Traditional farming systems in south west Australia based on annual plants have been shown to use insufficient water leading to excess leakage below the root zone, groundwater rise and eventually salinisation of the landscape. Introduction of deep-rooted summer active perennial plants can significantly increase water-use thus reducing the risk of salinisation. However the adoption of perennials by farmers is also dependent on their effect on economic factors. This paper reports an analysis of the impact of perennials on whole farm profit
Increasing the amount of perennial vegetation changes the water balance at both farm and catchment s...
Increasing the amount of perennial vegetation changes the water balance at both farm and catchment s...
A substantial proportion of Australian animal production from grazing comes from regions and farms w...
Dryland salinity, soil acidification and weed herbicide resistance challenge traditional agricultura...
Existing perennial plant-based farming systems are examined within 4 climatic zones in southern Aust...
Dryland salinity has devastated large tracts of productive land in Australia. This has resulted from...
Existing perennial plant-based farming systems are examined within 4 climatic zones in southern Aust...
Existing perennial plant-based farming systems are examined within 4 climatic zones in southern Aust...
Dryland salinity has devastated large tracts of productive land in Australia. This has resulted from...
Dual purpose Merino enterprises on the south coast of Western Australia (WA) typically utilise agric...
Dual purpose Merino enterprises on the south coast of Western Australia (WA) typically utilise agric...
Dry land salinisation is a significant cause of land and water degradation in Australia. Changing la...
Dry land salinisation is a significant cause of land and water degradation in Australia. Changing la...
Australia’s traditional approach to salinity abatement has been to focus primarily on the control of...
Dryland salinity, soil acidification and weed herbicide resistance challenge traditional agricultura...
Increasing the amount of perennial vegetation changes the water balance at both farm and catchment s...
Increasing the amount of perennial vegetation changes the water balance at both farm and catchment s...
A substantial proportion of Australian animal production from grazing comes from regions and farms w...
Dryland salinity, soil acidification and weed herbicide resistance challenge traditional agricultura...
Existing perennial plant-based farming systems are examined within 4 climatic zones in southern Aust...
Dryland salinity has devastated large tracts of productive land in Australia. This has resulted from...
Existing perennial plant-based farming systems are examined within 4 climatic zones in southern Aust...
Existing perennial plant-based farming systems are examined within 4 climatic zones in southern Aust...
Dryland salinity has devastated large tracts of productive land in Australia. This has resulted from...
Dual purpose Merino enterprises on the south coast of Western Australia (WA) typically utilise agric...
Dual purpose Merino enterprises on the south coast of Western Australia (WA) typically utilise agric...
Dry land salinisation is a significant cause of land and water degradation in Australia. Changing la...
Dry land salinisation is a significant cause of land and water degradation in Australia. Changing la...
Australia’s traditional approach to salinity abatement has been to focus primarily on the control of...
Dryland salinity, soil acidification and weed herbicide resistance challenge traditional agricultura...
Increasing the amount of perennial vegetation changes the water balance at both farm and catchment s...
Increasing the amount of perennial vegetation changes the water balance at both farm and catchment s...
A substantial proportion of Australian animal production from grazing comes from regions and farms w...