CRC for High Performance Soils

The Cooperative Research Centre for High Performance Soils (Soil CRC) is bringing together scientists, industry and farmers to find practical solutions for Australia’s underperforming soils.

Underperforming agricultural soils cost Australian farmers billions of dollars in lost revenue each year.

The CRC aims to enable farmers to increase their productivity and profitability by providing them with knowledge and tools to improve the performance of their soils.

The Soil CRC is the biggest collaborative soil research effort in Australia’s history.

The approach to research is multi-disciplinary. The Cooperative Research Centre coordinates research across a range of disciplines including social science, economics, biology, chemistry, agronomy and soil science.

The Soil CRC has 39 participants that along with the Australian Government contribute $164 million to the CRC through both cash and in-kind contributions.

The Soil CRC has funding until 2027.

Images: University of Southern Queensland, Central West Farming Systems

READ MORE
Use your own screenshot.

It all starts with the soil. The Cooperative Research Centre for High Performance Soils (Soil CRC) is Australia's largest soil research initiative aimed at enabling farmers to increase their productivity and profitability.

News and media from the Soil CRC

Media Release: On World Soil Day, Newcastle leads the way

Newcastle is making a major contribution to Australia’s soil research efforts, with two soil-related Cooperative Research Centres (CRCs) headquartered at the University of Newcastle. ...

Ground breaking achievement for local soil researcher

Soil CRC Program Leader Professor Nanthi Bolan has been named on the Global Highly Cited Researchers List 2018....

Soil CRC in The Conversation

We need more carbon in our soil to help Australian farmers through the drought. ...

See All

Participants

3 State agencies
8 Universities
8 Industry partners
20 Farmer groups
0
Years Funding

0+

Researchers

$0m

Cash Contributions

$0m

In-Kind Contributions