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Physical Sciences and Mathematics Commons™
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- Soil conservation (2)
- Soils (2)
- Western Australia (2)
- Canada (1)
- Erosion (1)
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- Land management (1)
- No-tillage (1)
- Rangelands Western Australia Management (1)
- Remnant vegetation (1)
- Salinity (1)
- Soil erosion Australia (1)
- Soil structure (1)
- Soil water relations (1)
- Sowing (1)
- USA (1)
- Vegetation management Australia (1)
- Vegetation types (1)
- Water erosion (1)
- Western Australia Environmental Protection Authority (1)
- Western Australia. (1)
- Wind erosion (1)
Articles 1 - 3 of 3
Full-Text Articles in Physical Sciences and Mathematics
No-Till Sowing Systems In North America With Relevance To Western Australia, K J. Bligh
No-Till Sowing Systems In North America With Relevance To Western Australia, K J. Bligh
Resource management technical reports
No abstract provided.
Remnant Vegetation Inventory On The Southern Agricultural Areas Of Western Australia., G R. Beeston, G Mlodowski, A Sanders, D True
Remnant Vegetation Inventory On The Southern Agricultural Areas Of Western Australia., G R. Beeston, G Mlodowski, A Sanders, D True
Resource management technical reports
Remnant vegetation mapping and its incorporation into a Geographical Information System (GIS) data base is the first stage in an overall documentation and promotion of conservation of remnant vegetation in Western Australia. The primary objective of this project being to determine the amount, distribution and regional location of native vegetation remaining on private land in the agricultural area of south-west Western Australia.
Rangeland Reference Areas : Summary Of Cooperative Project Between The Western Australian Department Of Agriculture And The Environmental Protection Authority, D A. Blood
Resource management technical reports
The development of agriculture in south-western Australia has been characterised by the replacement of deep-rooted, perennial species of native vegetation with shallow-rooted, annual species. Except for the high rainfall areas, the native vegetation was able to intercept and transpire nearly all of the rainfall resulting in low stream flows and recharge to a groundwater system which was typically deep and restricted to the major valleys. The lack of surface or groundwater movement out of inland catchments used large quantities of cyclic salts to become stored in the regolith. Although annual crops and pastures can be high water users, they are …