AFT Soil Health Case Studies: Row Crop & Tree Nut Success
TL;DR: Farmers are achieving significant economic and environmental gains by adopting soil-health practices in various agricultural systems.
- Soil health practices boost profits for row crops and tree nuts.
- No-till, cover crops, and compost improve farm economics.
- Case studies validate substantial ROI for soil-building efforts.
- Livestock operations also benefit from soil health improvements.
- Data-driven tools help farmers measure and scale success.
Why it matters: Understanding the economic benefits of soil health encourages wider adoption, leading to more sustainable and profitable agriculture.
Do this next: Explore the case studies at farmland.org to identify practices suitable for your farm.
Recommended for: Farmers, policymakers, and agricultural advisors interested in the economic viability of soil health practices.
American Farmland Trust's Soil Health Case Studies spotlight 'soil health successful' row crop farmers and tree nut growers with proven economic success from practices like no-till, cover crops, nutrient management, compost, and mulching. Produced using row crop and tree nut versions of the R-SHEC Tool and Soil Health Case Study Toolkit, these two-page formats detail costs, benefits, and ROI, reviewed by NRCS economists and specialists. They address the core question: Do on-farm benefits outweigh costs? Results are summarized at https://farmland.org/soil-health-case-study-findings, showing substantial gains. For instance, row crop examples mirror findings with high ROIs, while tree nut growers like those in California demonstrate amplified profits. The toolkit enables others to create similar studies. Additional 2022 dairy case studies using Cornell Dairy Farm Business Summary data feature Mulligan Farm and Table Rock Farm in New York, confirming soil health viability in livestock systems. Contacts include Lia Raz (Conservation Agronomist) and Jen Tillman (Research Scientist). This resource equips farmers and conservationists with peer-validated data for scaling practices, emphasizing measurable improvements in yields, reduced inputs, and environmental protection like erosion control and nutrient retention.[8]