Vvg igc


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Federating hydrogeological data to visualise Victoria's groundwater

Peter Dahlhaus
Andrew Macleod
Helen Thompson

Office of Deputy Vice Chancellor (Researrch)
University of Ballarat, Australia

Email p.dahlhaus@ballarat.edu.au

The Visualising Victoria's Groundwater (VVG) research project brings together a unique collaboration of regional, state, national and international organisations with the common aim of federating groundwater databases in Victoria, Australia. The $2.23M project led by the University of Ballarat uses similar methods to the Groundwater Information Network developed by Natural Resources Canada. The project addresses many of the issues associated with data capture, aggregation, transmission, storage, access, re-use and curation that are identified in the national eResearch infrastructure priorities as essential components in Australia's ongoing research success. In particular, the project provides access to research significant data held outside research institutions by developing the research tools for data linking, analysis and visualisation.
The project builds on UB Spatial (www.ubspatial.com.au), an interoperable web-GIS portal and groundwater database that has been developed with the collaborative support of catchment management authorities, government departments and municipalities, all of whom are end-users of the service. The groundwater data includes time-series watertable levels, aquifer characteristics, physical and chemical parameters, lithology and stratigraphy, photographs and documents. A key feature of the system is that data managers maintain custodianship of their data and databases, but allow interoperable exchange by adopting the Open Geospatial Consortium (OGC) standards for groundwater data exchange (GroundwaterML).
More efficient research practices and significant productivity gains are anticipated as a result of deploying the federated data. There is also potential for broader benefit through the application of the developed technology in virtually federating other environmental, social and economic datasets.

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Vvg igc

  1. 1. Peter DahlhausAndrew MacLeodHelen Thompson
  2. 2. Visualising Victoria’s Groundwater project Use high-speed broadband to:  Distribute groundwater bore data  Visualise groundwater data  Model groundwater systems on-the-flyA collaboration of 13 partner organisations An interoperative web-GIS that federates groundwater data from disparate sources to assist water managers make the correct choices for the sustainable use of a precious resource
  3. 3. Visualising Victoria’s Groundwater project Design Principles Data resides with the data managers Intuitive to use (e.g. Google Earth) Include vector & raster data Allow data downloads (subject to data manager’s consent) Link spatial data to original documents and images Link spatial data to real time data (data loggers, webcams) Capable of generating models on the fly Allow users to add, edit or update data (subject to QA/QC) Spatial data and models should be credible to the user
  4. 4. Visualising Victoria’s Groundwater projectSystem architecture
  5. 5. Visualising Victoria’s Groundwater project Interoperability is based on the Open Geospatial Consortium (OGC) standards for Geography Markup Language (GML), specifically GroundwaterMLhttp://ngwd-bdnes.cits.rncan.gc.ca/service/api_ngwds/en/gwml.html
  6. 6. www.vvg.org.au
  7. 7. Bore data from 1884to present day
  8. 8. Warning on dataaccuracy andcompleteness(disclaimer)
  9. 9. Bores from4 differentdatabases
  10. 10. Adjust layerGeology layer via WMS transparency
  11. 11. Predictions of aquifer top,bottom and thickness Layer reordering
  12. 12. Predictions of watertable elevation,depth to watertable, bore yield andgroundwater salinity
  13. 13. Links tobore data
  14. 14. Bore location & constructionAquifer parametersWaterlevel monitoringGroundwater chemistryBore lithologyStratigraphy Links to:  Photos  Documents  Maps & sections
  15. 15. Groundwater chemistryWaterlevel monitoring
  16. 16. Visualising Victoria’s Groundwater project Depth to watertable Future developments Tools that provide (on-the-fly):  Groundwater bore graphics  Chemistry plots  Watertable animations  Cross sections of aquifers  Three-dimensional models of groundwater systems Moorabool River aquifers
  17. 17. www.vvg.org.au