Wednesday, 23 May 2012
Geofabric webinar draws a crowd
Geofabric stream network and catchment boundaries
More than 100 people from throughout Australia joined our inaugural Geofabric webinars recently.
Participants dialled in via computers and phones to see an onscreen presentation and demonstration, ask questions, submit comments and contribute to discussions.
The technology proved an excellent way for Bureau Geofabric experts, Elizabeth McDonald and Malcolm Parnell, to demonstrate how to download and set up Geofabric data in an ArcGIS environment. They showed participants how to calculate rainfall statistics for a specified catchment area, and responsed to questions throughout.
Water storage expands
Screen shot of Water Storage product
The Bureau continues to expand the coverage of Water Storage, with data from a twentieth provider recently added.
Lake Awoonga in Queensland is the latest addition thanks to the support of the Gladstone Area Water Board. Water levels and stored volumes in Lake Awoonga are now available through the Water Storage webpage and iPhone app.
With a capacity of 662 gigalitres, Lake Awoonga was the largest publicly-owned storage not included in Water Storage. Its recent addition brings the total number of publicly-owned water storages reported on the website to 277. The Bureau is actively collaborating with other water storage operators to further increase the number of storages reported.
Water storage gives Australians access to harmonised, high-quality water information at a single site. It reports both current and historical water storage levels and volumes for storages across the nation as well as reporting aggregate totals for drainage divisions, major water supply systems, States, capital cities and the entire country. It allows comparisons between storage levels, and tracks changes over the previous year, month and week.
Friday, 30 March 2012
View of Lake Awoonga
Thursday, 23 February 2012
A project bringing together State and Territory groundwater data to improve our collective understanding of this resource throughout Australia is underway. The National Groundwater Information System aims to build a nationally consistent groundwater information system to produce water information and products.
Read more about National Groundwater Information System.
Experimental evaluation of the dynamic seasonal streamflow forecasting approach report
Is it possible to provide accurate and reliable seasonal streamflow forecasts using a dynamic hydrologic modelling approach?