Balicup Lake was selected as a study site in the IAI RCM project as it is recognised as part of a nationally significant wetland system, by being listed in the Directory of Important Wetlands in Australia (DIWA) (Environment Australia 2001).

Publication Date: 2009 Author: Department of Environment and Conservation Document Type: Report - .pdf 900kb

Water in the Kent River was once fresh (salinity below 500 mg/L TDS) but by the 1960s the salinity exceeded 500 mg/L (marginal quality) without further land use changes in the catchment. This report analyses where and why the river water became so saline, describes the current salinity situation, and highlights the scale of intervention required to reduce its salinity.

Publication Date: 31/5/2007 Author: Department of Water Document Type: Report - .pdf 19.6mb

The Gordon-Frankland River system is located in the South West of Western Australia. It includes two major Rivers; the Gordon River and the Frankland River. The upper catchment Gordon River feeds into the lower catchment Frankland River. Both are fed by many creeks and streams collected from across the catchment.

Publication Date: 31/9/2004 Author: Catherine MacCallum Document Type: Report - .pdf 21.4mb

The Cranbrook–Toolbrunup area covers about 81,395 hectares in the Pallinup North Stirling (and part Kent-Frankland) sub-region, on the South Coast. It occupies 46,290 ha of the Tambellup Shire; 33,973 ha of Cranbrook Shire; about 729 ha of Gnowangerup Shire; and 403 ha of Broomehill Shire. The town of Cranbrook is included and Tambellup is directly adjacent to the west.

Publication Date: July 2002 Author: Tim Overheu Document Type: Booklet - .pdf 1.4mb

Soil degradation on farmland reduces agricultural production and damages infrastructure and natural resources such as remnant vegetation, waterways and wetlands. While dryland salinity, waterlogging and soil erosion cause serious environmental problems in Australia, several other forms of soil degradation are of concern such as water repellence, wind erosion and soil acidity.

Publication Date: 31/7/2004 Author: Tim D. Overheu Document Type: Report - .pdf 1mb