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River Murray Water Quality Monitoring Program
Phytoplankton and physico-chemical monitoring along the River Murray were established in 1978 under the River Murray Water Quality Monitoring Program (RMWQMP). The phytoplankton... -
Australia's Indigenous forest estate (2020)
This is a superseded dataset, the most recent Australia's Indigenous land and forest estate spatial dataset can be found at:... -
National Forest and Sparse Woody Vegetation Data (Version 8.0 - 2023 Release)
Landsat satellite imagery is used to derive woody vegetation extent products that discriminate between forest, sparse woody and non-woody land cover across a time series from... -
National Forest and Sparse Woody Vegetation Data (Version 7.0 - 2022 Release)
Landsat satellite imagery is used to derive woody vegetation extent products that discriminate between forest, sparse woody and non-woody land cover across a time series from... -
Murray-Darling Basin waterbird survey
The Murray-Darling Basin Authority’s water bird survey is an annual survey of waterbird populations and recruitment at 38 important wetland and river sites in the Murray-Darling... -
Murray-Darling Basin Fish and Macroinvertebrate Survey
MDBA Fish and Macroinvertebrate Survey data 2004 to 2022 (Implementation Periods 1 to 17). An Access 2013 version database in relational form including all controlled... -
Bundaberg Urban Glow Data
This dataset represents measurements collected from a network of 75 urban glow sensors within the Bundaberg Region. The principal data sets are point data representing the... -
National Forest and Sparse Woody Vegetation Data (Version 6.0 - 2021 Release)
Landsat satellite imagery is used to derive woody vegetation extent products that discriminate between forest, sparse woody and non-woody land cover across a time series from... -
National Forest and Sparse Woody Vegetation Data (Version 4, 2019 Release)
Landsat satellite imagery is used to derive woody vegetation extent products that discriminate between forest, sparse woody and non-woody land cover across a time series from...