Thickness of Upper Tertiary Aquifer (marine) - UTAM - 104 - The thickness of the aquifer is determined by subtracting the depth of the base layer from the depth of the surface layer. As the geological components vary within and between aquifers, this is not an indication of volume or yield. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victorian Aquifer Framework - Upper Tertiary Aquifer (marine) - Thickness of Aquifer
An OGC compliant Web Map Service (WMS) endpoint for this resource. To access this layer directly the layer_name will need to be specified.
Victorian Aquifer Framework - Upper Tertiary Aquifer (marine) - Thickness of Aquifer - WMS
A Zipped GeoTIFF raster output provided by GeoServer CSW DirectDownload service
Victorian Aquifer Framework - Upper Tertiary Aquifer (marine) - Thickness of Aquifer - GeoTIFF ZIP
Victorian Aquifer Framework - Lower Tertiary Basalt A stage (112) - Clipped to Port Phillip Bay Top Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_LTBA_1T1 - GeoTIFF ZIP
Surface of Upper Tertiary / Quaternary Basalts - UTB - 101 - The depth to the aquifer surface is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Upper Tertiary / Quaternary Basalts - Depth to Aquifer Surface (mAHD)
Victoria Aquifer Framework - Upper Tertiary / Quaternary Basalts - Depth to Aquifer Surface (mAHD) - WMS
Victoria Aquifer Framework - Upper Tertiary / Quaternary Basalts - Depth to Aquifer Surface (mAHD) - GeoTIFF ZIP
Upper-Mid Tertiary Aquifer - UMTA - 107 - The depth to the aquifer layer (metres) is subtracted from the current ground surface. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victoria Aquifer Framework - Upper-Mid Tertiary Aquifer - Depth to Aquifer Surface
Victoria Aquifer Framework - Upper-Mid Tertiary Aquifer - Depth to Aquifer Surface - WMS
Victoria Aquifer Framework - Upper-Mid Tertiary Aquifer - Depth to Aquifer Surface - GeoTIFF ZIP
Boundaries defining the approximate jurisdiction of the Rural Water Corporations in Victoria.
Rural Water Corporation Boundaries - WMS
CSV feed provided by GeoServer WFS service.
Rural Water Corporation Boundaries - CSV
An OGC compliant Web Feature Service (WFS) endpoint for this resource. To access the service for this resource directly the feature_type will need to be passed to the service as typeName.
Rural Water Corporation Boundaries - WFS
Rural Water Corporation Boundaries - GeoJSON
ESRI Shapefile provided by Geoserver WFS service.
Rural Water Corporation Boundaries - ESRI Shapefile
Upper Tertiary Aquifer (marine) - UTAM - 104 - The depth to the aquifer layer (metres) is subtracted from the current ground surface. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victorian Aquifer Framework - Upper Tertiary Aquifer (marine) - Depth to Aquifer Surface
Victorian Aquifer Framework - Upper Tertiary Aquifer (marine) - Depth to Aquifer Surface - GeoTIFF ZIP
Victorian Aquifer Framework - Upper Tertiary Aquifer (marine) - Depth to Aquifer Surface - WMS
Thickness of Lower Tertiary Aquifer - LTA - 111 - The thickness of the aquifer is determined by subtracting the depth of the base layer from the depth of the surface layer. As the geological components vary within and between aquifers, this is not an indication of volume or yield. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victorian Aquifer Framework - Lower Tertiary Aquifer - Thickness of Aquifer
Victorian Aquifer Framework - Lower Tertiary Aquifer - Thickness of Aquifer - WMS
Victorian Aquifer Framework - Lower Tertiary Aquifer - Thickness of Aquifer - GeoTIFF ZIP
Thickness of Cretaceous and Permian Sediments - CPS - 113 - The thickness of the aquifer is determined by subtracting the depth of the base layer from the depth of the surface layer. As the geological components vary within and between aquifers, this is not an indication of volume or yield. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victoria Aquifer Framework - Cretaceous and Permian Sediments - Thickness of Sediment Aquifer
Victoria Aquifer Framework - Cretaceous and Permian Sediments - Thickness of Sediment Aquifer - GeoTIFF ZIP
Victoria Aquifer Framework - Cretaceous and Permian Sediments - Thickness of Sediment Aquifer - WMS
Victorian Aquifer Framework - Upper-Mid Tertiary Aquitard (108) - Clipped to Port Phillip Bay Top Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_UMTD_1T1 - GeoTIFF ZIP
Cretaceous and Palaeozoic Bedrock (basement) - BSE - 114 - The depth to the aquifer layer (metres) is subtracted from the current ground surface. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victoria Aquifer Framework - Cretaceous and Palaeozoic Bedrock (basement) - Depth to Aquifer Surface
Victoria Aquifer Framework - Cretaceous and Palaeozoic Bedrock (basement) - Depth to Aquifer Surface - GeoTIFF ZIP
Victoria Aquifer Framework - Cretaceous and Palaeozoic Bedrock (basement) - Depth to Aquifer Surface - WMS
Thickness of Upper Mid-Tertiary Aquitard - UMTD - 108 - The thickness of the confining layer is determined by subtracting the depth of the base layer from the depth of the surface layer. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victorian Aquifer Framework - Upper Mid-Tertiary Aquitard - Thickness of Confining Layer
Victorian Aquifer Framework - Upper Mid-Tertiary Aquitard - Thickness of Confining Layer - GeoTIFF ZIP
Victorian Aquifer Framework - Upper Mid-Tertiary Aquitard - Thickness of Confining Layer - WMS
Victorian Aquifer Framework - Upper Tertiary Aquifer (fluvial) (105) - Clipped to Port Phillip Bay Bottom Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_UTAF_2B1 - GeoTIFF ZIP
Victorian Aquifer Framework - Upper Tertiary Aquifer (marine) (104) - Clipped to Port Phillip Bay Bottom Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_UTAM_2B1 - GeoTIFF ZIP
Lower Mid-Tertiary Aquifer - LMTA - 109 - The depth to the aquifer layer (metres) is subtracted from the current ground surface. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victoria Aquifer Framework - Lower Mid-Tertiary Aquifer - Depth to Aquifer Surface
Victoria Aquifer Framework - Lower Mid-Tertiary Aquifer - Depth to Aquifer Surface - GeoTIFF ZIP
Victoria Aquifer Framework - Lower Mid-Tertiary Aquifer - Depth to Aquifer Surface - WMS
This layer contains the locations of all the Water Management Information Systems (WMIS) bores within the Port Phillip Bay region. The layer was created by using a polygon of Port Phillip bay to extract the relevant bores from the entire WMIS data set.
Victorian Aquifer Framework - Quaternary Alluvium (100) - Clipped to Port Phillip Bay Bottom Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_QA_2B1 - GeoTIFF ZIP
Property build years as at 2005 - GeoJSON
Property build years as at 2005 - ESRI Shapefile
These are the locations of the bores used in the construction of the hydrogeological conceptual model of the Nepean Peninsula of Port Phillip Bay. The data was sourced from the Southern Rural Water (SRW) and the State Observation Network for water monitoring located in the Water Management Information System (WMIS).
Port_Phillip_Bay_SRW_Nepean_Bore_Summary_location - WMS
Port_Phillip_Bay_SRW_Nepean_Bore_Summary_location - ESRI Shapefile
Port_Phillip_Bay_SRW_Nepean_Bore_Summary_location - CSV
Port_Phillip_Bay_SRW_Nepean_Bore_Summary_location - WFS
Port_Phillip_Bay_SRW_Nepean_Bore_Summary_location - GeoJSON
Victorian Aquifer Framework - Lower-Mid Tertiary Aquitard (110) - Clipped to Port Phillip Bay Base Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_LMTD_2B1 - GeoTIFF ZIP
Use of Victoria's groundwater resources resulting in the public benefit, including welfare, safety, health or aesthetic enjoyment.
Beneficial Use - Watertable - ESRI Shapefile
Thickness of Upper Tertiary Aquifer (fluvial) - UTAF - 105 - The thickness of the aquifer is determined by subtracting the depth of the base layer from the depth of the surface layer. As the geological components vary within and between aquifers, this is not an indication of volume or yield. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victorian Aquifer Framework - Upper Tertiary Aquifer (fluvial) - Thickness of Aquifer
Victorian Aquifer Framework - Upper Tertiary Aquifer (fluvial) - Thickness of Aquifer - GeoTIFF ZIP
Victorian Aquifer Framework - Upper Tertiary Aquifer (fluvial) - Thickness of Aquifer - WMS
Base of Upper Mid-Tertiary Aquitard - UMTD - 108 - The depth to the base of the aquitard layer is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Upper Mid-Tertiary Aquitard - Depth to Confining Layer Base (mAHD)
Victoria Aquifer Framework - Upper Mid-Tertiary Aquitard - Depth to Confining Layer Base (mAHD) - WMS
Victoria Aquifer Framework - Upper Mid-Tertiary Aquitard - Depth to Confining Layer Base (mAHD) - GeoTIFF ZIP
Base of Upper Tertiary Aquitard - UTD - 106 - The depth to the base of the aquitard layer is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Upper Tertiary Aquitard - Depth to Confining Layer Base (mAHD)
Victoria Aquifer Framework - Upper Tertiary Aquitard - Depth to Confining Layer Base (mAHD) - GeoTIFF ZIP
Victoria Aquifer Framework - Upper Tertiary Aquitard - Depth to Confining Layer Base (mAHD) - WMS
Victorian Aquifer Framework - Lower Tertiary Basalt B stage (112) - Clipped to Port Phillip Bay - Top Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_LTBB_1T1 - GeoTIFF ZIP
Base of Upper Mid-Tertiary Aquifer - UMTA - 107 - The depth to the base of the aquifer layer is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Upper Mid-Tertiary Aquifer - Depth to Aquifer Base (mAHD)
Victoria Aquifer Framework - Upper Mid-Tertiary Aquifer - Depth to Aquifer Base (mAHD) - WMS
Victoria Aquifer Framework - Upper Mid-Tertiary Aquifer - Depth to Aquifer Base (mAHD) - GeoTIFF ZIP
Visual representation of groundwater salinity levels. Accuracy is indicative only and may be updated without notice.
ArcGrid output provided by GeoServer WCS service
Groundwater Salinity (DELWP) - ArcGrid ZIP
Groundwater Salinity (DELWP) - GeoTIFF ZIP
Victorian Aquifer Framework - topographic surface - clipped to Port Phillip Bay The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_SUR_1T1 - GeoTIFF ZIP
Lower Tertiary Aquifer - LTA - 111 The depth to the aquifer layer (metres) is subtracted from the current ground surface. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victoria Aquifer Framework - Lower Tertiary Aquifer - Depth to Aquifer Surface
Victoria Aquifer Framework - Lower Tertiary Aquifer - Depth to Aquifer Surface - WMS
Victoria Aquifer Framework - Lower Tertiary Aquifer - Depth to Aquifer Surface - GeoTIFF ZIP
Victorian Aquifer Framework - Upper Tertiary Aquifer (fluvial) (105) - Clipped to Port Phillip Bay Top Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_UTAF_1T1 - GeoTIFF ZIP
Base of Upper Tertiary Aquifer (marine) - UTAM - 104 - The depth to the base of the aquifer layer is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Upper Tertiary Aquifer (marine) - Depth to Aquifer Base (mAHD)
Victoria Aquifer Framework - Upper Tertiary Aquifer (marine) - Depth to Aquifer Base (mAHD) - GeoTIFF ZIP
Victoria Aquifer Framework - Upper Tertiary Aquifer (marine) - Depth to Aquifer Base (mAHD) - WMS
Victorian Aquifer Framework - Upper Tertiary Aquifer (marine) (104) - Clipped to Port Phillip Bay Top Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_UTAM_1T1 - GeoTIFF ZIP
Thickness of Lower Tertiary Basalts - LTBa - 112 - The thickness of the 'phase 1' basalts aquifer is determined by subtracting the depth of the base layer from the depth of the surface layer. As the geological components vary within and between aquifers, this is not an indication of volume or yield. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victorian Aquifer Framework - Lower Tertiary Basalts (a) - Thickness of Basalts
Victorian Aquifer Framework - Lower Tertiary Basalts (a) - Thickness of Basalts - GeoTIFF ZIP
Victorian Aquifer Framework - Lower Tertiary Basalts (a) - Thickness of Basalts - WMS
Victorian Aquifer Framework - Quaternary Alluvium (100) - Clipped to Port Phillip Bay Top Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_QA_1T1 - GeoTIFF ZIP
Upper Mid-Tertiary Aquitard - UMTD - 108 - The depth to the aquitard layer (metres) is subtracted from the current ground surface. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victoria Aquifer Framework - Upper Mid-Tertiary Aquitard - Depth to Confining Surface
Victoria Aquifer Framework - Upper Mid-Tertiary Aquitard - Depth to Confining Surface - GeoTIFF ZIP
Victoria Aquifer Framework - Upper Mid-Tertiary Aquitard - Depth to Confining Surface - WMS
Victorian Aquifer Framework - Upper-Mid Tertiary Aquifer (107) - Clipped to Port Phillip Bay Bottom Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_UMTA_2B1 - GeoTIFF ZIP
Thickness of Upper Tertiary / Quaternary Basalts - UTB - 101 - The thickness of the basalts aquifer is determined by subtracting the depth of the base layer from the depth of the surface layer. As the geological components vary within and between aquifers, this is not an indication of volume or yield. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victorian Aquifer Framework - Upper Tertiary / Quaternary Basalts - Thickness of Basalt
Victorian Aquifer Framework - Upper Tertiary / Quaternary Basalts - Thickness of Basalt - GeoTIFF ZIP
Victorian Aquifer Framework - Upper Tertiary / Quaternary Basalts - Thickness of Basalt - WMS
Base of Upper Tertiary / Quaternary Aquifer - UTQA - 102 - The depth to the base of the aquifer layer is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Upper Tertiary / Quaternary Aquifer - Depth to Aquifer Base (mAHD)
Victoria Aquifer Framework - Upper Tertiary / Quaternary Aquifer - Depth to Aquifer Base (mAHD) - WMS
Victoria Aquifer Framework - Upper Tertiary / Quaternary Aquifer - Depth to Aquifer Base (mAHD) - GeoTIFF ZIP
Subtracts the water table surface from the land surface and presents it as a graphical display. Surface water (i.e. lakes and rivers) is usually a visual representation of the water table and consequently have a value of zero.
Surface of Upper Tertiary Aquifer (fluvial) - UTAF - 105 - The depth to the aquifer surface is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Upper Tertiary Aquifer (fluvial) - Depth to Aquifer Surface (mAHD)
Victoria Aquifer Framework - Upper Tertiary Aquifer (fluvial) - Depth to Aquifer Surface (mAHD) - WMS
Victoria Aquifer Framework - Upper Tertiary Aquifer (fluvial) - Depth to Aquifer Surface (mAHD) - GeoTIFF ZIP
Boundaries defining the approximate jurisdiction of the Urban Water Corporations
Urban Water Corporation Boundaries - ESRI Shapefile
Urban Water Corporation Boundaries - GeoJSON
Urban Water Corporation Boundaries - WMS
Urban Water Corporation Boundaries - WFS
Urban Water Corporation Boundaries - CSV
These are the locations of the bores used in the construction of the hydrogeological conceptual model of the Werribee Region of Port Phillip Bay. The data was sourced from the Southern Rural Water (SRW) and the State Observation Network for water monitoring located in the Water Management Information System (WMIS).
Port_Phillip_Bay_SRW_Werribee_Bore_Summary_location - WMS
Port_Phillip_Bay_SRW_Werribee_Bore_Summary_location - CSV
Port_Phillip_Bay_SRW_Werribee_Bore_Summary_location - GeoJSON
Port_Phillip_Bay_SRW_Werribee_Bore_Summary_location - WFS
Port_Phillip_Bay_SRW_Werribee_Bore_Summary_location - ESRI Shapefile
These are the locations of the bores used in the construction of the hydrogeological conceptual model of the Eastern Sands region of Port Phillip Bay. The data was sourced from the Water Management Information System (WMIS), the Environmental Protection Agency audit reports, and the Environmental Effects Statement from the Level Crossings Removal project for Edithvale & Bonbeach.
Port_Phillip_Bay_Eastern_Sandbelt_Bore_locations - CSV
Port_Phillip_Bay_Eastern_Sandbelt_Bore_locations - GeoJSON
Port_Phillip_Bay_Eastern_Sandbelt_Bore_locations - WFS
Port_Phillip_Bay_Eastern_Sandbelt_Bore_locations - WMS
Port_Phillip_Bay_Eastern_Sandbelt_Bore_locations - ESRI Shapefile
Lower Tertiary Basalts - LTBa - 112 - The depth to the 'phase 1' basalts layer (metres) is subtracted from the current ground surface. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victoria Aquifer Framework - Lower Tertiary Basalts (a) - Depth to Basalt Surface
Victoria Aquifer Framework - Lower Tertiary Basalts (a) - Depth to Basalt Surface - GeoTIFF ZIP
Victoria Aquifer Framework - Lower Tertiary Basalts (a) - Depth to Basalt Surface - WMS
radar_coverage_128km_wgs84 - ESRI Shapefile
Upper Tertiary / Quaternary Basalt - UTB - 101: The depth to the aquifer layer (metres) is subtracted from the current ground surface. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victorian Aquifer Framework - Upper Tertiary / Quaternary Basalt - Depth to Aquifer Surface
Victorian Aquifer Framework - Upper Tertiary / Quaternary Basalt - Depth to Aquifer Surface - GeoTIFF ZIP
Victorian Aquifer Framework - Upper Tertiary / Quaternary Basalt - Depth to Aquifer Surface - WMS
Surface of Lower Tertiary Aquifer - LTA - 111 - The depth to the aquifer surface is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Lower Tertiary Aquifer - Depth to Aquifer Surface (mAHD)
Victoria Aquifer Framework - Lower Tertiary Aquifer - Depth to Aquifer Surface (mAHD) - GeoTIFF ZIP
Victoria Aquifer Framework - Lower Tertiary Aquifer - Depth to Aquifer Surface (mAHD) - WMS
The watertable elevation was supplied with the original Victorian Aquifer Framework data and has been clipped to the extent of Port Phillip Bay.
PPB_Watertable_Elevation_Clipped - GeoTIFF ZIP
Base of Upper Tertiary Aquifer (fluvial) - UTAF - 105 - The depth to the base of the aquifer layer is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Upper Tertiary Aquifer (fluvial) - Depth to Aquifer Base (mAHD)
Victoria Aquifer Framework - Upper Tertiary Aquifer (fluvial) - Depth to Aquifer Base (mAHD) - WMS
Victoria Aquifer Framework - Upper Tertiary Aquifer (fluvial) - Depth to Aquifer Base (mAHD) - GeoTIFF ZIP
This layer displays the isometric water table elevation contours for Port Phillip Bay, based on the water table elevation data supplied with the Victorian Aquifer Framework data. The contours are based on 30m intervals, and the layer was used to create a groundwater flow net.
Victorian Aquifer Framework - Cretaceous & Palaeozoic Basement (114) Clipped to Port Phillip Bay - Bottom Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_BSE_2B1 - GeoTIFF ZIP
CCMA Soil Profiles (pits) - ESRI Shapefile
Surface of Upper Tertiary Aquitard - UTD - 106 - The depth to the aquitard surface is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Upper Tertiary Aquitard - Depth to Confining Layer Surface (mAHD)
Victoria Aquifer Framework - Upper Tertiary Aquitard - Depth to Confining Layer Surface (mAHD) - GeoTIFF ZIP
Victoria Aquifer Framework - Upper Tertiary Aquitard - Depth to Confining Layer Surface (mAHD) - WMS
Upper Tertiary Aquitard - UTD - 106 - The depth to the aquitard layer (metres) is subtracted from the current ground surface. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victoria Aquifer Framework - Upper Tertiary Aquitard - Depth to Confining Surface
Victoria Aquifer Framework - Upper Tertiary Aquitard - Depth to Confining Surface - GeoTIFF ZIP
Victoria Aquifer Framework - Upper Tertiary Aquitard - Depth to Confining Surface - WMS
Base of Lower Tertiary Basalts - LTBb - 112 - The depth to the base of 'phase 2' basalts layer is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-da
Victoria Aquifer Framework - Lower Tertiary Basalts (b) - Depth to Basalt Base (mAHD)
Victoria Aquifer Framework - Lower Tertiary Basalts (b) - Depth to Basalt Base (mAHD) - GeoTIFF ZIP
Victoria Aquifer Framework - Lower Tertiary Basalts (b) - Depth to Basalt Base (mAHD) - WMS
Surface of Upper Mid-Tertiary Aquifer - UMTA - 107 - The depth to the aquifer surface is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Upper Mid-Tertiary Aquifer - Depth to Aquifer Surface(mAHD)
Victoria Aquifer Framework - Upper Mid-Tertiary Aquifer - Depth to Aquifer Surface(mAHD) - GeoTIFF ZIP
Victoria Aquifer Framework - Upper Mid-Tertiary Aquifer - Depth to Aquifer Surface(mAHD) - WMS
Surface of Upper Tertiary / Quaternary Aquitard- UTQD - 103 - The depth to the aquitard surface is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Upper Tertiary / Quaternary Aquitard - Depth to Confining Layer Surface (mAHD)
Victoria Aquifer Framework - Upper Tertiary / Quaternary Aquitard - Depth to Confining Layer Surface (mAHD) - GeoTIFF ZIP
Victoria Aquifer Framework - Upper Tertiary / Quaternary Aquitard - Depth to Confining Layer Surface (mAHD) - WMS
Victorian Aquifer Framework - Upper Tertiary/Quaternary Basalt (101) - Port Phillip Bay Bottom Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_UTB_2B1 - GeoTIFF ZIP
Base of Cretaceous and Permian Sediments - CPS - 113 - The depth to the base of the Cretaceous and Permian sediment layer is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Cretaceous and Permian Sediments - Depth to Sediment Layer Base (mAHD)
Victoria Aquifer Framework - Cretaceous and Permian Sediments - Depth to Sediment Layer Base (mAHD) - GeoTIFF ZIP
Victoria Aquifer Framework - Cretaceous and Permian Sediments - Depth to Sediment Layer Base (mAHD) - WMS
Victorian Aquifer Framework - Upper-Mid Tertiary Aquitard (108) - Clipped to Port Phillip Bay Bottom Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_UMTD_2B1 - GeoTIFF ZIP
Victorian Aquifer Framework - Lower Tertiary Basalt A stage (112) - Clipped to Port Phillip Bay Bottom Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_LTBA_2B1 - GeoTIFF ZIP
Base of Upper Tertiary / Quaternary Basalts - UTB - 101 - The depth to the base of the aquifer layer is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victorian Aquifer Framework - Upper Tertiary / Quaternary Basalts - Depth to Aquifer Base (mAHD)
Victorian Aquifer Framework - Upper Tertiary / Quaternary Basalts - Depth to Aquifer Base (mAHD) - GeoTIFF ZIP
Victorian Aquifer Framework - Upper Tertiary / Quaternary Basalts - Depth to Aquifer Base (mAHD) - WMS
Groundwater Dependent Ecosystem (GDE) terrestrial vegetation has seasonal or episodic dependence on groundwater for survival, not limited to surface water. A weighting was applied to the data to privide information for the relative density of a GDE The following classification has been applied: 0 = No Terrestrial GDE 1 = Low Density Terrestrial GDE 2 = Low-Medium Density Terrestrial GDE 3 = Medium Density Terrestrial GDE 4 = High Density Terrestrial GDE
Victorian Aquifer Framework - Cretaceous & Palaeozoic Basement (114) Clipped to Port Phillip Bay - Top Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_BSE_1T1 - GeoTIFF ZIP
Victorian Aquifer Framework - Upper Tertiary/Quaternary Basalt (101) - Clipped to Port Phillip Bay Top Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_UTB_1T1 - GeoTIFF ZIP
Thickness of Upper Tertiary / Quaternary Aquitard -UTQD - 103 - The thickness of the confining layer is determined by subtracting the depth of the base layer from the depth of the surface layer. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victorian Aquifer Framework - Upper Tertiary / Quaternary Aquitard - Thickness of Confining Layer
Victorian Aquifer Framework - Upper Tertiary / Quaternary Aquitard - Thickness of Confining Layer - GeoTIFF ZIP
Victorian Aquifer Framework - Upper Tertiary / Quaternary Aquitard - Thickness of Confining Layer - WMS
Victorian Aquifer Framework - Lower Tertiary Basalt B stage (112) - Clipped to Port Phillip Bay Bottom Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_LTBB_2B1 - GeoTIFF ZIP
Upper Tertiary / Quaternary Aquifer - UTQA - 102 - The depth to the aquifer layer (metres) is subtracted from the current ground surface. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victorian Aquifer Framework - Upper Tertiary / Quaternary Aquifer - Depth to Aquifer Surface
Victorian Aquifer Framework - Upper Tertiary / Quaternary Aquifer - Depth to Aquifer Surface - GeoTIFF ZIP
Victorian Aquifer Framework - Upper Tertiary / Quaternary Aquifer - Depth to Aquifer Surface - WMS
Base of Lower Mid-Tertiary Aquifer - LMTA - 109 - The depth to the base of the aquifer layer is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Lower Mid-Tertiary Aquifer - Depth to Aquifer Base (mAHD)
Victoria Aquifer Framework - Lower Mid-Tertiary Aquifer - Depth to Aquifer Base (mAHD) - GeoTIFF ZIP
Victoria Aquifer Framework - Lower Mid-Tertiary Aquifer - Depth to Aquifer Base (mAHD) - WMS
Surface of Upper Mid-Tertiary Aquitard - UMTD - 108 - The depth to the aquitard surrface is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Upper Mid-Tertiary Aquitard - Depth to Confining Layer Surface (mAHD)
Victoria Aquifer Framework - Upper Mid-Tertiary Aquitard - Depth to Confining Layer Surface (mAHD) - WMS
Victoria Aquifer Framework - Upper Mid-Tertiary Aquitard - Depth to Confining Layer Surface (mAHD) - GeoTIFF ZIP
Surface of Lower Tertiary Basalts - LTBa - 112 - The depth to the surface of the 'phase 1' basalts layer is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Lower Tertiary Basalts (a) - Depth to Basalt Surface (mAHD)
Victoria Aquifer Framework - Lower Tertiary Basalts (a) - Depth to Basalt Surface (mAHD) - WMS
Victoria Aquifer Framework - Lower Tertiary Basalts (a) - Depth to Basalt Surface (mAHD) - GeoTIFF ZIP
Upper Tertiary Aquifer (fluvial) - UTAF - 105 - The depth to the aquifer layer (metres) is subtracted from the current ground surface. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victoria Aquifer Framework - Upper Tertiary Aquifer (fluvial) - Depth to Aquifer Surface
Victoria Aquifer Framework - Upper Tertiary Aquifer (fluvial) - Depth to Aquifer Surface - GeoTIFF ZIP
Victoria Aquifer Framework - Upper Tertiary Aquifer (fluvial) - Depth to Aquifer Surface - WMS
Base of Lower Tertiary Basalts - LTBa - 112 - The depth to the base of 'phase 1' basalts layer is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Lower Tertiary Basalts (a) - Depth to Basalt Base (mAHD)
Victoria Aquifer Framework - Lower Tertiary Basalts (a) - Depth to Basalt Base (mAHD) - WMS
Victoria Aquifer Framework - Lower Tertiary Basalts (a) - Depth to Basalt Base (mAHD) - GeoTIFF ZIP
Victorian Aquifer Framework - Lower-Mid Tertiary Aquitard (110) - Clipped to Port Phillip Bay - Top Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_LMTD_1T1 - GeoTIFF ZIP
Surface of Upper Tertiary / Quaternary Aquifer - UTQA - 102 - The depth to the aquifer surface is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Upper Tertiary / Quaternary Aquifer - Depth to Aquifer surface (mAHD)
Victoria Aquifer Framework - Upper Tertiary / Quaternary Aquifer - Depth to Aquifer surface (mAHD) - WMS
Victoria Aquifer Framework - Upper Tertiary / Quaternary Aquifer - Depth to Aquifer surface (mAHD) - GeoTIFF ZIP
Victorian Aquifer Framework - Upper-Mid Tertiary Aquifer (107) - Clipped to Port Phillip Bay Top Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_UMTA_1T1 - GeoTIFF ZIP
Surface of Upper Tertiary Aquifer (marine) - UTAM - 104 - The depth to the aquifer surface is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 merers below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Upper Tertiary Aquifer (marine) - Depth to Aquifer Surface (mAHD)
Victoria Aquifer Framework - Upper Tertiary Aquifer (marine) - Depth to Aquifer Surface (mAHD) - GeoTIFF ZIP
Victoria Aquifer Framework - Upper Tertiary Aquifer (marine) - Depth to Aquifer Surface (mAHD) - WMS
Surface of Lower Tertiary Basalts - LTBb - 112 - The depth to the surface of the 'phase 2' basalts layer is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Lower Tertiary Basalts (b) - Depth to Basalt Surface (mAHD)
Victoria Aquifer Framework - Lower Tertiary Basalts (b) - Depth to Basalt Surface (mAHD) - GeoTIFF ZIP
Victoria Aquifer Framework - Lower Tertiary Basalts (b) - Depth to Basalt Surface (mAHD) - WMS
Thickness of Lower Mid-Tertiary Aquifer - LMTA - 109 - The thickness of the aquifer is determined by subtracting the depth of the base layer from the depth of the surface layer. As the geological components vary within and between aquifers, this is not an indication of volume or yield. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victorian Aquifer Framework - Lower Mid-Tertiary Aquifer - Thickness of Aquifer
Victorian Aquifer Framework - Lower Mid-Tertiary Aquifer - Thickness of Aquifer - WMS
Victorian Aquifer Framework - Lower Mid-Tertiary Aquifer - Thickness of Aquifer - GeoTIFF ZIP
Base of Upper Tertiary / Quaternary Aquitard - UTQD - 103 - The depth to the base of the aquitard layer is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Upper Tertiary / Quaternary Aquitard - Depth to Confining Layer Base (mAHD)
Victoria Aquifer Framework - Upper Tertiary / Quaternary Aquitard - Depth to Confining Layer Base (mAHD) - GeoTIFF ZIP
Victoria Aquifer Framework - Upper Tertiary / Quaternary Aquitard - Depth to Confining Layer Base (mAHD) - WMS
Victorian Aquifer Framework - Lower Tertiary Aquifer (111) - Clipped to Port Phillip Bay - Bottom Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_LTA_2B1 - GeoTIFF ZIP
Base of Lower Tertiary Aquifer - LTA - 111 - The depth to the base of the aquifer layer is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Lower Tertiary Aquifer - Depth to Aquifer Base (mAHD)
Victoria Aquifer Framework - Lower Tertiary Aquifer - Depth to Aquifer Base (mAHD) - GeoTIFF ZIP
Victoria Aquifer Framework - Lower Tertiary Aquifer - Depth to Aquifer Base (mAHD) - WMS
Surface of Cretaceous and Permian Sediments - CPS - 113 - The depth to the surface of the Cretaceous and Permian sediment layer is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Cretaceous and Permian Sediments - Depth to Sediment Layer Surface (mAHD)
Victoria Aquifer Framework - Cretaceous and Permian Sediments - Depth to Sediment Layer Surface (mAHD) - GeoTIFF ZIP
Victoria Aquifer Framework - Cretaceous and Permian Sediments - Depth to Sediment Layer Surface (mAHD) - WMS
Victorian Aquifer Framework - Lower Tertiary Aquifer (111) - Clipped to Port Phillip Bay - Top Elevation The original dataset was produced by GHD in 2012 using (in part) data provided by Southern Rural Water Corporation and Goulburn-Murray Water Corporation. It has been subsequently amended by Hocking et al and SKM in 2013.
PPB_VAF_clipped_3111_LTA_1T1 - GeoTIFF ZIP
Thickness of Upper Tertiary / Quaternary Aquifer - UTQA - 102 - The thickness of the aquifer is determined by subtracting the depth of the base layer from the depth of the surface layer. As the geological components vary within and between aquifers, this is not an indication of volume or yield. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victorian Aquifer Framework - Upper Tertiary / Quaternary Aquifer - Thickness of Aquifer
Victorian Aquifer Framework - Upper Tertiary / Quaternary Aquifer - Thickness of Aquifer - WMS
Victorian Aquifer Framework - Upper Tertiary / Quaternary Aquifer - Thickness of Aquifer - GeoTIFF ZIP
Surface of Lower Mid-Tertiary Aquifer - LMTA - 109 - The depth to the aquifer surface is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web. mAHD Acronym for ‘metres above Australian Height Datum’. The AHD is the 00.00m surface level established across Australia as a universal reference surface in 1971. When expressed as a negative (i.e. -51 mAHD) it suggests a depth beneath the AHD, as in ’51 metres below the AHD’. For further information: http://www.ga.gov.au/scientific-topics/positioning-navigation/geodesy/datums-projections/australian-height-datum-ahd
Victoria Aquifer Framework - Lower Mid-Tertiary Aquifer - Depth to Aquifer Surface (mAHD)
Victoria Aquifer Framework - Lower Mid-Tertiary Aquifer - Depth to Aquifer Surface (mAHD) - GeoTIFF ZIP
Victoria Aquifer Framework - Lower Mid-Tertiary Aquifer - Depth to Aquifer Surface (mAHD) - WMS
Thickness of Upper Tertiary Aquitard -UTD - 106 - The thickness of the confining layer is determined by subtracting the depth of the base layer from the depth of the surface layer. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victorian Aquifer Framework - Upper Tertiary Aquitard - Thickness of Confining Layer
Victorian Aquifer Framework - Upper Tertiary Aquitard - Thickness of Confining Layer - GeoTIFF ZIP
Victorian Aquifer Framework - Upper Tertiary Aquitard - Thickness of Confining Layer - WMS
Cretaceous and Permian Sediments - CPS - 113 The depth to the Cretaceous and Permian sediment layer (metres) is subtracted from the current ground surface. The Victorian Aquifer Framework (VAF) was developed by the Department of Sustainability and Environment (DSE, now DELWP) to provide a consistent approach to defining, naming and numbering the commonly accepted aquifers, aquitards and geological layers that make up Victoria's groundwater systems. It is intended to assist in the sustainable management of groundwater resources in Victoria and provide the framework for mapping aquifers and aquitards across the State. The 3D numeric surfaces (grids) of each layer have been styled and converted to GeoTIFF by the VVG project to optimise them for display and querying on the web.
Victoria Aquifer Framework - Cretaceous and Permian Sediments - Depth to Sediment Surface
Victoria Aquifer Framework - Cretaceous and Permian Sediments - Depth to Sediment Surface - GeoTIFF ZIP
Victoria Aquifer Framework - Cretaceous and Permian Sediments - Depth to Sediment Surface - WMS
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