This project will achieve pollutant reductions within a chain of lakes with a hard-won trend of improving water quality. We will install shoreline stabilization projects with near-shore native plant buffers and in-lake aquatic plantings. We will stabilize at least 300 linear feet of shoreline resulting in at least 4 lbs/yr of phosphorus and 2.4 tons/yr of sediment reduction. This project is small budget and modest scale, but a critical finish-line kick to reach goals after many other larger projects that have nearly achieved goals.
The Crow Wing County (CWC) Water Plan identifies Island-Loon Lake as a priority lake to enhance due to its significant decline in water clarity and high ratio of impervious surface surrounding the lake. To mitigate the runoff, the Crow Wing Soil and Water Conservation District will partner with the CWC HWY Department, City of Crosslake, Crosslakers, and Whitefish Area Property Owners Association to install three mechanical separators and 13,500 square feet bioretention area that will reduce six pounds of phosphorus and 1 ton of sediment per year from entering the lake.
Brown's Creek Watershed District, City of Stillwater and Oak Glen Golf Course will work together to harvest and reuse stormwater for golf course irrigation, reducing thermal loading to Brown?s Creek, a designated trout stream listed as impaired due to high thermal and total suspended solids loading, and reduce phosphorous loading to Lake St. Croix, impaired for excess nutrients. The primary goals are to reduce phosphorous loading to Brown?s Creek and the St. Croix River/Lake St Croix by 67-124 pounds per year and thermal loading to Brown?s Creek by 0.4 degrees Celsius.
An exhibit planner will be hired to lead a project team of subject matter experts, artists, and lay-people through planning, design, and implementation of a web-based exhibit that expands the current work of the Philando Castile Peace Garden, including contemporary knowledge of racial history, community trauma, and the role of art, peace, grief, and healing in the wake of police violence.
This project targets sediment and TSS reduction in the Lake Emily subwatershed. Funded Best Management Practices will address non-point source pollution from agricultural lands, specifically those on steep, erodible slopes and ravines (root cause) that are delivering sediment and phosphorus to the Chippewa River and Lake Emily, an important local resource as it passes through several highly recreated and populated lakes within Pope County along with highly productive agricultural and wildlife lands. These lands have been converted to row crop production.
According to the Minnesota Department of Agriculture's (MDAs) Final Township Testing Nitrate Report for Benton County, significant portions of Langola, Watab, Minden, and Maywood townships have high aquifer vulnerability ratings due to the geologic setting in Benton County. The purpose of this project is to reduce the risk of groundwater contamination in critical drinking water areas in Benton County through the process of sealing unused wells.
Okabena Lake, in Worthington, Minnesota, is plagued by excess phosphorus and sediment loading that causes harmful algae blooms and poor water clarity. Excess nutrients and sediment contribute to the impaired status of the lake, occasional objectionable odors, reduced recreational use, lack of aquatic plants and less diverse aquatic life. The lake has both regional and local importance. It is identified as a high priority in county, watershed, and Missouri River Watershed CWMP plans.
