Add to ORKGClay amendment of sands using clay-rich subsoils has occurred on over 160,000 ha in southern Australia, primarily to ameliorate water repellence. The implications of clay amendment for crop nutrition have not been examined, nor has there been much consideration given to the variation in subsoil properties and their effects on crop nutrition
Productivity of grain crops grown under dryland conditions in north-eastern Australia depends on eff...
Leaching of nutrients, particularly in sandy soil with low nutrient and water holding capacity (WHC)...
Productivity decline occurs in many agronomic systems due to loss of soil organic matter and a conse...
Copyright 2008 Australian Society of AgronomyAn important proportion of crop production in South Aus...
The clay contents of sandy soils in south-western Australia are often modified, either intentionally...
Purpose: Crop growth on sandy soils can be increased by claying. In modified sandy soils, the added ...
Addition of clay-rich subsoil to sandy soil has been shown to increase crop production on sandy soil...
Sandy soils cover large proportions of Australia’s cereal-cropping region and are wide-spread global...
Deep sands on the south coast sandplain of Western Australia (WA) have multiple soil constraints inc...
The yield of rain-fed crops needs to increase to meet the requirements of a growing human population...
In southern Australia the ability of field crops to extract soil moisture and nutrients from depth d...
Subsoil properties that limit the infiltration of water into the B horizon are a common occurrence i...
Sandy soils cover large proportions of Australia’s cereal-cropping region and are wide-spread global...
Not AvailableThe low fertility of sandy soils can be ameliorated by addition of clay-rich soil, but ...
Hydrology and water quality impacts of alternative land management practices are poorly quantified f...
Productivity of grain crops grown under dryland conditions in north-eastern Australia depends on eff...
Leaching of nutrients, particularly in sandy soil with low nutrient and water holding capacity (WHC)...
Productivity decline occurs in many agronomic systems due to loss of soil organic matter and a conse...
Copyright 2008 Australian Society of AgronomyAn important proportion of crop production in South Aus...
The clay contents of sandy soils in south-western Australia are often modified, either intentionally...
Purpose: Crop growth on sandy soils can be increased by claying. In modified sandy soils, the added ...
Addition of clay-rich subsoil to sandy soil has been shown to increase crop production on sandy soil...
Sandy soils cover large proportions of Australia’s cereal-cropping region and are wide-spread global...
Deep sands on the south coast sandplain of Western Australia (WA) have multiple soil constraints inc...
The yield of rain-fed crops needs to increase to meet the requirements of a growing human population...
In southern Australia the ability of field crops to extract soil moisture and nutrients from depth d...
Subsoil properties that limit the infiltration of water into the B horizon are a common occurrence i...
Sandy soils cover large proportions of Australia’s cereal-cropping region and are wide-spread global...
Not AvailableThe low fertility of sandy soils can be ameliorated by addition of clay-rich soil, but ...
Hydrology and water quality impacts of alternative land management practices are poorly quantified f...
Productivity of grain crops grown under dryland conditions in north-eastern Australia depends on eff...
Leaching of nutrients, particularly in sandy soil with low nutrient and water holding capacity (WHC)...
Productivity decline occurs in many agronomic systems due to loss of soil organic matter and a conse...