Increasing farming system profitability and longevity of benefits following soil amelioration
Investment
GRDC Code: DAW1901-006RTX
Increasing farming system profitability and longevity of benefits following soil amelioration
Research and consultant analysis indicates that amelioration of sandplain soils in the Western Region is highly profitable, resulting in consistent and persistent improvement in crop water use efficiency and productivity. Factors that limit adoption or benefits of soil amelioration include uncertainty about how to sustain long-term benefits, poor crop establishment and potential for erosion in the year following amelioration.
This investment will identify management changes that preserve the benefits of soil amelioration and maximise profitability for growers. The research will determine the most profitable crop rotations, species choice and seedbed preparation that maintain the long term benefits of soil amelioration while managing the risks, such as wind erosion and poor crop establishment.
This investment will identify management changes that preserve the benefits of soil amelioration and maximise profitability for growers. The research will determine the most profitable crop rotations, species choice and seedbed preparation that maintain the long term benefits of soil amelioration while managing the risks, such as wind erosion and poor crop establishment.
- Project start date:
- 01/01/2019
- Project end date:
- 06/11/2024
- Crop type:
-
- All Crops
- Organisation
- Department of Primary Industries and Regional Development
- Region:
- West
- Project status
-
Active
GRDC News
Update papers
Podcasts
Longevity benefits after soil amelioration - GRDC
23 Jan 2024An estimated 250,000 hectares of those six million have been ameliorated, typically involving strategic one-off deep tillage. A GRDC investment...

Resources

Paddock Practices: Whole package approach to soil constraints advised for Western Australia - GRDC
30 Jul 2019
Significant research into western region soils has identified new best practice approaches to remedying an array of soil constraints.