Rising ground-waters and resultant salinity threaten agricultural land, conservation reserves and water resources in southern Australia. Although revegetation with woody plants is often considered as a strategy to restore catchment water balances, farm forestry has not been adopted in low-rainfall environments to the extent of that in high rainfall zones. Similarly, there is some conjecture that the proportion of revegetation needed to restore catchment water balances may be as high as 80%. The JVAP publication Trees, Water and Salt provides a set of guidelines for revegetation of farmland, however these have not been tested at the catchment scale in drier (<400 mm annual rainfall) environments that are representative of the wheat and w...
Key message In a major Australian city, water supply has been decoupled from forests as a result o...
A system to overcome dry land salinization of farming systems in medium to low (300-600 mm) rainfall...
Increasing the amount of perennial vegetation changes the water balance at both farm and catchment s...
Salinization threatens up to 17 million hectares of Australian farmland, major fresh water resources...
Salinization threatens up to 17 million ha of Australian farmland, major fresh water resources, biod...
Current forest industries in south-western Australia are based on regrowth natural eucalypt forests ...
There is considerable interest in integrating deep-rooted perennial plants into the dryland farming ...
Western Australia alone up to 450 species are threatened with salinity-induced extinction. The integ...
Restoration of water quality in deforested watersheds is a major environmental and economic challeng...
Transformation of the south-western Australian landscape from deep-rooted woody vegetation systems t...
A range of environmental problems including loss of biodiversity, desertification, and compromised w...
The impact of reforestation on water supplies is often considered in terms of impacts on water yield...
Replacement of deep-rooted, perennial native vegetation with shallow-rooted, annual agricultural pla...
Agroforestry has been advocated as a means of managing excess water that has accumulated in the agri...
Planting trees has been proposed as part of the solution to dryland salinity in Australia. The best ...
Key message In a major Australian city, water supply has been decoupled from forests as a result o...
A system to overcome dry land salinization of farming systems in medium to low (300-600 mm) rainfall...
Increasing the amount of perennial vegetation changes the water balance at both farm and catchment s...
Salinization threatens up to 17 million hectares of Australian farmland, major fresh water resources...
Salinization threatens up to 17 million ha of Australian farmland, major fresh water resources, biod...
Current forest industries in south-western Australia are based on regrowth natural eucalypt forests ...
There is considerable interest in integrating deep-rooted perennial plants into the dryland farming ...
Western Australia alone up to 450 species are threatened with salinity-induced extinction. The integ...
Restoration of water quality in deforested watersheds is a major environmental and economic challeng...
Transformation of the south-western Australian landscape from deep-rooted woody vegetation systems t...
A range of environmental problems including loss of biodiversity, desertification, and compromised w...
The impact of reforestation on water supplies is often considered in terms of impacts on water yield...
Replacement of deep-rooted, perennial native vegetation with shallow-rooted, annual agricultural pla...
Agroforestry has been advocated as a means of managing excess water that has accumulated in the agri...
Planting trees has been proposed as part of the solution to dryland salinity in Australia. The best ...
Key message In a major Australian city, water supply has been decoupled from forests as a result o...
A system to overcome dry land salinization of farming systems in medium to low (300-600 mm) rainfall...
Increasing the amount of perennial vegetation changes the water balance at both farm and catchment s...