“Climate change-induced extreme weather events, including drought, heavy precipitation, and elevated temperatures, have dramatically intensified operational risks for farmers and the broader food, fiber, fuel, and beverage sector,” said Wayne Honeycutt, president and CEO of SHI.

Recent SHI research has demonstrated that increases in available water holding capacity (AWHC) associated with soil organic carbon gains from soil health practice implementation can lead to twice as much water storage in the topsoil compared to previous estimates. This important finding, currently available as a set of mathematical equations, provides a scientifically robust framework to measure the impact of soil health management on water storage. Continuing efforts supported by this partnership will make this data more accessible to farmers and sustainability experts, enabling farmers to estimate how many more inches of water their soil can capture during the growing season due to improved soil health.

Ashley McKeon, director of regenerative agriculture at Cargill, affirmed, “We strongly believe that regenerative agricultural practices can play a pivotal role in mitigating the impacts of climate change and water stress on our agricultural systems, which is why we are committed to advancing regenerative agriculture across 10 million acres of agricultural land in North America by 2030. Building on more than five years of partnering with the Soil Health Institute, we are empowering farmers and stakeholders across the agricultural value chain with the tools they need to make informed decisions that contribute to a more sustainable and resilient future.”

This partnership between SHI and Cargill will enable farmers, businesses, researchers, governments, and other sustainability experts to assess their progress toward water stewardship objectives and build industry convergence around the value of soil health in enhancing drought resilience and sustainable water management. Both partners are committed to ensuring free, fair, and equitable access to project tools and resources, facilitating widespread adoption and benefits. Learn more about SHI’s research here: https://soilhealthinstitute.org/news-events/fighting-climate-change-by-building-soil-carbon-also-gives-farmers-more-water-to-grow-crops/.

The collaboration will also support Cargill’s global sustainability priorities, including the company’s goal to advance regenerative agriculture across 10 million acres of agricultural land in North America by 2030. Learn more about Cargill’s commitments here: https://www.cargill.com/sustainability/regenerative-agriculture.