Annual Reports
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December 31, 2025
ACTIVE GRANT UPDATES
CURRENT GRANTS AWARDED THROUGH THE STATE OF MINNESOTA & BOARD OF WATER AND SOIL RESOURCES
As required by the Board of Water and Soil Resources: the Grantee must clearly post on the grantee’s website the names of, and contact information for, the grantee organization’s leadership and employee or other person(s) who directly manages and oversees the grant for the grantee. Bois de Sioux Watershed District Leadership can be found here, and the Administrator directly manages and oversees all grants on behalf of the Bois de Sioux Watershed District
The following active grants provided funding through Board of Water and Soil Resources, from the State of Minnesota Clean Water Fund.
Table Above: Anticipated Measureable Outcomes of Watershed Based Implementation Funding: Ag Practices that result in 11.6 LBS/YR reduction in phosphorous and 16.3 TONS/YR reduction in total suspended sediment, Non-Structural Management Practices that result in 70 LBS/YR reduction in phosphorous and 715 TONS/YR reduction in total suspended sediment, Retrofits that result in 70 LBS/YR reduction in phosphorous and 370 TONS/YR reduction in total suspended sediment, 2 wells sealed, and further support of the Lake Traverse Water Quality Improvement Project No. 1 and further development of projects towards the Restorations of Twelvemile Creek and Doran Creek.
Table Above: Anticipated Measureable Outcomes of Watershed Based Implementation Funding: Ag Practices/Storage Practices that result in 11.1 LBS/YR reduction in phosphorous, 18.75 TONS/YR reduction in total suspended sediment and 13 ACRE-FEET of storage; Soil Health Management Practices that result in 98 LBS/YR reduction in phosphorous, 1001 TONS/YR reduction in total suspended sediment, and 98 ACRE-FEET of storage; Project Development to contact 60 landowners; Multipurpose Drainage Management Retrofit BMP Construction that results in 90 LBS/YR reduction in phosphorous, 2700 TONS/YR reduction in total suspended sediment; development of a Fivemile Creek feasibility Study.