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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... -
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 - 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). ... -
Victoria Aquifer Framework - Upper Tertiary / Quaternary Aquifer - Depth to A...
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). ... -
Victoria Aquifer Framework - Upper Tertiary / Quaternary Basalts - Depth to A...
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... -
Victoria Aquifer Framework - Quaternary Aquifer - Depth to Aquifer Surface (m...
Surface of Quaternary Aquifer - QA - 100 - The depth to the aquifer surface is derived in relation to the Australian Height Datum in metres (mAHD). The Victorian... -
Victoria Aquifer Framework - Cretaceous and Palaeozoic Bedrock (basement) - D...
Surface of Cretaceous and Palaeozoic Bedrock (basement) - BSE - 114 - The depth to the surface of the aquifer layer is derived in relation to the Australian Height Datum...
