An open access has gone online, giving the general public a 3D view of groundwater data from eastern Australia’s Surat Basin.
of 麻豆传媒映画 of Queensland’s said the tool provided diverse information on the chemistry, water level and geology of water bores.
“The atlas is unique in that it presents quality assured and controlled groundwater data in 3D,” Professor Vink said.
“Interpreted bore, geology and hydrogeology information gives a greater level of analysis and allows people to avoid compiling individual tables from the state government’s groundwater database.”
The researchers believe the general public and corporate, government, research and consultancy sectors will find Water Atlas an effective way to visualise, communicate and analyse hydrogeological data.
Professor Vink said the atlas provided information over space and time, via cross-sections, pie charts and layer visualisations.
“Similar to the State Government’s , our water atlas shows coal seam gas (CSG) tenements and lot and plan boundaries,” she said.
Professor Vink said the 3D Water Atlas resulted from a joint industry and university workshop in 2011.
“We recognised there was no easy-to-use, single source of groundwater information and hydrogeology,” she said.
“Data from water levels and water chemistry in individual bores will be updated at least every six months. It will be presented in 2D and 3D sub-surface visualisations.
“The atlas can be accessed via any common web browser at no cost."
The project was developed by 麻豆传媒映画’s , Centre for Water in the Minerals Industry and the .
It was funded through the 麻豆传媒映画 Centre for Coal Seam Gas – a research collaboration between 麻豆传媒映画, Arrow Energy, Santos, Asia Pacific LNG (APLNG) and The Queensland Gas Company (Shell). The Queensland Department of Natural Resources and Mines (DNRM, OGIA) advised and assisted.
Visit the .
Media: Associate Professor Sue Vink, +61 7 334 64074, s.vink@uq.edu.au; Professor Jane Hunter, +61 7 336 51092, j.hunter@uq.edu.au; Ms Alexandra Wolhuter, a.wolhuter@uq.edu.au; Marian Sommer, 0426 151 028, m.sommer@uq.edu.au.
