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Despite funding pauses and a government shutdown, Fillmore and Root River SWCDs Administer over $7 million to Local Producers Implementing Climate-Smart Agricultural Practices.
Fillmore and Root River SWCD have partnered to enroll in a pilot program aimed at increasing the adoption of Climate Smart Agricultural Practices. The Alliance to Advance Climate-Smart Agriculture is a USDA program with a mission to enhance the adoption of agriculture practices that both reduce greenhouse gas emissions and increase soil health.
Four states were selected to participate in the program – Minnesota, Virginia, Arkansas and North Dakota. In Minnesota, eight counties applied to participate in the program, and selected counties include the Fillmore and Houston County Partnership.
Local producers chose to enroll in a practice such as cover crops, no-till, nutrient management, and conservation crop rotation, to list a few. Producers are compensated ~$100 per acre to implement these practices into their production.
Fillmore and Root River SWCD has enrolled an estimated 67,236 acres into the program including:
- 22,208 acres of cover crops;
- 25,251 acres of nutrient management plans;
- 10,137 acres of no-till/strip till;
- 8,160 acres of reduced till;
- 1,458 acres of conservation crop rotation;
- 10 acres of prescribed grazing;
- 10 acres of pasture and hay planting.
Although program contracts and acreage do have the ability to change, it is estimated that enrolled practice acres totaled $7,054,502.25 in cost share payments to local producers. Practices are estimated to reduce nitrogen by a total of 471,198 lbs of Nitrogen, 18,579 lbs of P, and 3,267 ton of TSS pounds annually into local waterways using MN Pollution Control Agency Nutrient Reduction Calculators*.
Fillmore and Root River SWCD’s thank local producers for applying to implement these voluntary practices.
*Note, pollutant load estimates were created using the Root River MNPCA Pollutant Load Calculator for ease of assessment. Actual practice locations may reside in neighboring watersheds adjacent to the Root River.
