River Murray Flood Mapping shows the extent of flooding based on historical records and some associated information (e.g. flood depth contours and levels) captured by two different projects for (1) the River Murray from the mouth to the South Australian border, and (2) the River Murray from the South Australian border to Lake Hume. © Commonwealth of Australia (Murray–Darling Basin Authority) 1999. Some data contributed by the South Australian government.

A NAP (National Action Plan) funded project headed by the NRM North and NRM South to delineate the major Groundwater Flow Systems (GFS) for councils (14 in total) in the NAP part of Tasmania. The digital map forms part of the larger project pertaining to 'Salinity Hazard and Critical Asset Assessment' assigned to each council of the NAP region in Tasmania. Consequently, the Southern Midlands municipality make up one of these councils and a separate report with accompanying paper maps make up ths part of the project. The digital map comprises polygons mapped at a variety of scales in different parts of the municipal area (1:25,000, 1:50,000 & 1:250,000) and geo‐referenced to the GDA94 datum. Each polygon is attributed with the relevant GFS as well as Salt store potential which equates to potential salinity hazard. Conceptual diagrams with detailed descriptions of the GFS's are also available and appear in the accompanying report.

A NAP (National Action Plan) funded project headed by the NRM North and NRM South to delineate the major Groundwater Flow Systems (GFS) for councils (14 in total) in the NAP part of Tasmania. The digital map forms part of the larger project pertaining to 'Salinity Hazard and Critical Asset Assessment' assigned to each council of the NAP region in Tasmania. Consequently, Flinders Island make up one of these councils and a separate report with accompanying paper maps make up this part of the projct. The digital map comprises polygons mapped at a scale of 1:250,000 and geo‐referenced to the GDA94 datum. Each polygon is attributed with the relevant GFS as well as Salt store potential which equates to potential salinity hazard. Conceptual diagrams with detailed descriptions of the GFS's are also available and appear in the accompanying report.

Detailed geological mapping at 1:100 000 providing information on geological units, structural geology and faultlines, to produce a geological plan of the Mulgabiddy Creek region of Western Australia. The map was published in 2010. This data is held in GDA decimal degrees.

These datasets contain habitat mapping and outer boundaries for estuaries of South Australia. These estuaries were identified in the draft 'Estuaries Policy and Action Plan.'

A NAP (National Action Plan) funded project headed by the NRM North and NRM South to delineate the major Groundwater Flow Systems (GFS) for councils (14 in total) in the NAP part of Tasmania. The digital map forms part of the larger project pertaining to 'Salinity Hazard and Critical Asset Assessment' assigned to each council of the NAP region in Tasmania. Consequently, the Meander Valley municipality make up one of these councils and a separate report with accompanying paper maps make up this art of the project. The digital map comprises polygons mapped at a variety of scales in different parts of the municipal area (1:25,000, 1:63,360 & 1:250,000) and geo‐referenced to the GDA94 datum. Each polygon is attributed with the relevant GFS as well as Salt store potential which equates to potential salinity hazard. Conceptual diagrams with detailed descriptions of the GFS's are also available and appear in the accompanying report.

A NAP (National Action Plan) funded project headed by the NRM North and NRM South to delineate the major Groundwater Flow Systems (GFS) for councils (14 in total) in the NAP part of Tasmania. The digital map forms part of the larger project pertaining to 'Salinity Hazard and Critical Asset Assessment' assigned to each council of the NAP region in Tasmania. Consequently, the Northern Midlands municipality make up one of these councils and a separate report with accompanying paper maps make up ths part of the project. The digital map comprises polygons mapped at a variety of scales in different parts of the municipal area (1:25,000, 1:50,000, 1:63,360 & 1:250,000) and geo‐referenced to the GDA94 datum. Each polygon is attributed with the relevant GFS as well as Salt store potential which equates to potential salinity hazard. Conceptual diagrams with detailed descriptions of the GFS's are also available and appear in the accompanying report.