Datasets
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Clay mineral maps for western Victoria - illite (upper predicted mean) 30 to ...
Map of clay minerals – kaolinite, illite and smectite in Western Victoria Project: Understanding Soils and Farming Systems The objective of the study was to quantify clay... -
EPA Victoria - Priority Sites Register
The Priority Sites Register (PSR) consists of a list of publicly available sites that EPA Victoria has issued a clean-up or pollution abatement notice to for... -
Watertable_Elevation (m AHD)
Visual represention of the water table which is calculated in reference to metres above the Australian Height Datum (mAHD). Querying a point on the map produces a pop-up... -
Ballaarat East Wills and Grenville Streets
The map of Allotment, Road abutting allotment 1, Section N, Ballaarat East. Grenville and Wills Streets. This map is georeferenced by CeRDI using a projective transformation (... -
Clay mineral maps for western Victoria - illite (predicted mean) 15 to 30 cm
Map of clay minerals – kaolinite, illite and smectite in Western Victoria Project: Understanding Soils and Farming Systems The objective of the study was to quantify clay... -
Victoria Aquifer Framework - Lower Tertiary Aquifer - Depth to Aquifer Surface
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... -
Port Philip & Westernport CMA Groundwater Flow Systems (Regional)
Location and description of regional groundwater flow systems (RGFS) within the Port Phillip and Westernport Catchment Management Authority region. RGFS are typically... -
Port Phillip & Westernport Groundwater Flow Systems (Intermediate)
Location and description of intermediate groundwater flow systems (IGFS) within the Port Phillip and Westernport Catchment Management Authority region. IGFS recharge and... -
Port Philip & Westernport CMA Groundwater Flow Systems (Local)
Location and description of local groundwater flow systems (LGFS) in the Port Phillip and Westerport Catchment Management Authority Area. LGFS recharge and discharge... -
EPA Victoria - Groundwater quality (restricted use zones)
A GQRUZ refers to area where one or more beneficial uses of groundwater have been restricted. This is identified following an environmental audit where the site has... -
Maps of soil pH for south-western Victoria - pH CaCL 0-5 cm (predicted mean)
These maps of soil pH were produced as part of the Understanding Soil and Farming Systems project (Victorian Department of Economic Development, Jobs, Transport and Resources)... -
EPA Victoria - Environmental Audit Reports
The EPA audit reports refer to a searchable list of properties under the audit categories 53X Statement and/or Certificate, 53V Audit recommendations/No audit... -
Corangamite CMA Groundwater Flow Systems (Intermediate)
Location and description of intermediate groundwater flow systems (IGFS) within the Corangamite Catchment Management Authority region. IGFS recharge and discharge areas may... -
Rural Water Corporation Boundaries
Boundaries defining the approximate jurisdiction of the Rural Water Corporations in Victoria. -
Digital Elevation Model - Victoria (30 meter approx) - Coloured relief (rgb)
Topography. 30 metre Digital Elevation Model (DEM). This layer was merged, clipped and reprojected by CeRDI (Federation University Australia). A coloured-relief map was... -
Digital Elevation Model - Victoria (30 meter approx) - grid values
Topography. 30 metre Digital Elevation Model (DEM). This layer was merged, clipped and reprojected by CeRDI (Federation University Australia). Elevation data originally sourced... -
Glenelg Hopkins CMA Groundwater Flow Systems (Regional)
Location and description of regional groundwater flow systems (RGFS) within the Glenelg Hopkins Catchment Management Authority region. RGFS are typically greater than 50... -
Glenelg Hopkins CMA Groundwater Flow Systems (Local)
Location and description of local groundwater flow systems (LGFS) in the Glenelg Hopkins Catchment Management Authority Area. LGFS recharge and discharge areas are ... -
Corangamite CMA Groundwater Flow Systems (Regional)
Location and description of regional groundwater flow systems (RGFS) within the Corangumite Catchment Management Authority region. RGFS are typically greater than 50 km... -
Corangamite CMA Groundwater Flow Systems (Local)
Location and description of local groundwater flow systems in the Corangamite Catchment Management Authority Area. The Corangumite Local GFS recharge and discharge areas are... -
Glenelg Hopkins CMA Groundwater Flow Systems (Intermediate)
Location and description of intermediate groundwater flow systems (IGFS) within the Glenelg Hopkins Catchment Management Authority region. IGFS recharge and discharge... -
Beneficial Use - Watertable
Use of Victoria's groundwater resources resulting in the public benefit, including welfare, safety, health or aesthetic enjoyment. -
Victoria Aquifer Framework - Upper Tertiary Aquitard - Depth to Confining Lay...
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... -
Victoria Aquifer Framework - Upper Tertiary Aquitard - Depth to Confining Lay...
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 - Lower Mid-Tertiary Aquitard - Thickness of Conf...
Thickness of Lower Mid-Tertiary Aquitard - LMTD - 110 - The thickness of the confining layer is determined by subtracting the depth of the base layer from the depth of... -
Victoria Aquifer Framework - Cretaceous and Permian Sediments - Depth to Sedi...
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... -
Victoria Aquifer Framework - Lower Tertiary Basalts (b) - Depth to Basalt Bas...
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... -
Victoria Aquifer Framework - Lower Tertiary Basalts (a) - Depth to Basalt Bas...
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... -
Victoria Aquifer Framework - Lower Tertiary Aquifer - Depth to Aquifer Base (...
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). ... -
Victoria Aquifer Framework - Lower Mid-Tertiary Aquitard - Depth to Confining...
Base of Lower Mid-Tertiary Aquitard - LMTD - 110 - The depth to the base of the aquitard layer is derived in relation to the Australian Height Datum in metres... -
Victoria Aquifer Framework - Lower Mid-Tertiary Aquifer - Depth to Aquifer Ba...
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... -
Victoria Aquifer Framework - Upper Mid-Tertiary Aquitard - Depth to Confining...
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... -
Victoria Aquifer Framework - Upper Mid-Tertiary Aquifer - Depth to Aquifer Ba...
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... -
Victoria Aquifer Framework - Upper Tertiary Aquifer (fluvial) - Depth to Aqui...
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... -
Victoria Aquifer Framework - Upper Tertiary Aquifer (marine) - Depth to Aquif...
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... -
Victoria Aquifer Framework - Upper Tertiary / Quaternary Aquitard - Depth to ...
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... -
Victoria Aquifer Framework - Upper Tertiary / Quaternary Aquifer - Depth to A...
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... -
Victorian Aquifer Framework - Upper Tertiary / Quaternary Basalts - Depth to ...
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... -
Victorian Aquifer Framework - Quaternary Aquifer - Depth to Aquifer Base (mAHD)
Base of Quaternary Aquifer - QA - 100 The depth to the base of the aquifer layer is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian... -
Victoria Aquifer Framework - Cretaceous and Permian Sediments - Depth to Sedi...
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... -
Victoria Aquifer Framework - Lower Tertiary Basalts (b) - Depth to Basalt Sur...
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... -
Victoria Aquifer Framework - Lower Tertiary Basalts (a) - Depth to Basalt Sur...
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... -
Victoria Aquifer Framework - Lower Tertiary Aquifer - Depth to Aquifer Surfac...
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... -
Victoria Aquifer Framework - Lower Mid-Tertiary Aquitard - Depth to Confining...
Surface of Lower Mid-Tertiary Aquitard - LMTD - 110 - The depth to the aquitard surface is derived in relation to the Australian Height Datum in metres (mAHD). ... -
Victoria Aquifer Framework - Lower Mid-Tertiary Aquifer - Depth to Aquifer Su...
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). ... -
Victoria Aquifer Framework - Upper Mid-Tertiary Aquitard - Depth to Confining...
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... -
Victoria Aquifer Framework - Upper Mid-Tertiary Aquifer - Depth to Aquifer Su...
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). ... -
Victoria Aquifer Framework - Upper Tertiary Aquifer (fluvial) - Depth to Aqui...
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). ... -
Victoria Aquifer Framework - Upper Tertiary Aquifer (marine) - Depth to Aquif...
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). ... -
Victoria Aquifer Framework - Upper Tertiary / Quaternary Aquitard - Depth to ...
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). ...