit from Sydney to Albany using a Kongsberg EM302 multibeam sonar system. The transit (FK200110/GA4864) was undertaken by the Schmidt Ocean Institute, using research vessel Falkor, from the 10th of January to the 18th of January 2020. The primary objective of the transit was to reach the Bremer Canyon survey area. This V1 dataset contains three 16m to 64m resolution 32-bit floating point geotiff files of the bathymetry data collected on the transit, derived from the processed EM302 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 130.62769059017884 142.44693258117348 -39.13808775941023 -37.79334571169468 text/html ausseabed:Sydney-Albany_Transit_Bathymetry_3_64m___16-64m_2020_OV This resource includes bathymetry data acquired during a transit from Sydney to Albany using a Kongsberg EM302 multibeam sonar system. The transit (FK200110/GA4864) was undertaken by the Schmidt Ocean Institute, using research vessel Falkor, from the 10th of January to the 18th of January 2020. The primary objective of the transit was to reach the Bremer Canyon survey area. This V1 dataset contains three 16m to 64m resolution 32-bit floating point geotiff files of the bathymetry data collected on the transit, derived from the processed EM302 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 130.62769059017884 142.44693258117348 -39.13808775941023 -37.79334571169468 text/html ausseabed:Sydney-Albany_Transit_Bathymetry_2_16m___16-64m_2020_L0_Coverage features Sydney-Albany_Transit_Bathymetry_2_16m___16-64m_2020_L0_Coverage EPSG:4326 CRS:84 148.28648498500002 150.33608113700006 -38.67606624199993 -37.46154397799995 ausseabed:Sydney-Albany_Transit_Bathymetry_2_16m___16-64m_2020_HS This resource includes bathymetry data acquired during a transit from Sydney to Albany using a Kongsberg EM302 multibeam sonar system. The transit (FK200110/GA4864) was undertaken by the Schmidt Ocean Institute, using research vessel Falkor, from the 10th of January to the 18th of January 2020. The primary objective of the transit was to reach the Bremer Canyon survey area. This V1 dataset contains three 16m to 64m resolution 32-bit floating point geotiff files of the bathymetry data collected on the transit, derived from the processed EM302 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 148.25975112165403 150.33608113675655 -38.69503866128249 -37.46154397835229 text/html ausseabed:Sydney-Albany_Transit_Bathymetry_2_16m___16-64m_2020_OV This resource includes bathymetry data acquired during a transit from Sydney to Albany using a Kongsberg EM302 multibeam sonar system. The transit (FK200110/GA4864) was undertaken by the Schmidt Ocean Institute, using research vessel Falkor, from the 10th of January to the 18th of January 2020. The primary objective of the transit was to reach the Bremer Canyon survey area. This V1 dataset contains three 16m to 64m resolution 32-bit floating point geotiff files of the bathymetry data collected on the transit, derived from the processed EM302 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 148.25975112165403 150.33608113675655 -38.69503866128249 -37.46154397835229 text/html ausseabed:Sydney-Albany_Transit_Bathymetry_1_64m___16-64m_2020 This resource includes bathymetry data acquired during a transit from Sydney to Albany using a Kongsberg EM302 multibeam sonar system. The transit (FK200110/GA4864) was undertaken by the Schmidt Ocean Institute, using research vessel Falkor, from the 10th of January to the 18th of January 2020. The primary objective of the transit was to reach the Bremer Canyon survey area. This V1 dataset contains three 16m to 64m resolution 32-bit floating point geotiff files of the bathymetry data collected on the transit, derived from the processed EM302 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145544 <br><a href="https://files.ausseabed.gov.au/survey/SydneyAlbanyTransit-Bathymetry-16m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 150.28484123295044 151.43008542236873 -37.47598888812093 -34.30472033951084 text/html ausseabed:Sydney-Albany_Transit_Bathymetry_1_64m___16-64m_2020_L0_Coverage features Sydney-Albany_Transit_Bathymetry_1_64m___16-64m_2020_L0_Coverage EPSG:4326 CRS:84 150.3078381040001 151.43008542200005 -37.46908982699995 -34.30472033999996 ausseabed:Sydney-Albany_Transit_Bathymetry_1_64m___16-64m_2020_HS This resource includes bathymetry data acquired during a transit from Sydney to Albany using a Kongsberg EM302 multibeam sonar system. The transit (FK200110/GA4864) was undertaken by the Schmidt Ocean Institute, using research vessel Falkor, from the 10th of January to the 18th of January 2020. The primary objective of the transit was to reach the Bremer Canyon survey area. This V1 dataset contains three 16m to 64m resolution 32-bit floating point geotiff files of the bathymetry data collected on the transit, derived from the processed EM302 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 150.28484123295044 151.43008542236873 -37.47598888812093 -34.30472033951084 text/html ausseabed:Sydney-Albany_Transit_Bathymetry_1_64m___16-64m_2020_OV This resource includes bathymetry data acquired during a transit from Sydney to Albany using a Kongsberg EM302 multibeam sonar system. The transit (FK200110/GA4864) was undertaken by the Schmidt Ocean Institute, using research vessel Falkor, from the 10th of January to the 18th of January 2020. The primary objective of the transit was to reach the Bremer Canyon survey area. This V1 dataset contains three 16m to 64m resolution 32-bit floating point geotiff files of the bathymetry data collected on the transit, derived from the processed EM302 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 150.28484123295044 151.43008542236873 -37.47598888812093 -34.30472033951084 text/html ausseabed:Sydney-Albany_Transit_Bathymetry_2_16m___16-64m_2020 This resource includes bathymetry data acquired during a transit from Sydney to Albany using a Kongsberg EM302 multibeam sonar system. The transit (FK200110/GA4864) was undertaken by the Schmidt Ocean Institute, using research vessel Falkor, from the 10th of January to the 18th of January 2020. The primary objective of the transit was to reach the Bremer Canyon survey area. This V1 dataset contains three 16m to 64m resolution 32-bit floating point geotiff files of the bathymetry data collected on the transit, derived from the processed EM302 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145544 <br><a href="https://files.ausseabed.gov.au/survey/SydneyAlbanyTransit-Bathymetry-16m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 148.25975112165403 150.33608113675655 -38.69503866128249 -37.46154397835229 text/html ausseabed:Sydney-Albany_Transit_Bathymetry_2_16m___16-64m_2020_L0_Coverage features Sydney-Albany_Transit_Bathymetry_2_16m___16-64m_2020_L0_Coverage EPSG:4326 CRS:84 148.28648498500002 150.33608113700006 -38.67606624199993 -37.46154397799995 ausseabed:Sydney-Albany_Transit_Bathymetry_2_16m___16-64m_2020_HS This resource includes bathymetry data acquired during a transit from Sydney to Albany using a Kongsberg EM302 multibeam sonar system. The transit (FK200110/GA4864) was undertaken by the Schmidt Ocean Institute, using research vessel Falkor, from the 10th of January to the 18th of January 2020. The primary objective of the transit was to reach the Bremer Canyon survey area. This V1 dataset contains three 16m to 64m resolution 32-bit floating point geotiff files of the bathymetry data collected on the transit, derived from the processed EM302 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 148.25975112165403 150.33608113675655 -38.69503866128249 -37.46154397835229 text/html ausseabed:Sydney-Albany_Transit_Bathymetry_2_16m___16-64m_2020_OV This resource includes bathymetry data acquired during a transit from Sydney to Albany using a Kongsberg EM302 multibeam sonar system. The transit (FK200110/GA4864) was undertaken by the Schmidt Ocean Institute, using research vessel Falkor, from the 10th of January to the 18th of January 2020. The primary objective of the transit was to reach the Bremer Canyon survey area. This V1 dataset contains three 16m to 64m resolution 32-bit floating point geotiff files of the bathymetry data collected on the transit, derived from the processed EM302 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 148.25975112165403 150.33608113675655 -38.69503866128249 -37.46154397835229 text/html ausseabed:Sydney-Albany_Transit_Bathymetry_3_64m___16-64m_2020 This resource includes bathymetry data acquired during a transit from Sydney to Albany using a Kongsberg EM302 multibeam sonar system. The transit (FK200110/GA4864) was undertaken by the Schmidt Ocean Institute, using research vessel Falkor, from the 10th of January to the 18th of January 2020. The primary objective of the transit was to reach the Bremer Canyon survey area. This V1 dataset contains three 16m to 64m resolution 32-bit floating point geotiff files of the bathymetry data collected on the transit, derived from the processed EM302 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/145544 <br><a href="https://files.ausseabed.gov.au/survey/SydneyAlbanyTransit-Bathymetry-16m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 130.62769059017884 142.44693258117348 -39.13808775941023 -37.79334571169468 text/html ausseabed:Sydney-Albany_Transit_Bathymetry_3_64m___16-64m_2020_L0_Coverage features Sydney-Albany_Transit_Bathymetry_3_64m___16-64m_2020_L0_Coverage EPSG:4326 CRS:84 130.6420636350001 142.44693258100006 -39.133488384999964 -37.79334571199996 ausseabed:Sydney-Albany_Transit_Bathymetry_3_64m___16-64m_2020_HS This resource includes bathymetry data acquired during a transit from Sydney to Albany using a Kongsberg EM302 multibeam sonar system. The transit (FK200110/GA4864) was undertaken by the Schmidt Ocean Institute, using research vessel Falkor, from the 10th of January to the 18th of January 2020. The primary objective of the transit was to reach the Bremer Canyon survey area. This V1 dataset contains three 16m to 64m resolution 32-bit floating point geotiff files of the bathymetry data collected on the transit, derived from the processed EM302 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 130.62769059017884 142.44693258117348 -39.13808775941023 -37.79334571169468 text/html ausseabed:Sydney-Albany_Transit_Bathymetry_3_64m___16-64m_2020_OV This resource includes bathymetry data acquired during a transit from Sydney to Albany using a Kongsberg EM302 multibeam sonar system. The transit (FK200110/GA4864) was undertaken by the Schmidt Ocean Institute, using research vessel Falkor, from the 10th of January to the 18th of January 2020. The primary objective of the transit was to reach the Bremer Canyon survey area. This V1 dataset contains three 16m to 64m resolution 32-bit floating point geotiff files of the bathymetry data collected on the transit, derived from the processed EM302 bathymetry data, using CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 130.62769059017884 142.44693258117348 -39.13808775941023 -37.79334571169468 text/html ausseabed:Tasman_and_Coral_Sea_Bathymetry_64m_2020 The FK201228 bathymetry survey was acquired by the James Cook University onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 28 December 2020 to 25 January 2021 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Tasman and Coral Sea, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201228 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to both the Dr. (Beaman, Robin.) (http://www.marine-geo.org/tools/search/entry.php?id=FK201228#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). <br>https://pid.geoscience.gov.au/dataset/ga/145279 <br><a href="https://files.ausseabed.gov.au/survey/TasmanAndCoralSeasBathymetry-64m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 153.25028778366303 157.29026314462806 -26.787618041998673 -22.245735965490372 text/html ausseabed:Tasman_and_Coral_Sea_Bathymetry__64m_2020_L0_Coverage features Tasman_and_Coral_Sea_Bathymetry__64m_2020_L0_Coverage EPSG:4326 CRS:84 153.373321045 157.04304677800008 -26.67953274699994 -22.315301500999965 ausseabed:Tasman_and_Coral_Sea_Bathymetry__64m_2020_HS The FK201228 bathymetry survey was acquired by the James Cook University onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 28 December 2020 to 25 January 2021 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Tasman and Coral Sea, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201228 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to both the Dr. (Beaman, Robin.) (http://www.marine-geo.org/tools/search/entry.php?id=FK201228#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 153.25028778366303 157.29026314462806 -26.787618041998673 -22.245735965490372 text/html ausseabed:Tasman_and_Coral_Sea_Bathymetry__64m_2020_OV The FK201228 bathymetry survey was acquired by the James Cook University onboard the Schmidt Ocean Institute (SOI) RV Falkor from the 28 December 2020 to 25 January 2021 using the Kongsberg EM302 and Kongsberg EM710 sonar systems. The bathymetry dataset was acquired while the RV Falkor was surveying the Tasman and Coral Sea, Australia. This dataset contains the XXXm resolution, 32-bit geotiffs of the FK201228 survey produced from the processed SeaBeam system using the CARIS HIPS and SIPS software. This dataset is not to be used for navigational purposes. Appropriate acknowledgment must be given to both the Dr. (Beaman, Robin.) (http://www.marine-geo.org/tools/search/entry.php?id=FK201228#datasets) and to the Marine Geoscience Data System (www.marine-geo.org). EPSG:4326 CRS:84 153.25028778366303 157.29026314462806 -26.787618041998673 -22.245735965490372 text/html ausseabed:Tasmanian_East_Coast_Bathymetry_0_5m_2021 This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146288 <br><a href="https://files.ausseabed.gov.au/survey/TasmaniaEastCoast-Bathymetry-0.5m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.8716164748175 148.4337904203038 -43.22812300462059 -41.14086894616544 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_24__0_5m_2021_L0_Coverage features Tasmanian_East_Coast_Bathymetry__Block_24__0_5m_2021_L0_Coverage EPSG:4326 CRS:84 148.00824661600006 148.17302817200004 -42.74916723999996 -42.55952468399994 ausseabed:Tasmanian_East_Coast_Bathymetry__Block_24__0_5m_2021_HS This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.0051414778547 148.17512682956624 -42.74923127346406 -42.55857024474579 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_24__0_5m_2021_OV This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.0051414778547 148.17512682956624 -42.74923127346406 -42.55857024474579 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_28__0_5m_2021_L0_Coverage features Tasmanian_East_Coast_Bathymetry__Block_28__0_5m_2021_L0_Coverage EPSG:4326 CRS:84 148.2729551870001 148.32912694800007 -41.98856815099998 -41.743266526999946 ausseabed:Tasmanian_East_Coast_Bathymetry__Block_28__0_5m_2021_HS This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.2718922066537 148.3306141796328 -41.988792694600455 -41.743075257224326 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_28__0_5m_2021_OV This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.2718922066537 148.3306141796328 -41.988792694600455 -41.743075257224326 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_22__0_5m_2021_L0_Coverage features Tasmanian_East_Coast_Bathymetry__Block_22__0_5m_2021_L0_Coverage EPSG:4326 CRS:84 147.94040785200002 148.01377687500008 -43.22696890799995 -42.97228556099998 ausseabed:Tasmanian_East_Coast_Bathymetry__Block_22__0_5m_2021_HS This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 147.93978330077434 148.01473440980175 -43.2277764321831 -42.972170478514414 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_22__0_5m_2021_OV This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 147.93978330077434 148.01473440980175 -43.2277764321831 -42.972170478514414 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_29__0_5m_2021_L0_Coverage features Tasmanian_East_Coast_Bathymetry__Block_29__0_5m_2021_L0_Coverage EPSG:4326 CRS:84 148.2928358150001 148.38909745500007 -41.743485505999956 -41.27592559799996 ausseabed:Tasmanian_East_Coast_Bathymetry__Block_29__0_5m_2021_HS This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.27809884606336 148.40037635314087 -41.74372165514111 -41.27583077773553 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_29__0_5m_2021_OV This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.27809884606336 148.40037635314087 -41.74372165514111 -41.27583077773553 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_23__0_5m_2021_L0_Coverage features Tasmanian_East_Coast_Bathymetry__Block_23__0_5m_2021_L0_Coverage EPSG:4326 CRS:84 147.89504730200008 148.007843642 -42.97237288699995 -42.82933335299998 ausseabed:Tasmanian_East_Coast_Bathymetry__Block_23__0_5m_2021_HS This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 147.89489293308338 148.0085894410219 -42.97318430082515 -42.82864819244282 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_23__0_5m_2021_OV This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 147.89489293308338 148.0085894410219 -42.97318430082515 -42.82864819244282 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_27__0_5m_2021_L0_Coverage features Tasmanian_East_Coast_Bathymetry__Block_27__0_5m_2021_L0_Coverage EPSG:4326 CRS:84 148.27426707000006 148.3614164490001 -42.33925259199998 -41.98844836599994 ausseabed:Tasmanian_East_Coast_Bathymetry__Block_27__0_5m_2021_HS This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.26785090447004 148.36666838211934 -42.340761528628775 -41.98773901947211 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_27__0_5m_2021_OV This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.26785090447004 148.36666838211934 -42.340761528628775 -41.98773901947211 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_30__0_5m_2021_L0_Coverage features Tasmanian_East_Coast_Bathymetry__Block_30__0_5m_2021_L0_Coverage EPSG:4326 CRS:84 148.2793270630001 148.38306141100009 -41.276675713999964 -41.14208549799997 ausseabed:Tasmanian_East_Coast_Bathymetry__Block_30__0_5m_2021_HS This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.27806561916594 148.3863440627591 -41.27760742396908 -41.14091723732144 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_30__0_5m_2021_OV This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.27806561916594 148.3863440627591 -41.27760742396908 -41.14091723732144 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_22__0_5m_2021 This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146288 <br><a href="https://files.ausseabed.gov.au/survey/TasmaniaEastCoast-Bathymetry-0.5m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.93978330077434 148.01473440980175 -43.2277764321831 -42.972170478514414 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_22__0_5m_2021_L0_Coverage features Tasmanian_East_Coast_Bathymetry__Block_22__0_5m_2021_L0_Coverage EPSG:4326 CRS:84 147.94040785200002 148.01377687500008 -43.22696890799995 -42.97228556099998 ausseabed:Tasmanian_East_Coast_Bathymetry__Block_22__0_5m_2021_HS This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 147.93978330077434 148.01473440980175 -43.2277764321831 -42.972170478514414 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_22__0_5m_2021_OV This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 147.93978330077434 148.01473440980175 -43.2277764321831 -42.972170478514414 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_23__0_5m_2021 This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146288 <br><a href="https://files.ausseabed.gov.au/survey/TasmaniaEastCoast-Bathymetry-0.5m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32755 147.89489293308338 148.0085894410219 -42.97318430082515 -42.82864819244282 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_23__0_5m_2021_L0_Coverage features Tasmanian_East_Coast_Bathymetry__Block_23__0_5m_2021_L0_Coverage EPSG:4326 CRS:84 147.89504730200008 148.007843642 -42.97237288699995 -42.82933335299998 ausseabed:Tasmanian_East_Coast_Bathymetry__Block_23__0_5m_2021_HS This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 147.89489293308338 148.0085894410219 -42.97318430082515 -42.82864819244282 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_23__0_5m_2021_OV This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 147.89489293308338 148.0085894410219 -42.97318430082515 -42.82864819244282 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_24__0_5m_2021 This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146288 <br><a href="https://files.ausseabed.gov.au/survey/TasmaniaEastCoast-Bathymetry-0.5m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32755 148.0051414778547 148.17512682956624 -42.74923127346406 -42.55857024474579 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_24__0_5m_2021_L0_Coverage features Tasmanian_East_Coast_Bathymetry__Block_24__0_5m_2021_L0_Coverage EPSG:4326 CRS:84 148.00824661600006 148.17302817200004 -42.74916723999996 -42.55952468399994 ausseabed:Tasmanian_East_Coast_Bathymetry__Block_24__0_5m_2021_HS This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.0051414778547 148.17512682956624 -42.74923127346406 -42.55857024474579 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_24__0_5m_2021_OV This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.0051414778547 148.17512682956624 -42.74923127346406 -42.55857024474579 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_27__0_5m_2021 This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146288 <br><a href="https://files.ausseabed.gov.au/survey/TasmaniaEastCoast-Bathymetry-0.5m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32755 148.26785090447004 148.36666838211934 -42.340761528628775 -41.98773901947211 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_27__0_5m_2021_L0_Coverage features Tasmanian_East_Coast_Bathymetry__Block_27__0_5m_2021_L0_Coverage EPSG:4326 CRS:84 148.27426707000006 148.3614164490001 -42.33925259199998 -41.98844836599994 ausseabed:Tasmanian_East_Coast_Bathymetry__Block_27__0_5m_2021_HS This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.26785090447004 148.36666838211934 -42.340761528628775 -41.98773901947211 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_27__0_5m_2021_OV This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.26785090447004 148.36666838211934 -42.340761528628775 -41.98773901947211 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_28__0_5m_2021 This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146288 <br><a href="https://files.ausseabed.gov.au/survey/TasmaniaEastCoast-Bathymetry-0.5m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32755 148.2718922066537 148.3306141796328 -41.988792694600455 -41.743075257224326 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_28__0_5m_2021_L0_Coverage features Tasmanian_East_Coast_Bathymetry__Block_28__0_5m_2021_L0_Coverage EPSG:4326 CRS:84 148.2729551870001 148.32912694800007 -41.98856815099998 -41.743266526999946 ausseabed:Tasmanian_East_Coast_Bathymetry__Block_28__0_5m_2021_HS This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.2718922066537 148.3306141796328 -41.988792694600455 -41.743075257224326 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_28__0_5m_2021_OV This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.2718922066537 148.3306141796328 -41.988792694600455 -41.743075257224326 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_29__0_5m_2021 This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146288 <br><a href="https://files.ausseabed.gov.au/survey/TasmaniaEastCoast-Bathymetry-0.5m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32755 148.27809884606336 148.40037635314087 -41.74372165514111 -41.27583077773553 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_29__0_5m_2021_L0_Coverage features Tasmanian_East_Coast_Bathymetry__Block_29__0_5m_2021_L0_Coverage EPSG:4326 CRS:84 148.2928358150001 148.38909745500007 -41.743485505999956 -41.27592559799996 ausseabed:Tasmanian_East_Coast_Bathymetry__Block_29__0_5m_2021_HS This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.27809884606336 148.40037635314087 -41.74372165514111 -41.27583077773553 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_29__0_5m_2021_OV This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.27809884606336 148.40037635314087 -41.74372165514111 -41.27583077773553 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_30__0_5m_2021 This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146288 <br><a href="https://files.ausseabed.gov.au/survey/TasmaniaEastCoast-Bathymetry-0.5m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:32755 148.27806561916594 148.3863440627591 -41.27760742396908 -41.14091723732144 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_30__0_5m_2021_L0_Coverage features Tasmanian_East_Coast_Bathymetry__Block_30__0_5m_2021_L0_Coverage EPSG:4326 CRS:84 148.2793270630001 148.38306141100009 -41.276675713999964 -41.14208549799997 ausseabed:Tasmanian_East_Coast_Bathymetry__Block_30__0_5m_2021_HS This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.27806561916594 148.3863440627591 -41.27760742396908 -41.14091723732144 text/html ausseabed:Tasmanian_East_Coast_Bathymetry__Block_30__0_5m_2021_OV This resource includes bathymetry data acquired during the Tasmanian East Coast bathymetry survey collected by Institute for Marine and Antarctic Studies (IMAS) University of Tasmania (UTAS) during the period 12 – 23 April 2021 on the RV Abyss using a Kongsberg Maritime EM2040C multibeam sonar (contracted from CSIRO). The Tasmanian East Coast bathymetry survey was led by Dr. Vanessa Lucieer (IMAS). The purpose of the project was to map the fine-scale spatial distribution of key abalone habitat impacted by urchins in < 25 m water depth using multibeam acoustic imagery. This dataset contains seven 0.5m-resolution 32-bit floating point geotiff files of the bathymetry in study area and transits, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Lucieer V, Keane J, Shelamoff V, Nau A, Ling S, Mapping abalone habitat impacted by Centrostephanus on the east coast of Tasmania: Final contracted report for the Abalone Industry Reinvestment Fund (AIRF Project 2021) and Tasmanian Climate Change Office (Climate Research Grants Program 2021), Institute for Marine and Antarctic Studies, UTAS, December (2021) [Contract Report] http://ecite.utas.edu.au/148298. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 148.27806561916594 148.3863440627591 -41.27760742396908 -41.14091723732144 text/html ausseabed:Torres_Strait_UKCM_Area__Torres_Strait__QLD_Bathymetry_30m_2021 The Torres Strait Under Keel Clearance Management Area bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Sea Ranger and SMB White Shark during the period 1 Dec 2021 – 24 Jan 2022. This was a contracted survey conducted for the Australian Hydrographic Office by EGS Survey Pty. Ltd. as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Torres Strait, Queensland. Bathymetry data was acquired using a Kongsberg EM2040D and a Kongsberg EM 2040C, and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/148971 <br><a href="https://files.ausseabed.gov.au/survey/TorresStraitUnderKeelClearanceTorresStraitQLD-HIPP-SI-1005-Bathymetry-30m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 141.81882338323175 142.41688255282986 -10.614590488637697 -10.462436226909496 text/html ausseabed:Torres_Strait_UKCM_Area__Torres_Strait__QLD_Bathymetry__HIPP_SI_1005__30m_2021_L0_Coverage features Torres_Strait_UKCM_Area__Torres_Strait__QLD_Bathymetry__HIPP_SI_1005__30m_2021_L0_Coverage EPSG:4326 CRS:84 141.81909747100008 142.41551211500007 -10.614048048999962 -10.462707446999957 ausseabed:Torres_Strait_UKCM_Area__Torres_Strait__QLD_Bathymetry__HIPP_SI_1005__30m_2021_HS The Torres Strait Under Keel Clearance Management Area bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Sea Ranger and SMB White Shark during the period 1 Dec 2021 – 24 Jan 2022. This was a contracted survey conducted for the Australian Hydrographic Office by EGS Survey Pty. Ltd. as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Torres Strait, Queensland. Bathymetry data was acquired using a Kongsberg EM2040D and a Kongsberg EM 2040C, and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 141.81882338323175 142.41688255282986 -10.614590488637697 -10.462436226909496 text/html ausseabed:Torres_Strait_UKCM_Area__Torres_Strait__QLD_Bathymetry__HIPP_SI_1005__30m_2021_OV The Torres Strait Under Keel Clearance Management Area bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Sea Ranger and SMB White Shark during the period 1 Dec 2021 – 24 Jan 2022. This was a contracted survey conducted for the Australian Hydrographic Office by EGS Survey Pty. Ltd. as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Torres Strait, Queensland. Bathymetry data was acquired using a Kongsberg EM2040D and a Kongsberg EM 2040C, and processed using QPS Qimera processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 141.81882338323175 142.41688255282986 -10.614590488637697 -10.462436226909496 text/html ausseabed:Van_Diemen_Gulf__North-West_Inshore_Route___NT_Bathymetry_30m_2021 The Van Diemen Gulf (North-West Inshore Route) bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Guardian and the MV Speical Order during the period 26 Jun 2021 – 5 Oct 2021. This was a contracted survey conducted for the Australian Hydrographic Office by Guardian Geomatics as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Van Diemen Gulf (North-West Inshore Route), NT. Bathymetry data was acquired using a Kongsberg EM2040-07 MKII, and processed using CARIS HIPS and SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF <br>https://pid.geoscience.gov.au/dataset/ga/149145 <br><a href="https://files.ausseabed.gov.au/survey/VanDiemenGulf-NorthWest-InshoreRoute-NT-HIPP-SI-1003-Bathymetry-30m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 131.11717629325474 131.67625212241572 -11.948374905686894 -11.372347026218495 text/html ausseabed:Van_Diemen_Gulf__North-West_Inshore_Route___NT_Bathymetry__HIPP_SI_1003__30m_2021_L0_Coverage features Van_Diemen_Gulf__North-West_Inshore_Route___NT_Bathymetry__HIPP_SI_1003__30m_2021_L0_Coverage EPSG:4326 CRS:84 131.1177265650001 131.67542671500007 -11.94783250699993 -11.372889424999926 ausseabed:Van_Diemen_Gulf__North-West_Inshore_Route___NT_Bathymetry__HIPP_SI_1003__30m_2021_HS The Van Diemen Gulf (North-West Inshore Route) bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Guardian and the MV Speical Order during the period 26 Jun 2021 – 5 Oct 2021. This was a contracted survey conducted for the Australian Hydrographic Office by Guardian Geomatics as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Van Diemen Gulf (North-West Inshore Route), NT. Bathymetry data was acquired using a Kongsberg EM2040-07 MKII, and processed using CARIS HIPS and SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF EPSG:4326 CRS:84 131.11717629325474 131.67625212241572 -11.948374905686894 -11.372347026218495 text/html ausseabed:Van_Diemen_Gulf__North-West_Inshore_Route___NT_Bathymetry__HIPP_SI_1003__30m_2021_OV The Van Diemen Gulf (North-West Inshore Route) bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Offshore Guardian and the MV Speical Order during the period 26 Jun 2021 – 5 Oct 2021. This was a contracted survey conducted for the Australian Hydrographic Office by Guardian Geomatics as part of the Hydroscheme Industry Partnership Program. The survey area encompases an area in Van Diemen Gulf (North-West Inshore Route), NT. Bathymetry data was acquired using a Kongsberg EM2040-07 MKII, and processed using CARIS HIPS and SIPS processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF EPSG:4326 CRS:84 131.11717629325474 131.67625212241572 -11.948374905686894 -11.372347026218495 text/html ausseabed:Varzin_Passage_to_Merkara_Shoal_Bathymetry_30m_2023 The Varzin Passage to Merkara Shoal bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 4 Sep 2023 – 12 Apr 2024. This was a contracted survey conducted for the Australian Hydrographic Office by Fugro Australia as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Varzin Passage to Merkara Shoal. Bathymetry data was acquired using a LADS HD+, and processed using CARIS HIPS and SIPS, and QIMERA processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149880 <br><a href="https://files.ausseabed.gov.au/survey/VarzinPassageToMerkaraShoal-HIPP-SI-1017-Bathymetry-30m-2023.zip" target="_blank">Download Bathymetry</a> EPSG:4326 141.20182268161963 141.82273820600304 -10.737877001430084 -10.346570863667619 text/html ausseabed:Varzin_Passage_to_Merkara_Shoal_Bathymetry__HIPP_SI_1017__30m_2023_L0_Coverage features Varzin_Passage_to_Merkara_Shoal_Bathymetry__HIPP_SI_1017__30m_2023_L0_Coverage EPSG:4326 CRS:84 141.20182268200006 141.82273820600005 -10.737877000999958 -10.346570863999943 ausseabed:Varzin_Passage_to_Merkara_Shoal_Bathymetry__HIPP_SI_1017__30m_2023_HS The Varzin Passage to Merkara Shoal bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 4 Sep 2023 – 12 Apr 2024. This was a contracted survey conducted for the Australian Hydrographic Office by Fugro Australia as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Varzin Passage to Merkara Shoal. Bathymetry data was acquired using a LADS HD+, and processed using CARIS HIPS and SIPS, and QIMERA processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 141.20182268161963 141.82273820600304 -10.737877001430084 -10.346570863667619 text/html ausseabed:Varzin_Passage_to_Merkara_Shoal_Bathymetry__HIPP_SI_1017__30m_2023_OV The Varzin Passage to Merkara Shoal bathymetry survey was acquired for the Australian Hydrographic Office (AHO) during the period 4 Sep 2023 – 12 Apr 2024. This was a contracted survey conducted for the Australian Hydrographic Office by Fugro Australia as part of the Hydroscheme Industry Partnership Program. The survey area encompasses an area in Varzin Passage to Merkara Shoal. Bathymetry data was acquired using a LADS HD+, and processed using CARIS HIPS and SIPS, and QIMERA processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 141.20182268161963 141.82273820600304 -10.737877001430084 -10.346570863667619 text/html ausseabed:Vernon_Islands_Bathymetry_4m_2019 This resource includes bathymetry data acquired during the Vernon Islands bathymetry survey collected by University of Queensland during the period 21 – 26 May 2019 on the charter vessel Lauri-j using Bathyswath interferometric sonar system. The survey was undertaken as a project of the Australian Tidal Energy (AUSTEn; http://austen.org.au/) co-funded by the Australian Renewable Energy Agency (ARENA) for the Advancing Renewables Program. The purpose of the project was to map the country’s tidal energy resource in unprecedented detail and assess its economic feasibility and ability to contribute to Australia’s energy needs. It will aid the emerging tidal energy industry to develop commercial-scale tidal energy projects. This dataset contains a 4m resolution 32-bit floating point geotiff file of the bathymetry in study area and transits, derived from the processed Bathyswath interferometric data, using Fledermaus. A final report of the project is provided in: Penesis, I et al. 2020. Tidal Energy in Australia: Assessing Resource and Feasibility in Australia’s Future Energy Mix (https://tethys-engineering.pnnl.gov/sites/default/files/publications/tidal-energy-in-australia-2020.pdf). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146178 <br><a href="https://files.ausseabed.gov.au/survey/VernonIsland-Bathymetry-4m-2019.zip" target="_blank">Download Bathymetry</a> EPSG:4326 130.89425261393174 131.0964997575861 -12.135802356068258 -11.993208202115099 text/html ausseabed:Vernon_Islands_Bathymetry__4m_2019_L0_Coverage features Vernon_Islands_Bathymetry__4m_2019_L0_Coverage EPSG:4326 CRS:84 130.89425261400004 131.09649975800005 -12.135802355999942 -11.993208201999948 ausseabed:Vernon_Islands_Bathymetry__4m_2019_HS This resource includes bathymetry data acquired during the Vernon Islands bathymetry survey collected by University of Queensland during the period 21 – 26 May 2019 on the charter vessel Lauri-j using Bathyswath interferometric sonar system. The survey was undertaken as a project of the Australian Tidal Energy (AUSTEn; http://austen.org.au/) co-funded by the Australian Renewable Energy Agency (ARENA) for the Advancing Renewables Program. The purpose of the project was to map the country’s tidal energy resource in unprecedented detail and assess its economic feasibility and ability to contribute to Australia’s energy needs. It will aid the emerging tidal energy industry to develop commercial-scale tidal energy projects. This dataset contains a 4m resolution 32-bit floating point geotiff file of the bathymetry in study area and transits, derived from the processed Bathyswath interferometric data, using Fledermaus. A final report of the project is provided in: Penesis, I et al. 2020. Tidal Energy in Australia: Assessing Resource and Feasibility in Australia’s Future Energy Mix (https://tethys-engineering.pnnl.gov/sites/default/files/publications/tidal-energy-in-australia-2020.pdf). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 130.89425261393174 131.0964997575861 -12.135802356068258 -11.993208202115099 text/html ausseabed:Vernon_Islands_Bathymetry__4m_2019_OV This resource includes bathymetry data acquired during the Vernon Islands bathymetry survey collected by University of Queensland during the period 21 – 26 May 2019 on the charter vessel Lauri-j using Bathyswath interferometric sonar system. The survey was undertaken as a project of the Australian Tidal Energy (AUSTEn; http://austen.org.au/) co-funded by the Australian Renewable Energy Agency (ARENA) for the Advancing Renewables Program. The purpose of the project was to map the country’s tidal energy resource in unprecedented detail and assess its economic feasibility and ability to contribute to Australia’s energy needs. It will aid the emerging tidal energy industry to develop commercial-scale tidal energy projects. This dataset contains a 4m resolution 32-bit floating point geotiff file of the bathymetry in study area and transits, derived from the processed Bathyswath interferometric data, using Fledermaus. A final report of the project is provided in: Penesis, I et al. 2020. Tidal Energy in Australia: Assessing Resource and Feasibility in Australia’s Future Energy Mix (https://tethys-engineering.pnnl.gov/sites/default/files/publications/tidal-energy-in-australia-2020.pdf). This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 130.89425261393174 131.0964997575861 -12.135802356068258 -11.993208202115099 text/html ausseabed:Visioning_the_Coral_Sea_Bathymetry_16-64m_2020 This resource includes bathymetry data acquired during the Visioning the Coral Sea Marine Park bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. Visioning the Coral Sea Marine Park bathymetry survey (FK200429/GA4861) was led by Dr. Rob Beaman (James Cook University) and a team of scientists from Geoscience Australia, The University of Sydney, and the Queensland Museum, aboard the Schmidt Ocean Institute’s research vessel Falkor, from the 29th of April to 11th of June 2020. The primary objective of the survey was to map in detail the Queensland Plateau, including the steeper reef flanks and target the enigmatic seabed features, like the numerous drowned reef pinnacles and long meandering channels on the plateau surface. The second objective of this survey was to investigate the extent of the bleaching on the mesophotic or deeper reef, and if these reefs could act as a potential refuge for the Great Barrier Reef. The survey also aimed at providing insights into the geological evolution and biodiversity of Australia’s marine frontier. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/140048 <br><a href="https://files.ausseabed.gov.au/survey/VisioningTheCoralSea-Bathymetry-16m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 145.8303472672812 152.251648648613 -18.17931420256085 -13.723095471546186 text/html ausseabed:Visioning_the_Coral_Sea_Bathymetry__16m__16-64m_2020_L0_Coverage features Visioning_the_Coral_Sea_Bathymetry__16m__16-64m_2020_L0_Coverage EPSG:4326 CRS:84 145.8652019000001 152.25128932200005 -18.17464296299994 -13.723598527999968 ausseabed:Visioning_the_Coral_Sea_Bathymetry__16m__16-64m_2020_HS This resource includes bathymetry data acquired during the Visioning the Coral Sea Marine Park bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. Visioning the Coral Sea Marine Park bathymetry survey (FK200429/GA4861) was led by Dr. Rob Beaman (James Cook University) and a team of scientists from Geoscience Australia, The University of Sydney, and the Queensland Museum, aboard the Schmidt Ocean Institute’s research vessel Falkor, from the 29th of April to 11th of June 2020. The primary objective of the survey was to map in detail the Queensland Plateau, including the steeper reef flanks and target the enigmatic seabed features, like the numerous drowned reef pinnacles and long meandering channels on the plateau surface. The second objective of this survey was to investigate the extent of the bleaching on the mesophotic or deeper reef, and if these reefs could act as a potential refuge for the Great Barrier Reef. The survey also aimed at providing insights into the geological evolution and biodiversity of Australia’s marine frontier. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.8309940542858 152.25128932249942 -18.178811146001742 -13.723598528105292 text/html ausseabed:Visioning_the_Coral_Sea_Bathymetry__16m__16-64m_2020_OV This resource includes bathymetry data acquired during the Visioning the Coral Sea Marine Park bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. Visioning the Coral Sea Marine Park bathymetry survey (FK200429/GA4861) was led by Dr. Rob Beaman (James Cook University) and a team of scientists from Geoscience Australia, The University of Sydney, and the Queensland Museum, aboard the Schmidt Ocean Institute’s research vessel Falkor, from the 29th of April to 11th of June 2020. The primary objective of the survey was to map in detail the Queensland Plateau, including the steeper reef flanks and target the enigmatic seabed features, like the numerous drowned reef pinnacles and long meandering channels on the plateau surface. The second objective of this survey was to investigate the extent of the bleaching on the mesophotic or deeper reef, and if these reefs could act as a potential refuge for the Great Barrier Reef. The survey also aimed at providing insights into the geological evolution and biodiversity of Australia’s marine frontier. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.8309940542858 152.25128932249942 -18.178811146001742 -13.723598528105292 text/html ausseabed:Visioning_the_Coral_Sea_Bathymetry__64m__16-64m_2020_L0_Coverage features Visioning_the_Coral_Sea_Bathymetry__64m__16-64m_2020_L0_Coverage EPSG:4326 CRS:84 145.86484257400002 152.25164864900012 -18.175289749999934 -13.723095471999954 ausseabed:Visioning_the_Coral_Sea_Bathymetry__64m__16-64m_2020_HS This resource includes bathymetry data acquired during the Visioning the Coral Sea Marine Park bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. Visioning the Coral Sea Marine Park bathymetry survey (FK200429/GA4861) was led by Dr. Rob Beaman (James Cook University) and a team of scientists from Geoscience Australia, The University of Sydney, and the Queensland Museum, aboard the Schmidt Ocean Institute’s research vessel Falkor, from the 29th of April to 11th of June 2020. The primary objective of the survey was to map in detail the Queensland Plateau, including the steeper reef flanks and target the enigmatic seabed features, like the numerous drowned reef pinnacles and long meandering channels on the plateau surface. The second objective of this survey was to investigate the extent of the bleaching on the mesophotic or deeper reef, and if these reefs could act as a potential refuge for the Great Barrier Reef. The survey also aimed at providing insights into the geological evolution and biodiversity of Australia’s marine frontier. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.8303472672812 152.251648648613 -18.17931420256085 -13.723095471546186 text/html ausseabed:Visioning_the_Coral_Sea_Bathymetry__64m__16-64m_2020_OV This resource includes bathymetry data acquired during the Visioning the Coral Sea Marine Park bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. Visioning the Coral Sea Marine Park bathymetry survey (FK200429/GA4861) was led by Dr. Rob Beaman (James Cook University) and a team of scientists from Geoscience Australia, The University of Sydney, and the Queensland Museum, aboard the Schmidt Ocean Institute’s research vessel Falkor, from the 29th of April to 11th of June 2020. The primary objective of the survey was to map in detail the Queensland Plateau, including the steeper reef flanks and target the enigmatic seabed features, like the numerous drowned reef pinnacles and long meandering channels on the plateau surface. The second objective of this survey was to investigate the extent of the bleaching on the mesophotic or deeper reef, and if these reefs could act as a potential refuge for the Great Barrier Reef. The survey also aimed at providing insights into the geological evolution and biodiversity of Australia’s marine frontier. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.8303472672812 152.251648648613 -18.17931420256085 -13.723095471546186 text/html ausseabed:Visioning_the_Coral_Sea_Bathymetry__16m__16-64m_2020 This resource includes bathymetry data acquired during the Visioning the Coral Sea Marine Park bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. Visioning the Coral Sea Marine Park bathymetry survey (FK200429/GA4861) was led by Dr. Rob Beaman (James Cook University) and a team of scientists from Geoscience Australia, The University of Sydney, and the Queensland Museum, aboard the Schmidt Ocean Institute’s research vessel Falkor, from the 29th of April to 11th of June 2020. The primary objective of the survey was to map in detail the Queensland Plateau, including the steeper reef flanks and target the enigmatic seabed features, like the numerous drowned reef pinnacles and long meandering channels on the plateau surface. The second objective of this survey was to investigate the extent of the bleaching on the mesophotic or deeper reef, and if these reefs could act as a potential refuge for the Great Barrier Reef. The survey also aimed at providing insights into the geological evolution and biodiversity of Australia’s marine frontier. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/140048 <br><a href="https://files.ausseabed.gov.au/survey/VisioningTheCoralSea-Bathymetry-16m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 145.8309940542858 152.25128932249942 -18.178811146001742 -13.723598528105292 text/html ausseabed:Visioning_the_Coral_Sea_Bathymetry__16m__16-64m_2020_L0_Coverage features Visioning_the_Coral_Sea_Bathymetry__16m__16-64m_2020_L0_Coverage EPSG:4326 CRS:84 145.8652019000001 152.25128932200005 -18.17464296299994 -13.723598527999968 ausseabed:Visioning_the_Coral_Sea_Bathymetry__16m__16-64m_2020_HS This resource includes bathymetry data acquired during the Visioning the Coral Sea Marine Park bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. Visioning the Coral Sea Marine Park bathymetry survey (FK200429/GA4861) was led by Dr. Rob Beaman (James Cook University) and a team of scientists from Geoscience Australia, The University of Sydney, and the Queensland Museum, aboard the Schmidt Ocean Institute’s research vessel Falkor, from the 29th of April to 11th of June 2020. The primary objective of the survey was to map in detail the Queensland Plateau, including the steeper reef flanks and target the enigmatic seabed features, like the numerous drowned reef pinnacles and long meandering channels on the plateau surface. The second objective of this survey was to investigate the extent of the bleaching on the mesophotic or deeper reef, and if these reefs could act as a potential refuge for the Great Barrier Reef. The survey also aimed at providing insights into the geological evolution and biodiversity of Australia’s marine frontier. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.8309940542858 152.25128932249942 -18.178811146001742 -13.723598528105292 text/html ausseabed:Visioning_the_Coral_Sea_Bathymetry__16m__16-64m_2020_OV This resource includes bathymetry data acquired during the Visioning the Coral Sea Marine Park bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. Visioning the Coral Sea Marine Park bathymetry survey (FK200429/GA4861) was led by Dr. Rob Beaman (James Cook University) and a team of scientists from Geoscience Australia, The University of Sydney, and the Queensland Museum, aboard the Schmidt Ocean Institute’s research vessel Falkor, from the 29th of April to 11th of June 2020. The primary objective of the survey was to map in detail the Queensland Plateau, including the steeper reef flanks and target the enigmatic seabed features, like the numerous drowned reef pinnacles and long meandering channels on the plateau surface. The second objective of this survey was to investigate the extent of the bleaching on the mesophotic or deeper reef, and if these reefs could act as a potential refuge for the Great Barrier Reef. The survey also aimed at providing insights into the geological evolution and biodiversity of Australia’s marine frontier. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.8309940542858 152.25128932249942 -18.178811146001742 -13.723598528105292 text/html ausseabed:Visioning_the_Coral_Sea_Bathymetry__64m__16-64m_2020 This resource includes bathymetry data acquired during the Visioning the Coral Sea Marine Park bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. Visioning the Coral Sea Marine Park bathymetry survey (FK200429/GA4861) was led by Dr. Rob Beaman (James Cook University) and a team of scientists from Geoscience Australia, The University of Sydney, and the Queensland Museum, aboard the Schmidt Ocean Institute’s research vessel Falkor, from the 29th of April to 11th of June 2020. The primary objective of the survey was to map in detail the Queensland Plateau, including the steeper reef flanks and target the enigmatic seabed features, like the numerous drowned reef pinnacles and long meandering channels on the plateau surface. The second objective of this survey was to investigate the extent of the bleaching on the mesophotic or deeper reef, and if these reefs could act as a potential refuge for the Great Barrier Reef. The survey also aimed at providing insights into the geological evolution and biodiversity of Australia’s marine frontier. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/140048 <br><a href="https://files.ausseabed.gov.au/survey/VisioningTheCoralSea-Bathymetry-16m-64m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 145.8303472672812 152.251648648613 -18.17931420256085 -13.723095471546186 text/html ausseabed:Visioning_the_Coral_Sea_Bathymetry__64m__16-64m_2020_L0_Coverage features Visioning_the_Coral_Sea_Bathymetry__64m__16-64m_2020_L0_Coverage EPSG:4326 CRS:84 145.86484257400002 152.25164864900012 -18.175289749999934 -13.723095471999954 ausseabed:Visioning_the_Coral_Sea_Bathymetry__64m__16-64m_2020_HS This resource includes bathymetry data acquired during the Visioning the Coral Sea Marine Park bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. Visioning the Coral Sea Marine Park bathymetry survey (FK200429/GA4861) was led by Dr. Rob Beaman (James Cook University) and a team of scientists from Geoscience Australia, The University of Sydney, and the Queensland Museum, aboard the Schmidt Ocean Institute’s research vessel Falkor, from the 29th of April to 11th of June 2020. The primary objective of the survey was to map in detail the Queensland Plateau, including the steeper reef flanks and target the enigmatic seabed features, like the numerous drowned reef pinnacles and long meandering channels on the plateau surface. The second objective of this survey was to investigate the extent of the bleaching on the mesophotic or deeper reef, and if these reefs could act as a potential refuge for the Great Barrier Reef. The survey also aimed at providing insights into the geological evolution and biodiversity of Australia’s marine frontier. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.8303472672812 152.251648648613 -18.17931420256085 -13.723095471546186 text/html ausseabed:Visioning_the_Coral_Sea_Bathymetry__64m__16-64m_2020_OV This resource includes bathymetry data acquired during the Visioning the Coral Sea Marine Park bathymetry survey using Kongsberg EM302 and EM710 multibeam sonar systems. Visioning the Coral Sea Marine Park bathymetry survey (FK200429/GA4861) was led by Dr. Rob Beaman (James Cook University) and a team of scientists from Geoscience Australia, The University of Sydney, and the Queensland Museum, aboard the Schmidt Ocean Institute’s research vessel Falkor, from the 29th of April to 11th of June 2020. The primary objective of the survey was to map in detail the Queensland Plateau, including the steeper reef flanks and target the enigmatic seabed features, like the numerous drowned reef pinnacles and long meandering channels on the plateau surface. The second objective of this survey was to investigate the extent of the bleaching on the mesophotic or deeper reef, and if these reefs could act as a potential refuge for the Great Barrier Reef. The survey also aimed at providing insights into the geological evolution and biodiversity of Australia’s marine frontier. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 145.8303472672812 152.251648648613 -18.17931420256085 -13.723095471546186 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_2m_2012 Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/78540 <br><a href="https://files.ausseabed.gov.au/survey/VlamingSub-Basin-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32750 115.23599852274951 115.74965704673481 -32.34709698817261 -31.79596397149353 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_North_2m_2012_L0_Coverage features Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_North_2m_2012_L0_Coverage EPSG:4326 CRS:84 115.3930202890001 115.49359827400008 -31.919450309999945 -31.79872570799995 ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_North_2m_2012_HS Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.3914909922614 115.49494353278692 -31.91998006695694 -31.79790622083547 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_North_2m_2012_OV Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.3914909922614 115.49494353278692 -31.91998006695694 -31.79790622083547 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_South_2m_2012_L0_Coverage features Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_South_2m_2012_L0_Coverage EPSG:4326 CRS:84 115.24551706200009 115.59297190500001 -32.34319410899997 -32.173795749999954 ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_South_2m_2012_HS Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.2417553769912 115.59743230657925 -32.345541388046605 -32.17373609055883 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_South_2m_2012_OV Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.2417553769912 115.59743230657925 -32.345541388046605 -32.17373609055883 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_Transit_1_2m_2012_L0_Coverage features Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_Transit_1_2m_2012_L0_Coverage EPSG:4326 CRS:84 115.49109778500008 115.74534742300011 -32.05690650899993 -31.88064345099997 ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_Transit_1_2m_2012_HS Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.4895261847615 115.74856613291541 -32.05867620976319 -31.879958018653113 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_Transit_1_2m_2012_OV Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.4895261847615 115.74856613291541 -32.05867620976319 -31.879958018653113 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_Transit_2_2m_2012_L0_Coverage features Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_Transit_2_2m_2012_L0_Coverage EPSG:4326 CRS:84 115.24391833000004 115.4938677770001 -32.17868454699993 -31.91782814299995 ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_Transit_2_2m_2012_HS Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.23916907720155 115.49452727090055 -32.180239091366644 -31.915196977700397 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_Transit_2_2m_2012_OV Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.23916907720155 115.49452727090055 -32.180239091366644 -31.915196977700397 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_North_2m_2012 Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/78540 <br><a href="https://files.ausseabed.gov.au/survey/VlamingSub-Basin-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32750 115.3914909922614 115.49494353278692 -31.91998006695694 -31.79790622083547 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_North_2m_2012_L0_Coverage features Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_North_2m_2012_L0_Coverage EPSG:4326 CRS:84 115.3930202890001 115.49359827400008 -31.919450309999945 -31.79872570799995 ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_North_2m_2012_HS Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.3914909922614 115.49494353278692 -31.91998006695694 -31.79790622083547 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_North_2m_2012_OV Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.3914909922614 115.49494353278692 -31.91998006695694 -31.79790622083547 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_South_2m_2012 Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/78540 <br><a href="https://files.ausseabed.gov.au/survey/VlamingSub-Basin-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32750 115.2417553769912 115.59743230657925 -32.345541388046605 -32.17373609055883 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_South_2m_2012_L0_Coverage features Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_South_2m_2012_L0_Coverage EPSG:4326 CRS:84 115.24551706200009 115.59297190500001 -32.34319410899997 -32.173795749999954 ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_South_2m_2012_HS Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.2417553769912 115.59743230657925 -32.345541388046605 -32.17373609055883 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_South_2m_2012_OV Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.2417553769912 115.59743230657925 -32.345541388046605 -32.17373609055883 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_Transit_1_2m_2012 Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/78540 <br><a href="https://files.ausseabed.gov.au/survey/VlamingSub-Basin-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32750 115.4895261847615 115.74856613291541 -32.05867620976319 -31.879958018653113 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_Transit_1_2m_2012_L0_Coverage features Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_Transit_1_2m_2012_L0_Coverage EPSG:4326 CRS:84 115.49109778500008 115.74534742300011 -32.05690650899993 -31.88064345099997 ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_Transit_1_2m_2012_HS Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.4895261847615 115.74856613291541 -32.05867620976319 -31.879958018653113 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_Transit_1_2m_2012_OV Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.4895261847615 115.74856613291541 -32.05867620976319 -31.879958018653113 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_Transit_2_2m_2012 Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/78540 <br><a href="https://files.ausseabed.gov.au/survey/VlamingSub-Basin-Bathymetry-2m-2012.zip" target="_blank">Download Bathymetry</a> EPSG:32750 115.23916907720155 115.49452727090055 -32.180239091366644 -31.915196977700397 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_Transit_2_2m_2012_L0_Coverage features Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_Transit_2_2m_2012_L0_Coverage EPSG:4326 CRS:84 115.24391833000004 115.4938677770001 -32.17868454699993 -31.91782814299995 ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_Transit_2_2m_2012_HS Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.23916907720155 115.49452727090055 -32.180239091366644 -31.915196977700397 text/html ausseabed:Vlaming_sub_Basin__Fremantle_to_Fremantle__Bathymetry_Transit_2_2m_2012_OV Geoscience Australia conducted a marine survey to provide seabed environmental information to support the assessment of the CO2 storage potential of the Vlaming Sub-Basin. The survey was undertaken under the Australian Government's National CO2 Infrastructure Plan (NCIP) to help identify sites suitable for the long term storage of CO2. The major aim of this survey was to look for evidence of any gas fluid seepage at the seabed and wether the location had faults that have been identified in a number of seismic lines. The survey also mapped seabed biota in the area of interest to indentify any biota communities that are related with seepage. This research addresses key questions of the regional seal integrity of the Southern Perth Shale and the potential for storing of CO2 in the Early Cretaceous Gage Sandstone. The survey was conducted by Fugro's Southern Supporter in the Vlaming Sub-Basin, North and South of Rotnest Island between the period of the 17th of March to the 20th of April 2012. Shallow seismic sub bottom profiler data were acquired as well as high resolution multibeam bathymetry and backscatter data during the survey. This dataset is not to be used for navigational purposes. This dataset is not to be used for navigational purposes. EPSG:32750 CRS:84 115.23916907720155 115.49452727090055 -32.180239091366644 -31.915196977700397 text/html ausseabed:Wallaby-Zenith_Fracture_Zone_Bathymetry_64-128m_2023 The Wallaby-Zenith Fracture Zone Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia during the expedition “Indomitable‿ onboard the RV DSSV Pressure Drop from the 8th March to the 2nd June 2021 led by Dr. Todd Bond, using a Kongsberg EM124. The expedition was funded by a joint mission between Caladan Oceanic LLC (US) and the Minderoo Foundation (Australia). This dataset contains a 64m-resolution and a 128mm-resolution 32-bit floating point GeoTIFF files of the bathymetry in the study area, derived from the processed EM124 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/148851 <br><a href="https://files.ausseabed.gov.au/survey/WallabyZenithFractureZone-Bathymetry-64m-128m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 102.02849401361338 114.48388695621009 -30.358744689876055 -20.28870222011895 text/html ausseabed:Wallaby-Zenith_Fracture_Zone_Bathymetry__128m__64-128m_2023_L0_Coverage features Wallaby-Zenith_Fracture_Zone_Bathymetry__128m__64-128m_2023_L0_Coverage EPSG:4326 CRS:84 102.05264072800009 111.88955241600007 -29.123812701999952 -20.765599837999957 ausseabed:Wallaby-Zenith_Fracture_Zone_Bathymetry__128m__64-128m_2023_HS The Wallaby-Zenith Fracture Zone Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia during the expedition “Indomitable‿ onboard the RV DSSV Pressure Drop from the 8th March to the 2nd June 2021 led by Dr. Todd Bond, using a Kongsberg EM124. The expedition was funded by a joint mission between Caladan Oceanic LLC (US) and the Minderoo Foundation (Australia). This dataset contains a 64m-resolution and a 128mm-resolution 32-bit floating point GeoTIFF files of the bathymetry in the study area, derived from the processed EM124 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 102.02849401361338 111.88955241567294 -30.358744689876055 -20.76559983815232 text/html ausseabed:Wallaby-Zenith_Fracture_Zone_Bathymetry__128m__64-128m_2023_OV The Wallaby-Zenith Fracture Zone Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia during the expedition “Indomitable‿ onboard the RV DSSV Pressure Drop from the 8th March to the 2nd June 2021 led by Dr. Todd Bond, using a Kongsberg EM124. The expedition was funded by a joint mission between Caladan Oceanic LLC (US) and the Minderoo Foundation (Australia). This dataset contains a 64m-resolution and a 128mm-resolution 32-bit floating point GeoTIFF files of the bathymetry in the study area, derived from the processed EM124 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 102.02849401361338 111.88955241567294 -30.358744689876055 -20.76559983815232 text/html ausseabed:Wallaby-Zenith_Fracture_Zone_Bathymetry__64m__64-128m_2023_L0_Coverage Wallaby-Zenith_Fracture_Zone_Bathymetry__64m__64-128m_2023_L0_Coverage features EPSG:4326 CRS:84 103.57934552000006 114.4838869560001 -22.20836604999994 -20.288702219999948 ausseabed:Wallaby-Zenith_Fracture_Zone_Bathymetry__64m__64-128m_2023_HS The Wallaby-Zenith Fracture Zone Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia during the expedition “Indomitable‿ onboard the RV DSSV Pressure Drop from the 8th March to the 2nd June 2021 led by Dr. Todd Bond, using a Kongsberg EM124. The expedition was funded by a joint mission between Caladan Oceanic LLC (US) and the Minderoo Foundation (Australia). This dataset contains a 64m-resolution and a 128mm-resolution 32-bit floating point GeoTIFF files of the bathymetry in the study area, derived from the processed EM124 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 103.57934552011731 114.48388695621009 -22.208366049671003 -20.28870222011895 text/html ausseabed:Wallaby-Zenith_Fracture_Zone_Bathymetry__64m__64-128m_2023_OV The Wallaby-Zenith Fracture Zone Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia during the expedition “Indomitable‿ onboard the RV DSSV Pressure Drop from the 8th March to the 2nd June 2021 led by Dr. Todd Bond, using a Kongsberg EM124. The expedition was funded by a joint mission between Caladan Oceanic LLC (US) and the Minderoo Foundation (Australia). This dataset contains a 64m-resolution and a 128mm-resolution 32-bit floating point GeoTIFF files of the bathymetry in the study area, derived from the processed EM124 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 103.57934552011731 114.48388695621009 -22.208366049671003 -20.28870222011895 text/html ausseabed:Wallaby-Zenith_Fracture_Zone_Bathymetry__128m__64-128m_2023 The Wallaby-Zenith Fracture Zone Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia during the expedition “Indomitable‿ onboard the RV DSSV Pressure Drop from the 8th March to the 2nd June 2021 led by Dr. Todd Bond, using a Kongsberg EM124. The expedition was funded by a joint mission between Caladan Oceanic LLC (US) and the Minderoo Foundation (Australia). This dataset contains a 64m-resolution and a 128mm-resolution 32-bit floating point GeoTIFF files of the bathymetry in the study area, derived from the processed EM124 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/148851 <br><a href="https://files.ausseabed.gov.au/survey/WallabyZenithFractureZone-Bathymetry-64m-128m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 102.02849401361338 111.88955241567294 -30.358744689876055 -20.76559983815232 text/html ausseabed:Wallaby-Zenith_Fracture_Zone_Bathymetry__128m__64-128m_2023_L0_Coverage features Wallaby-Zenith_Fracture_Zone_Bathymetry__128m__64-128m_2023_L0_Coverage EPSG:4326 CRS:84 102.05264072800009 111.88955241600007 -29.123812701999952 -20.765599837999957 ausseabed:Wallaby-Zenith_Fracture_Zone_Bathymetry__128m__64-128m_2023_HS The Wallaby-Zenith Fracture Zone Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia during the expedition “Indomitable‿ onboard the RV DSSV Pressure Drop from the 8th March to the 2nd June 2021 led by Dr. Todd Bond, using a Kongsberg EM124. The expedition was funded by a joint mission between Caladan Oceanic LLC (US) and the Minderoo Foundation (Australia). This dataset contains a 64m-resolution and a 128mm-resolution 32-bit floating point GeoTIFF files of the bathymetry in the study area, derived from the processed EM124 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 102.02849401361338 111.88955241567294 -30.358744689876055 -20.76559983815232 text/html ausseabed:Wallaby-Zenith_Fracture_Zone_Bathymetry__128m__64-128m_2023_OV The Wallaby-Zenith Fracture Zone Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia during the expedition “Indomitable‿ onboard the RV DSSV Pressure Drop from the 8th March to the 2nd June 2021 led by Dr. Todd Bond, using a Kongsberg EM124. The expedition was funded by a joint mission between Caladan Oceanic LLC (US) and the Minderoo Foundation (Australia). This dataset contains a 64m-resolution and a 128mm-resolution 32-bit floating point GeoTIFF files of the bathymetry in the study area, derived from the processed EM124 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 102.02849401361338 111.88955241567294 -30.358744689876055 -20.76559983815232 text/html ausseabed:Wallaby-Zenith_Fracture_Zone_Bathymetry__64m__64-128m_2023 The Wallaby-Zenith Fracture Zone Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia during the expedition “Indomitable‿ onboard the RV DSSV Pressure Drop from the 8th March to the 2nd June 2021 led by Dr. Todd Bond, using a Kongsberg EM124. The expedition was funded by a joint mission between Caladan Oceanic LLC (US) and the Minderoo Foundation (Australia). This dataset contains a 64m-resolution and a 128mm-resolution 32-bit floating point GeoTIFF files of the bathymetry in the study area, derived from the processed EM124 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/148851 <br><a href="https://files.ausseabed.gov.au/survey/WallabyZenithFractureZone-Bathymetry-64m-128m-2021.zip" target="_blank">Download Bathymetry</a> EPSG:4326 103.57934552011731 114.48388695621009 -22.208366049671003 -20.28870222011895 text/html ausseabed:Wallaby-Zenith_Fracture_Zone_Bathymetry__64m__64-128m_2023_L0_Coverage Wallaby-Zenith_Fracture_Zone_Bathymetry__64m__64-128m_2023_L0_Coverage features EPSG:4326 CRS:84 103.57934552000006 114.4838869560001 -22.20836604999994 -20.288702219999948 ausseabed:Wallaby-Zenith_Fracture_Zone_Bathymetry__64m__64-128m_2023_HS The Wallaby-Zenith Fracture Zone Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia during the expedition “Indomitable‿ onboard the RV DSSV Pressure Drop from the 8th March to the 2nd June 2021 led by Dr. Todd Bond, using a Kongsberg EM124. The expedition was funded by a joint mission between Caladan Oceanic LLC (US) and the Minderoo Foundation (Australia). This dataset contains a 64m-resolution and a 128mm-resolution 32-bit floating point GeoTIFF files of the bathymetry in the study area, derived from the processed EM124 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 103.57934552011731 114.48388695621009 -22.208366049671003 -20.28870222011895 text/html ausseabed:Wallaby-Zenith_Fracture_Zone_Bathymetry__64m__64-128m_2023_OV The Wallaby-Zenith Fracture Zone Survey was acquired by the Minderoo-UWA Deep-Sea Research Centre at the University of Western Australia during the expedition “Indomitable‿ onboard the RV DSSV Pressure Drop from the 8th March to the 2nd June 2021 led by Dr. Todd Bond, using a Kongsberg EM124. The expedition was funded by a joint mission between Caladan Oceanic LLC (US) and the Minderoo Foundation (Australia). This dataset contains a 64m-resolution and a 128mm-resolution 32-bit floating point GeoTIFF files of the bathymetry in the study area, derived from the processed EM124 bathymetry data, using QPS Qimera v.2.5 software. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:4326 CRS:84 103.57934552011731 114.48388695621009 -22.208366049671003 -20.28870222011895 text/html ausseabed:Western_Eyre_Marine_Park_Bathymetry_100m_2024 This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Western Eyre Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/150169 <br><a href="https://files.ausseabed.gov.au/survey/WesternEyreMarinePark-Bathymetry-100m-2024.zip" target="_blank">Download Bathymetry</a> EPSG:4326 134.0001297 134.50074212399983 -36.74984195770008 -36.62721139 text/html ausseabed:Western_Eyre_Marine_Park_Bathymetry__100m_2024_L0_Coverage features Western_Eyre_Marine_Park_Bathymetry__100m_2024_L0_Coverage EPSG:4326 CRS:84 134.00012970000012 134.5007421240001 -36.749841957999934 -36.62721138999996 ausseabed:Western_Eyre_Marine_Park_Bathymetry__100m_2024_HS This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Western Eyre Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 134.0001297 134.50074212399983 -36.74984195770008 -36.62721139 text/html ausseabed:Western_Eyre_Marine_Park_Bathymetry__100m_2024_OV This dataset is part of a broader survey carried out by EGS onboard the survey vessel RV Bold Explorer (RV BE) during the SUBCO Subsea Cable Network (SSCN) cable route survey. The area is confined to the data within the Western Eyre Marine Park. The Survey team and client representative joined the RV Bold Explorer on 17th April 2024 at Fremantle Port, Australia. Following the embarkation of the survey team, equipment testing and commissioning was carried out. Calibration and verification of the DGPS positioning system and survey gyros onboard RV BE were performed while the vessel was alongside at Fremantle Port, Australia between 17th April and 18th April 2024. Prior to departure, tow sensors and hull-mounted sensors were wet tested. All systems were found to be operational. The RV Bold Explorer departed Fremantle Port, Australia and transited to the first site on 19th April 2024. The offshore calibration of shallow water multibeam echosounder (MBES) and USBL were performed on 19th April 2024 while the calibration of deep water MBES was carried out on 20th April 2024. The SSCN Segment 2-B survey comprised an investigation of bathymetry, seabed features and shallow geology along the proposed route. A subsequent geotechnical sampling programme was also executed. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 134.0001297 134.50074212399983 -36.74984195770008 -36.62721139 text/html ausseabed:Western_approaches_to_Torres_Strait__QLD_Bathymetry_30m_2020 The Western Approaches to Torres Strait Bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Pacific Conquest, an unmanned vehicle USV and VH-VEH Cessna 441 aircraft during the period 29 October 2020 to 21 February 2021. This is a contracted survey conducted for the Australian Hydrographic Office by Fugro Australia Marine as part of the Hydroscheme Industry Partnership Program (HIPP). The survey area is east of the Western approaches to the Torres Strait. Bathymetry data was acquired using a Kongsberg EM2040 (Dual/Single Head and Dual swath), EM2040P and LADS HD+ and RIEGL VQ-820-G systems and processed using CARIS HIPS & SIPS 11.3.17, LADS HD+ GS, RiWorld processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/147825 <br><a href="https://files.ausseabed.gov.au/survey/WesternApproachesToTorresStraitQLD-HIPP-SI-1004-Bathymetry-30m-2020.zip" target="_blank">Download Bathymetry</a> EPSG:4326 140.9972762914256 141.6459497580883 -10.885560034139333 -10.73033115304348 text/html ausseabed:Western_approaches_to_Torres_Strait__QLD_Bathymetry__HIPP_SI_1004__30m_2020_L0_Coverage features Western_approaches_to_Torres_Strait__QLD_Bathymetry__HIPP_SI_1004__30m_2020_L0_Coverage EPSG:4326 CRS:84 140.99727629100005 141.64594975800003 -10.88556003399998 -10.730331152999952 ausseabed:Western_approaches_to_Torres_Strait__QLD_Bathymetry__HIPP_SI_1004__30m_2020_HS The Western Approaches to Torres Strait Bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Pacific Conquest, an unmanned vehicle USV and VH-VEH Cessna 441 aircraft during the period 29 October 2020 to 21 February 2021. This is a contracted survey conducted for the Australian Hydrographic Office by Fugro Australia Marine as part of the Hydroscheme Industry Partnership Program (HIPP). The survey area is east of the Western approaches to the Torres Strait. Bathymetry data was acquired using a Kongsberg EM2040 (Dual/Single Head and Dual swath), EM2040P and LADS HD+ and RIEGL VQ-820-G systems and processed using CARIS HIPS & SIPS 11.3.17, LADS HD+ GS, RiWorld processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 140.9972762914256 141.6459497580883 -10.885560034139333 -10.73033115304348 text/html ausseabed:Western_approaches_to_Torres_Strait__QLD_Bathymetry__HIPP_SI_1004__30m_2020_OV The Western Approaches to Torres Strait Bathymetry survey was acquired for the Australian Hydrographic Office (AHO) onboard the MV Pacific Conquest, an unmanned vehicle USV and VH-VEH Cessna 441 aircraft during the period 29 October 2020 to 21 February 2021. This is a contracted survey conducted for the Australian Hydrographic Office by Fugro Australia Marine as part of the Hydroscheme Industry Partnership Program (HIPP). The survey area is east of the Western approaches to the Torres Strait. Bathymetry data was acquired using a Kongsberg EM2040 (Dual/Single Head and Dual swath), EM2040P and LADS HD+ and RIEGL VQ-820-G systems and processed using CARIS HIPS & SIPS 11.3.17, LADS HD+ GS, RiWorld processing software. The dataset was then exported as a 30m resolution, 32 bit floating point GeoTIFF grid of the survey area. This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 140.9972762914256 141.6459497580883 -10.885560034139333 -10.73033115304348 text/html ausseabed:Wilsons_Promontory_-_West_Glennie_and_Refuge_Cove_Bathymetry_2m_2016 The Wilsons Promontory West Glennie and Refuge Cove bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the M/V Yolla on 18 June 2016 using a Kongsberg EM2040c. This survey was part of a Parks Victoria project to assess the impact of the Wilsons Promontory Marine National Park on southern rock lobster populations. These data were collected to provide habitat information in the sampling locations outside the park where no multibeam data existed. The survey was led by Dr. Daniel Ierodiaconou (Deakin University). This dataset contains a 2m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Young M, Porskamp P, Murfitt S, Wines S, Tinkler P, Bursic, J., Allan B, Howe S, Whitmarsh S, Pocklington J, Ierodiaconou D 2022. Baseline habitat mapping and enhanced monitoring trials of subtidal and intertidal reef habitats in Victoria’s marine national parks and sanctuaries. Parks Victoria Technical Series 116. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146465 <br><a href="https://files.ausseabed.gov.au/survey/WilsonsPromontoryNationalPark-Bathymetry-2m-2016.zip" target="_blank">Download Bathymetry</a> EPSG:32755 145.99662550008674 146.66568949053436 -39.19140487490801 -38.89687219530408 text/html ausseabed:Wilsons_Promontory_-_West_Glennie_and_Refuge_Cove_Bathymetry__2m_2016_L0_Coverage features Wilsons_Promontory_-_West_Glennie_and_Refuge_Cove_Bathymetry__2m_2016_L0_Coverage EPSG:4326 CRS:84 146.21532696600002 146.48654898300003 -39.12810503299994 -39.01867310199998 ausseabed:Wilsons_Promontory_-_West_Glennie_and_Refuge_Cove_Bathymetry__2m_2016_HS The Wilsons Promontory West Glennie and Refuge Cove bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the M/V Yolla on 18 June 2016 using a Kongsberg EM2040c. This survey was part of a Parks Victoria project to assess the impact of the Wilsons Promontory Marine National Park on southern rock lobster populations. These data were collected to provide habitat information in the sampling locations outside the park where no multibeam data existed. The survey was led by Dr. Daniel Ierodiaconou (Deakin University). This dataset contains a 2m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Young M, Porskamp P, Murfitt S, Wines S, Tinkler P, Bursic, J., Allan B, Howe S, Whitmarsh S, Pocklington J, Ierodiaconou D 2022. Baseline habitat mapping and enhanced monitoring trials of subtidal and intertidal reef habitats in Victoria’s marine national parks and sanctuaries. Parks Victoria Technical Series 116. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 145.99662550008674 146.66568949053436 -39.19140487490801 -38.89687219530408 text/html ausseabed:Wilsons_Promontory_-_West_Glennie_and_Refuge_Cove_Bathymetry__2m_2016_OV The Wilsons Promontory West Glennie and Refuge Cove bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the M/V Yolla on 18 June 2016 using a Kongsberg EM2040c. This survey was part of a Parks Victoria project to assess the impact of the Wilsons Promontory Marine National Park on southern rock lobster populations. These data were collected to provide habitat information in the sampling locations outside the park where no multibeam data existed. The survey was led by Dr. Daniel Ierodiaconou (Deakin University). This dataset contains a 2m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Young M, Porskamp P, Murfitt S, Wines S, Tinkler P, Bursic, J., Allan B, Howe S, Whitmarsh S, Pocklington J, Ierodiaconou D 2022. Baseline habitat mapping and enhanced monitoring trials of subtidal and intertidal reef habitats in Victoria’s marine national parks and sanctuaries. Parks Victoria Technical Series 116. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 145.99662550008674 146.66568949053436 -39.19140487490801 -38.89687219530408 text/html ausseabed:Wilsons_Promontory_Marine_National_Park_Bathymetry_0_25m_2013 The Wilsons Promontory bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the M/V Yolla from 9 – 18 April and 27 May to 10 June 2013 using a Kongsberg EM2040c. This survey was part of a Parks Victoria project to better understand the habitats and associated biodiversity of Wilsons Promontory Marine National Park. The survey was led by Dr. Daniel Ierodiaconou (Deakin University). This dataset contains a 2.5m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Young M, Porskamp P, Murfitt S, Wines S, Tinkler P, Bursic, J., Allan B, Howe S, Whitmarsh S, Pocklington J, Ierodiaconou D 2022. Baseline habitat mapping and enhanced monitoring trials of subtidal and intertidal reef habitats in Victoria’s marine national parks and sanctuaries. Parks Victoria Technical Series 116. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. <br>https://pid.geoscience.gov.au/dataset/ga/146471 <br><a href="https://files.ausseabed.gov.au/survey/WilsonsPromontoryMarineNationalPark-0.2m-2013.zip" target="_blank">Download Bathymetry</a> EPSG:32755 146.14216834558945 146.54556425766302 -39.19359092874809 -39.02341867231312 text/html ausseabed:Wilsons_Promontory_Marine_National_Park_Bathymetry__0_25m__0_25m_2013_L0_Coverage features Wilsons_Promontory_Marine_National_Park_Bathymetry__0_25m__0_25m_2013_L0_Coverage EPSG:4326 CRS:84 146.22835315500004 146.4824742950001 -39.18715846599997 -39.04574659399998 ausseabed:Wilsons_Promontory_Marine_National_Park_Bathymetry__0_25m__0_25m_2013_HS The Wilsons Promontory bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the M/V Yolla from 9 – 18 April and 27 May to 10 June 2013 using a Kongsberg EM2040c. This survey was part of a Parks Victoria project to better understand the habitats and associated biodiversity of Wilsons Promontory Marine National Park. The survey was led by Dr. Daniel Ierodiaconou (Deakin University). This dataset contains a 2.5m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Young M, Porskamp P, Murfitt S, Wines S, Tinkler P, Bursic, J., Allan B, Howe S, Whitmarsh S, Pocklington J, Ierodiaconou D 2022. Baseline habitat mapping and enhanced monitoring trials of subtidal and intertidal reef habitats in Victoria’s marine national parks and sanctuaries. Parks Victoria Technical Series 116. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 146.14216834558945 146.54556425766302 -39.19359092874809 -39.02341867231312 text/html ausseabed:Wilsons_Promontory_Marine_National_Park_Bathymetry__0_25m__0_25m_2013_OV The Wilsons Promontory bathymetry survey was acquired by Deakin University Marine Mapping lab onboard the M/V Yolla from 9 – 18 April and 27 May to 10 June 2013 using a Kongsberg EM2040c. This survey was part of a Parks Victoria project to better understand the habitats and associated biodiversity of Wilsons Promontory Marine National Park. The survey was led by Dr. Daniel Ierodiaconou (Deakin University). This dataset contains a 2.5m-resolution 32-bit floating point GeoTIFF file of the bathymetry in the study area, derived from the processed EM2040C bathymetry data, using CARIS HIPS and SIPS software. A detailed report on the survey is provided in: Young M, Porskamp P, Murfitt S, Wines S, Tinkler P, Bursic, J., Allan B, Howe S, Whitmarsh S, Pocklington J, Ierodiaconou D 2022. Baseline habitat mapping and enhanced monitoring trials of subtidal and intertidal reef habitats in Victoria’s marine national parks and sanctuaries. Parks Victoria Technical Series 116. This dataset is not to be used for navigational purposes. This dataset is published with the permission of the CEO, Geoscience Australia. EPSG:32755 CRS:84 146.14216834558945 146.54556425766302 -39.19359092874809 -39.02341867231312 text/html ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry_2m_2022 The Zeehan and Franklin Marine Parks, West Coast Tasmania Bathymetry Acquisition was acquired by CSIRO onboard the TV Bluefin between 22 Feb 2022 and 21 Mar 2022, using a Kongsberg EM2040C. This was a contracted survey conducted for the Institute for Marine and Antarctic Studies (IMAS), University of Tasmania, to conduct a multibeam survey encompasing the Zeehan and Franklin Marine Parks for Parks Australia. Bathymetry data was processed using QPS Qimera and Caris Hips & Sips processing software. The dataset was then exported as a 2m resolution, 32 bit floating point GeoTIFF grid of the survey area. A detailed report on the survey is provided in: Hydrographic Survey of Zeehan and Franklin Marine Parks, West Coast Tasmania (https://figshare.utas.edu.au/articles/report/Hydrographic_Survey_of_Zeehan_and_Franklin_Marine_Parks_West_Coast_Tasmania/23171318). This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149125 <br><a href="https://files.ausseabed.gov.au/survey/ZeehanandFranklinMarineParksWestCoastTasmania-Bathymetry-2m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:4326 142.06138464438223 147.98933127167558 -41.560116445300444 -38.624925153356955 text/html ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Franklin__2m_2022_L0_Coverage features Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Franklin__2m_2022_L0_Coverage EPSG:4326 CRS:84 144.1375474020001 144.40656491700008 -41.00248491599996 -40.527811475999954 ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Franklin__2m_2022_HS The Zeehan and Franklin Marine Parks, West Coast Tasmania Bathymetry Acquisition was acquired by CSIRO onboard the TV Bluefin between 22 Feb 2022 and 21 Mar 2022, using a Kongsberg EM2040C. This was a contracted survey conducted for the Institute for Marine and Antarctic Studies (IMAS), University of Tasmania, to conduct a multibeam survey encompasing the Zeehan and Franklin Marine Parks for Parks Australia. Bathymetry data was processed using QPS Qimera and Caris Hips & Sips processing software. The dataset was then exported as a 2m resolution, 32 bit floating point GeoTIFF grid of the survey area. A detailed report on the survey is provided in: Hydrographic Survey of Zeehan and Franklin Marine Parks, West Coast Tasmania (https://figshare.utas.edu.au/articles/report/Hydrographic_Survey_of_Zeehan_and_Franklin_Marine_Parks_West_Coast_Tasmania/23171318). This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 143.36630402725706 145.6398049261974 -41.25774865838461 -40.3051933122891 text/html ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Franklin__2m_2022_OV The Zeehan and Franklin Marine Parks, West Coast Tasmania Bathymetry Acquisition was acquired by CSIRO onboard the TV Bluefin between 22 Feb 2022 and 21 Mar 2022, using a Kongsberg EM2040C. This was a contracted survey conducted for the Institute for Marine and Antarctic Studies (IMAS), University of Tasmania, to conduct a multibeam survey encompasing the Zeehan and Franklin Marine Parks for Parks Australia. Bathymetry data was processed using QPS Qimera and Caris Hips & Sips processing software. The dataset was then exported as a 2m resolution, 32 bit floating point GeoTIFF grid of the survey area. A detailed report on the survey is provided in: Hydrographic Survey of Zeehan and Franklin Marine Parks, West Coast Tasmania (https://figshare.utas.edu.au/articles/report/Hydrographic_Survey_of_Zeehan_and_Franklin_Marine_Parks_West_Coast_Tasmania/23171318). This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 143.36630402725706 145.6398049261974 -41.25774865838461 -40.3051933122891 text/html ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Zeehan__2m_2022_L0_Coverage features Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Zeehan__2m_2022_L0_Coverage EPSG:4326 CRS:84 143.18717108400006 143.7433468600001 -39.959949105999954 -39.78465445899997 ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Zeehan__2m_2022_HS The Zeehan and Franklin Marine Parks, West Coast Tasmania Bathymetry Acquisition was acquired by CSIRO onboard the TV Bluefin between 22 Feb 2022 and 21 Mar 2022, using a Kongsberg EM2040C. This was a contracted survey conducted for the Institute for Marine and Antarctic Studies (IMAS), University of Tasmania, to conduct a multibeam survey encompasing the Zeehan and Franklin Marine Parks for Parks Australia. Bathymetry data was processed using QPS Qimera and Caris Hips & Sips processing software. The dataset was then exported as a 2m resolution, 32 bit floating point GeoTIFF grid of the survey area. A detailed report on the survey is provided in: Hydrographic Survey of Zeehan and Franklin Marine Parks, West Coast Tasmania (https://figshare.utas.edu.au/articles/report/Hydrographic_Survey_of_Zeehan_and_Franklin_Marine_Parks_West_Coast_Tasmania/23171318). This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 142.92128837262464 143.9073870958032 -40.11945662215511 -39.62983443896157 text/html ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Zeehan__2m_2022_OV The Zeehan and Franklin Marine Parks, West Coast Tasmania Bathymetry Acquisition was acquired by CSIRO onboard the TV Bluefin between 22 Feb 2022 and 21 Mar 2022, using a Kongsberg EM2040C. This was a contracted survey conducted for the Institute for Marine and Antarctic Studies (IMAS), University of Tasmania, to conduct a multibeam survey encompasing the Zeehan and Franklin Marine Parks for Parks Australia. Bathymetry data was processed using QPS Qimera and Caris Hips & Sips processing software. The dataset was then exported as a 2m resolution, 32 bit floating point GeoTIFF grid of the survey area. A detailed report on the survey is provided in: Hydrographic Survey of Zeehan and Franklin Marine Parks, West Coast Tasmania (https://figshare.utas.edu.au/articles/report/Hydrographic_Survey_of_Zeehan_and_Franklin_Marine_Parks_West_Coast_Tasmania/23171318). This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 142.92128837262464 143.9073870958032 -40.11945662215511 -39.62983443896157 text/html ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Transit__2m_2022_L0_Coverage features Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Transit__2m_2022_L0_Coverage EPSG:4326 CRS:84 143.45596487900002 146.75323147400002 -41.068558321999944 -39.63328405999994 ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Transit__2m_2022_HS The Zeehan and Franklin Marine Parks, West Coast Tasmania Bathymetry Acquisition was acquired by CSIRO onboard the TV Bluefin between 22 Feb 2022 and 21 Mar 2022, using a Kongsberg EM2040C. This was a contracted survey conducted for the Institute for Marine and Antarctic Studies (IMAS), University of Tasmania, to conduct a multibeam survey encompasing the Zeehan and Franklin Marine Parks for Parks Australia. Bathymetry data was processed using QPS Qimera and Caris Hips & Sips processing software. The dataset was then exported as a 2m resolution, 32 bit floating point GeoTIFF grid of the survey area. A detailed report on the survey is provided in: Hydrographic Survey of Zeehan and Franklin Marine Parks, West Coast Tasmania (https://figshare.utas.edu.au/articles/report/Hydrographic_Survey_of_Zeehan_and_Franklin_Marine_Parks_West_Coast_Tasmania/23171318). This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 142.06138464438223 147.98933127167558 -41.560116445300444 -38.624925153356955 text/html ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Transit__2m_2022_OV The Zeehan and Franklin Marine Parks, West Coast Tasmania Bathymetry Acquisition was acquired by CSIRO onboard the TV Bluefin between 22 Feb 2022 and 21 Mar 2022, using a Kongsberg EM2040C. This was a contracted survey conducted for the Institute for Marine and Antarctic Studies (IMAS), University of Tasmania, to conduct a multibeam survey encompasing the Zeehan and Franklin Marine Parks for Parks Australia. Bathymetry data was processed using QPS Qimera and Caris Hips & Sips processing software. The dataset was then exported as a 2m resolution, 32 bit floating point GeoTIFF grid of the survey area. A detailed report on the survey is provided in: Hydrographic Survey of Zeehan and Franklin Marine Parks, West Coast Tasmania (https://figshare.utas.edu.au/articles/report/Hydrographic_Survey_of_Zeehan_and_Franklin_Marine_Parks_West_Coast_Tasmania/23171318). This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 142.06138464438223 147.98933127167558 -41.560116445300444 -38.624925153356955 text/html ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Franklin__2m_2022 The Zeehan and Franklin Marine Parks, West Coast Tasmania Bathymetry Acquisition was acquired by CSIRO onboard the TV Bluefin between 22 Feb 2022 and 21 Mar 2022, using a Kongsberg EM2040C. This was a contracted survey conducted for the Institute for Marine and Antarctic Studies (IMAS), University of Tasmania, to conduct a multibeam survey encompasing the Zeehan and Franklin Marine Parks for Parks Australia. Bathymetry data was processed using QPS Qimera and Caris Hips & Sips processing software. The dataset was then exported as a 2m resolution, 32 bit floating point GeoTIFF grid of the survey area. A detailed report on the survey is provided in: Hydrographic Survey of Zeehan and Franklin Marine Parks, West Coast Tasmania (https://figshare.utas.edu.au/articles/report/Hydrographic_Survey_of_Zeehan_and_Franklin_Marine_Parks_West_Coast_Tasmania/23171318). This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149125 <br><a href="https://files.ausseabed.gov.au/survey/ZeehanandFranklinMarineParksWestCoastTasmania-Bathymetry-2m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:4326 143.36630402725706 145.6398049261974 -41.25774865838461 -40.3051933122891 text/html ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Franklin__2m_2022_L0_Coverage features Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Franklin__2m_2022_L0_Coverage EPSG:4326 CRS:84 144.1375474020001 144.40656491700008 -41.00248491599996 -40.527811475999954 ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Franklin__2m_2022_HS The Zeehan and Franklin Marine Parks, West Coast Tasmania Bathymetry Acquisition was acquired by CSIRO onboard the TV Bluefin between 22 Feb 2022 and 21 Mar 2022, using a Kongsberg EM2040C. This was a contracted survey conducted for the Institute for Marine and Antarctic Studies (IMAS), University of Tasmania, to conduct a multibeam survey encompasing the Zeehan and Franklin Marine Parks for Parks Australia. Bathymetry data was processed using QPS Qimera and Caris Hips & Sips processing software. The dataset was then exported as a 2m resolution, 32 bit floating point GeoTIFF grid of the survey area. A detailed report on the survey is provided in: Hydrographic Survey of Zeehan and Franklin Marine Parks, West Coast Tasmania (https://figshare.utas.edu.au/articles/report/Hydrographic_Survey_of_Zeehan_and_Franklin_Marine_Parks_West_Coast_Tasmania/23171318). This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 143.36630402725706 145.6398049261974 -41.25774865838461 -40.3051933122891 text/html ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Franklin__2m_2022_OV The Zeehan and Franklin Marine Parks, West Coast Tasmania Bathymetry Acquisition was acquired by CSIRO onboard the TV Bluefin between 22 Feb 2022 and 21 Mar 2022, using a Kongsberg EM2040C. This was a contracted survey conducted for the Institute for Marine and Antarctic Studies (IMAS), University of Tasmania, to conduct a multibeam survey encompasing the Zeehan and Franklin Marine Parks for Parks Australia. Bathymetry data was processed using QPS Qimera and Caris Hips & Sips processing software. The dataset was then exported as a 2m resolution, 32 bit floating point GeoTIFF grid of the survey area. A detailed report on the survey is provided in: Hydrographic Survey of Zeehan and Franklin Marine Parks, West Coast Tasmania (https://figshare.utas.edu.au/articles/report/Hydrographic_Survey_of_Zeehan_and_Franklin_Marine_Parks_West_Coast_Tasmania/23171318). This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 143.36630402725706 145.6398049261974 -41.25774865838461 -40.3051933122891 text/html ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Transit__2m_2022 The Zeehan and Franklin Marine Parks, West Coast Tasmania Bathymetry Acquisition was acquired by CSIRO onboard the TV Bluefin between 22 Feb 2022 and 21 Mar 2022, using a Kongsberg EM2040C. This was a contracted survey conducted for the Institute for Marine and Antarctic Studies (IMAS), University of Tasmania, to conduct a multibeam survey encompasing the Zeehan and Franklin Marine Parks for Parks Australia. Bathymetry data was processed using QPS Qimera and Caris Hips & Sips processing software. The dataset was then exported as a 2m resolution, 32 bit floating point GeoTIFF grid of the survey area. A detailed report on the survey is provided in: Hydrographic Survey of Zeehan and Franklin Marine Parks, West Coast Tasmania (https://figshare.utas.edu.au/articles/report/Hydrographic_Survey_of_Zeehan_and_Franklin_Marine_Parks_West_Coast_Tasmania/23171318). This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149125 <br><a href="https://files.ausseabed.gov.au/survey/ZeehanandFranklinMarineParksWestCoastTasmania-Bathymetry-2m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:4326 142.06138464438223 147.98933127167558 -41.560116445300444 -38.624925153356955 text/html ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Transit__2m_2022_L0_Coverage features Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Transit__2m_2022_L0_Coverage EPSG:4326 CRS:84 143.45596487900002 146.75323147400002 -41.068558321999944 -39.63328405999994 ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Transit__2m_2022_HS The Zeehan and Franklin Marine Parks, West Coast Tasmania Bathymetry Acquisition was acquired by CSIRO onboard the TV Bluefin between 22 Feb 2022 and 21 Mar 2022, using a Kongsberg EM2040C. This was a contracted survey conducted for the Institute for Marine and Antarctic Studies (IMAS), University of Tasmania, to conduct a multibeam survey encompasing the Zeehan and Franklin Marine Parks for Parks Australia. Bathymetry data was processed using QPS Qimera and Caris Hips & Sips processing software. The dataset was then exported as a 2m resolution, 32 bit floating point GeoTIFF grid of the survey area. A detailed report on the survey is provided in: Hydrographic Survey of Zeehan and Franklin Marine Parks, West Coast Tasmania (https://figshare.utas.edu.au/articles/report/Hydrographic_Survey_of_Zeehan_and_Franklin_Marine_Parks_West_Coast_Tasmania/23171318). This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 142.06138464438223 147.98933127167558 -41.560116445300444 -38.624925153356955 text/html ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Transit__2m_2022_OV The Zeehan and Franklin Marine Parks, West Coast Tasmania Bathymetry Acquisition was acquired by CSIRO onboard the TV Bluefin between 22 Feb 2022 and 21 Mar 2022, using a Kongsberg EM2040C. This was a contracted survey conducted for the Institute for Marine and Antarctic Studies (IMAS), University of Tasmania, to conduct a multibeam survey encompasing the Zeehan and Franklin Marine Parks for Parks Australia. Bathymetry data was processed using QPS Qimera and Caris Hips & Sips processing software. The dataset was then exported as a 2m resolution, 32 bit floating point GeoTIFF grid of the survey area. A detailed report on the survey is provided in: Hydrographic Survey of Zeehan and Franklin Marine Parks, West Coast Tasmania (https://figshare.utas.edu.au/articles/report/Hydrographic_Survey_of_Zeehan_and_Franklin_Marine_Parks_West_Coast_Tasmania/23171318). This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 142.06138464438223 147.98933127167558 -41.560116445300444 -38.624925153356955 text/html ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Zeehan__2m_2022 The Zeehan and Franklin Marine Parks, West Coast Tasmania Bathymetry Acquisition was acquired by CSIRO onboard the TV Bluefin between 22 Feb 2022 and 21 Mar 2022, using a Kongsberg EM2040C. This was a contracted survey conducted for the Institute for Marine and Antarctic Studies (IMAS), University of Tasmania, to conduct a multibeam survey encompasing the Zeehan and Franklin Marine Parks for Parks Australia. Bathymetry data was processed using QPS Qimera and Caris Hips & Sips processing software. The dataset was then exported as a 2m resolution, 32 bit floating point GeoTIFF grid of the survey area. A detailed report on the survey is provided in: Hydrographic Survey of Zeehan and Franklin Marine Parks, West Coast Tasmania (https://figshare.utas.edu.au/articles/report/Hydrographic_Survey_of_Zeehan_and_Franklin_Marine_Parks_West_Coast_Tasmania/23171318). This dataset is not to be used for navigational purposes. <br>https://pid.geoscience.gov.au/dataset/ga/149125 <br><a href="https://files.ausseabed.gov.au/survey/ZeehanandFranklinMarineParksWestCoastTasmania-Bathymetry-2m-2022.zip" target="_blank">Download Bathymetry</a> EPSG:4326 142.92128837262464 143.9073870958032 -40.11945662215511 -39.62983443896157 text/html ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Zeehan__2m_2022_L0_Coverage features Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Zeehan__2m_2022_L0_Coverage EPSG:4326 CRS:84 143.18717108400006 143.7433468600001 -39.959949105999954 -39.78465445899997 ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Zeehan__2m_2022_HS The Zeehan and Franklin Marine Parks, West Coast Tasmania Bathymetry Acquisition was acquired by CSIRO onboard the TV Bluefin between 22 Feb 2022 and 21 Mar 2022, using a Kongsberg EM2040C. This was a contracted survey conducted for the Institute for Marine and Antarctic Studies (IMAS), University of Tasmania, to conduct a multibeam survey encompasing the Zeehan and Franklin Marine Parks for Parks Australia. Bathymetry data was processed using QPS Qimera and Caris Hips & Sips processing software. The dataset was then exported as a 2m resolution, 32 bit floating point GeoTIFF grid of the survey area. A detailed report on the survey is provided in: Hydrographic Survey of Zeehan and Franklin Marine Parks, West Coast Tasmania (https://figshare.utas.edu.au/articles/report/Hydrographic_Survey_of_Zeehan_and_Franklin_Marine_Parks_West_Coast_Tasmania/23171318). This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 142.92128837262464 143.9073870958032 -40.11945662215511 -39.62983443896157 text/html ausseabed:Zeehan_and_Franklin_Marine_Parks__West_Coast_Tasmania_Bathymetry__Zeehan__2m_2022_OV The Zeehan and Franklin Marine Parks, West Coast Tasmania Bathymetry Acquisition was acquired by CSIRO onboard the TV Bluefin between 22 Feb 2022 and 21 Mar 2022, using a Kongsberg EM2040C. This was a contracted survey conducted for the Institute for Marine and Antarctic Studies (IMAS), University of Tasmania, to conduct a multibeam survey encompasing the Zeehan and Franklin Marine Parks for Parks Australia. Bathymetry data was processed using QPS Qimera and Caris Hips & Sips processing software. The dataset was then exported as a 2m resolution, 32 bit floating point GeoTIFF grid of the survey area. A detailed report on the survey is provided in: Hydrographic Survey of Zeehan and Franklin Marine Parks, West Coast Tasmania (https://figshare.utas.edu.au/articles/report/Hydrographic_Survey_of_Zeehan_and_Franklin_Marine_Parks_West_Coast_Tasmania/23171318). This dataset is not to be used for navigational purposes. EPSG:4326 CRS:84 142.92128837262464 143.9073870958032 -40.11945662215511 -39.62983443896157 text/html ausseabed:Areas_of_Interest features SURVEY_COORDINATION_AREA_OF_INTEREST_SUBMISSIONS EPSG:4326 CRS:84 -180.0 180.0 -90.0 90.0 ausseabed:MARINEDATAREGISTER_ACQUISITIONS_INDEX <div>The AusSeabed Bathymetry Survey Acquisitions Coverage database contains polygon extents of bathymetry data acquisitions along with identifying attributes and contact details where the data is not held by Geoscience Australia. It is an important scientific resource that identifies data spanning coastal, continental shelf and deep sea locations. </div><div><br></div><div>This dataset is live and will continue to be augmented as coverage details are supplied from AusSeabed collaborators who wish to share their knowledge of data availability to the broader marine community. The database is updated regularly and is made available via the AusSeabed Marine Data Portal using OGC compliant web services. Surveys/Data Acquisitions have been conducted by a wide range of organisations and countries, both inside and outside Australia's marine jurisdiction, using multiple systems andfor various applications. Data coverages are published where the polygon extents intersects with Australia's marine jurisdiction, including the Australian Antarctic Territory. Each polygon in the layer contains metadata describing survey details. </div><div>Note that polygons may not be representative of the true survey extent due to the data gridding process. </div><div><br></div><div>Please contact us at ausseabed@ga.gov.au if you wish to contribute coverage information to the database.</div><br> http://pid.geoscience.gov.au/dataset/ga/148613 features MARINEDATAREGISTER_ACQUISITIONS_INDEX EPSG:4326 CRS:84 -360.0 360.0 -90.0 90.0 text/html ausseabed:MARINEDATAREGISTER_COMPILATIONS_INDEX <div>The AusSeabed Bathymetry Compilations Coverage Database contains polygon extents of bathymetry data acquisitions along with identifying attributes and contact details where the data is not held by Geoscience Australia. It is an important scientific resource that identifies data spanning coastal, continental shelf and deep sea locations. </div><div><br></div><div>This dataset is live and will continue to be augmented as coverage details are supplied from AusSeabed collaborators who wish to share their knowledge of data availability to the broader marine community. The database is updated regularly and is made available via the AusSeabed Marine Data Portal using OGC compliant web services. Compilations have been generated from one or more Survey/Data Acquisitions by a wide range of organisations and countries, both inside and outside Australia's marine jurisdiction, using multiple systems and for various applications. Compilation coverages are published where the polygon extents intersects with Australia's marine jurisdiction, including the Australian Antarctic Territory. Each polygon in the layer contains metadata describing compilation details. </div><div>Note that polygons may not be representative of the true survey extent due to the data gridding process. </div><div><br></div><div>Please contact us at ausseabed@ga.gov.au if you wish to contribute coverage information to the database.</div><br> http://pid.geoscience.gov.au/dataset/ga/148614 features MARINEDATAREGISTER_COMPILATIONS_INDEX EPSG:4326 CRS:84 -360.0 360.0 -90.0 90.0 text/html ausseabed:SWC_Shelf_Morphological_Features This dataset describes the seabed morphological features of an area in the South-west Corner Marine Park. The area is within the National Park Zone and adjacent Special Purpose Zone of the Capes region of the marine park. Multibeam bathymetry data of the area was collected during March 2020 and January-February 2021 by Geoscience Australia. The seabed morphological features of the area were mapped using semi-automatic seabed morphology mapping ArcGIS python tools developed by Geoscience Australia. As the result of the mapping, this dataset contains five bathymetric high features: Bank, Cone, Hummock, Mound and Ridge, and one morphology surface feature: Plane, defined in Dove et al. (2020). Dove, D., Nanson, R., Bjarnadóttir, L., Guinan, J., Gafeira, J., Post, A., Dolan, M.; Stewart, H.; Arosio, R, Scott, G. (October, 2020). A two-part seabed geomorphology classification scheme (v.2); Part 1: morphology features glossary. Zenodo. http://doi.org/10.5281/zenodo.4075248<br> http://pid.geoscience.gov.au/dataset/ga/146848 features swc_shelf_morphological_features EPSG:4326 CRS:84 114.71179962158203 114.95310974121094 -34.135921478271484 -34.01309585571289 text/html ausseabed:Seabed_Sediments_Collection The MARine Sediment (MARS) database contains detailed information on seabed sediment characteristics for samples collected from Australia's marine jurisdiction, including the Australian Antarctic Territory. It is an important scientific resource that includes sediment properties from seabed and sub-seabed samples spanning coastal, continental shelf and deep sea locations. Analytical properties include grain size, carbonate content, mineralogy, geochemical properties and age determinations. MARS currently holds approximately 100,000 sample records and new data are being added as they become available. Please contact us at ausseabed@ga.gov.au if you wish to contribute marine sediment data to the MARS database.<br> http://pid.geoscience.gov.au/dataset/ga/69869 features MARSED_GA_SURVEY_SAMPLES EPSG:4283 CRS:84 61.16996153559901 179.983335305966 -77.81200889211976 -6.726679867449659 text/html ausseabed:Survey_Plans features SURVEY_COORDINATION_SURVEY_PLAN_SUBMISSIONS EPSG:4326 CRS:84 -180.0 180.0 -90.0 90.0 ausseabed:Survey_Plans_HIPP SURVEY_COORDINATION_AHO_HIPP_REQUEST_SURVEY_PLAN_SUBMISSIONS features EPSG:4326 CRS:84 -180.0 180.0 -90.0 90.0