This project is a collaboration between Blue Earth and Watonwan County. The two counties will share information, ideas and resources as they complete mining reclamation and wetland management plans to include in their local water management plans and comprehensive land use plans.
This project is concentrated in the Hay Creek Watershed, a 24-square-mile area in Becker County that features several high-quality lakes including Stinking Lake, valued for high-quality waterfowl habitat and flood water storage. Protecting the lake has been a local priority.
Mower County has completed the first phase of their county-wide imminent public health threat inventory and are currently in the process of phase two. This project will fund the third phase which will allow Mower County to inventory over 1,400 sites and remove an anticipated total of 230 imminent public health threats from discharging to local waters or to ground surface.
In partnership with the Washington Conservation District and City of Woodbury, this project will improve water quality in Colby Lake through implementing 30 priority small-scale water quality conservation practices. Projects may include bioretention, vegetated swales and pond modifications.
The Crow River is known to be one of the highest nutrient loading watersheds in the Upper Mississippi River Basin. Years of water quality monitoring confirm a variety of water quality issues in drainage ditches.
This water quality improvement project involves the retrofit of county ditch #31 also known as Connelly Ditch. The capacity of the ditch is inadequate and there is a need to reduce sediment and peak flows to it.
In partnership with the Chisago Lakes Lake Improvement District, subwatershed assessments for the communities of Center City, Lindstrom and Chisago City, all within the Chisago Lakes Chain of Lakes watershed have been completed. The tourism economy of these communities depends on the Chisago Lakes Chain of Lakes.
Yellow Medicine Soil and Water Conservation District
2012 Fiscal Year Funding Amount:
Clean Water Fund
Agricultural drain tiles with surface intakes are considered a significant delivery mechanism of nutrients to Minnesota River. Protecting those surface water inlets can reduce the direct path those nutrients have to the river. In addition, in agricultural fields with subsurface drainage, leached nitrate creates elevated nitrate levels in tile drainage water.