WMS This Web Map Service provides access to airborne electromagnetics (AEM) derived conductivity grids in the Upper Darling Floodplain region. The grids represent 30 depth intervals from modelling of AEM data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Geophysics Grid Geophysical survey Regional AEM Airborne Electromagnetics Upper Darling Floodplain Conductivity EFTF Exploring For The Future Client Services Geoscience Australia Postal

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This product is released under the Creative Commons Attribution 4.0 International Licence. http://creativecommons.org/licenses/by/4.0/legalcode text/xml image/png application/atom+xml application/geopackage+sqlite3 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 This Web Map Service provides access to airborne electromagnetics (AEM) derived conductivity grids in the Upper Darling Floodplain region. The grids represent 30 depth intervals from modelling of AEM data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. EPSG:4283 EPSG:4326 EPSG:3857 EPSG:3112 EPSG:7844 EPSG:7845 EPSG:28349 EPSG:28350 EPSG:28351 EPSG:28352 EPSG:28353 EPSG:28354 EPSG:28355 EPSG:28356 EPSG:32749 EPSG:32750 EPSG:32751 EPSG:32752 EPSG:32753 EPSG:32754 EPSG:32755 EPSG:32756 EPSG:7849 EPSG:7850 EPSG:7851 EPSG:7852 EPSG:7853 EPSG:7854 EPSG:7855 EPSG:7856 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 This layer group contains airborne electromagnetics (AEM) derived conductivity grids in the Upper Darling Floodplain region. The grids represent 30 depth intervals from modelling of AEM data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000000-000002 This layer contains a conductivity grid corresponding to a depth interval of 0 - 2m in the Upper Darling Floodplain. The grid represents layer 1 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000002-000004 This layer contains a conductivity grid corresponding to a depth interval of 2 - 4.2m in the Upper Darling Floodplain. The grid represents layer 2 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000004-000007 This layer contains a conductivity grid corresponding to a depth interval of 4.2 - 6.6m in the Upper Darling Floodplain. The grid represents layer 3 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000007-000009 This layer contains a conductivity grid corresponding to a depth interval of 6.6 - 9.3m in the Upper Darling Floodplain. The grid represents layer 4 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000009-000012 This layer contains a conductivity grid corresponding to a depth interval of 9.3 - 12.2m in the Upper Darling Floodplain. The grid represents layer 5 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000012-000015 This layer contains a conductivity grid corresponding to a depth interval of 12.2 - 15.4m in the Upper Darling Floodplain. The grid represents layer 6 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000015-000019 This layer contains a conductivity grid corresponding to a depth interval of 15.4 - 19m in the Upper Darling Floodplain. The grid represents layer 7 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000019-000023 This layer contains a conductivity grid corresponding to a depth interval of 19 - 22.9m in the Upper Darling Floodplain. The grid represents layer 8 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000023-000027 This layer contains a conductivity grid corresponding to a depth interval of 22.9 - 27.2m in the Upper Darling Floodplain. The grid represents layer 9 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000027-000032 This layer contains a conductivity grid corresponding to a depth interval of 27.2 - 31.9m in the Upper Darling Floodplain. The grid represents layer 10 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000032-000037 This layer contains a conductivity grid corresponding to a depth interval of 31.9 - 37.2m in the Upper Darling Floodplain. The grid represents layer 11 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000037-000043 This layer contains a conductivity grid corresponding to a depth interval of 37.2 - 42.9m in the Upper Darling Floodplain. The grid represents layer 12 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000043-000049 This layer contains a conductivity grid corresponding to a depth interval of 42.9 - 49.2m in the Upper Darling Floodplain. The grid represents layer 13 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000049-000056 This layer contains a conductivity grid corresponding to a depth interval of 49.2 - 56.2m in the Upper Darling Floodplain. The grid represents layer 14 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000056-000064 This layer contains a conductivity grid corresponding to a depth interval of 56.2 - 63.8m in the Upper Darling Floodplain. The grid represents layer 15 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000064-000072 This layer contains a conductivity grid corresponding to a depth interval of 63.8 - 72.2m in the Upper Darling Floodplain. The grid represents layer 16 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000072-000082 This layer contains a conductivity grid corresponding to a depth interval of 72.2 - 81.5m in the Upper Darling Floodplain. The grid represents layer 17 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000082-000092 This layer contains a conductivity grid corresponding to a depth interval of 81.5 - 91.7m in the Upper Darling Floodplain. The grid represents layer 18 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000092-000103 This layer contains a conductivity grid corresponding to a depth interval of 91.7 - 102.9m in the Upper Darling Floodplain. The grid represents layer 19 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000103-000115 This layer contains a conductivity grid corresponding to a depth interval of 102.9 - 115.2m in the Upper Darling Floodplain. The grid represents layer 20 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000115-000129 This layer contains a conductivity grid corresponding to a depth interval of 115.2 - 128.8m in the Upper Darling Floodplain. The grid represents layer 21 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000129-000144 This layer contains a conductivity grid corresponding to a depth interval of 128.8 - 143.7m in the Upper Darling Floodplain. The grid represents layer 22 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000144-000160 This layer contains a conductivity grid corresponding to a depth interval of 143.7 - 160.2m in the Upper Darling Floodplain. The grid represents layer 23 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000160-000178 This layer contains a conductivity grid corresponding to a depth interval of 160.2 - 178.3m in the Upper Darling Floodplain. The grid represents layer 24 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000178-000198 This layer contains a conductivity grid corresponding to a depth interval of 178.3 - 198.2m in the Upper Darling Floodplain. The grid represents layer 25 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000198-000220 This layer contains a conductivity grid corresponding to a depth interval of 198.2 - 220.1m in the Upper Darling Floodplain. The grid represents layer 26 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000220-000244 This layer contains a conductivity grid corresponding to a depth interval of 220.1 - 244.2m in the Upper Darling Floodplain. The grid represents layer 27 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000244-000271 This layer contains a conductivity grid corresponding to a depth interval of 244.2 - 270.8m in the Upper Darling Floodplain. The grid represents layer 28 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000271-000300 This layer contains a conductivity grid corresponding to a depth interval of 270.8 - 300m in the Upper Darling Floodplain. The grid represents layer 29 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html UDF_AEM_Cond_Depth_Int_000300-000330 This layer contains a conductivity grid corresponding to a depth interval of 300+m in the Upper Darling Floodplain. The grid represents layer 30 of 30 AEM model layers generated from data acquired in the Upper Darling Floodplain, New South Wales, Airborne Electromagnetic Survey (https://dx.doi.org/10.26186/147267), an Exploring for the Future (EFTF) project jointly funded by Geoscience Australia and New South Wales Department of Planning and Environment (NSW DPE). The AEM conductivity model delineates important subsurface features for assessing the groundwater system including lithological boundaries, palaeovalleys and hydrostatigraphy. Upper Darling Floodplain Airborne Electromagnetics AEM Groundwater Palaeovalleys Geophysical Inversion Conductivity EFTF - Exploring For The Future EPSG:7855 CRS:84 142.97859380660424 147.79450439987497 -32.05922139988521 -28.988639909398884 text/html