MNDNR's St. Louis River Restoration Initiative (SLRRI) is a collaborative program enhancing and restoring the St. Louis River estuary and contributing watershed. The 11,000-acre estuary is a unique resource of statewide significance. SLRRI's vision includes diverse, productive, and healthy aquatic and terrestrial ecosystems of the river and watershed. Through SLRRI Phase 11 we will restore or enhance an additional 62 acres of priority aquatic, wetland, and estuary forest habitat for important fish, game, and Species of Greatest Conservation Need.
DNR achieved the following outcomes using ML2018 funds.
-Restored 4 acres of habitat at Interstate Island for threatened bird species, including a 30,000 sqft nesting area.
-Seeded 3,917 lbs of Manoomin with tribal partners across 28 acres.
-Removed 68,000CY of sediment from Perch Lake restoring coastal marsh and deep water habitat.
-Designed and implemented a portion of the Kingsbury Bay/Creek watershed restoration project contributing to an estimated total reduction of over 400 tons of sediment per year.
DNR's St. Louis River Restoration Initiative (SLRRI) advanced multiple large-scale habitat restoration projects. ML2017 funds contributed to:
-Removing 300,000 CY of invasive vegetation, sediment, and sawmill waste from the waters of Kingsbury Bay and Grassy Point, restoring approximately 230 acres of coastal marsh habitat;
-Restoring five acres of habitat at Interstate Island for a threatened avian species by beneficially using over 52,000 CY of clean sand dredged from navigation channels;
The United States Environmental Protection Agency (USEPA) requires the Minnesota Pollution Control Agency (MPCA) to carry out the Total Maximum Daily Load Program (TMDL) in the state of Minnesota. Minnesota has an abundance of lakes and river reaches, many of which will require a TMDL study. In an effort to expedite the completion of TMDL projects, the MPCA constructs watershed models. These models support the development of TMDL studies for multiple listings within a watershed. In 2017 the Lake of the Woods (LOW) watershed HSPF model was extended through 2014.
The goal of the Dakota History Symposium at Lower Sioux Agency is to reclaim Dakota voice in a narrative that under-represents Dakota perspective and cultural worldview while providing opportunity for exiled Dakota to reconnect to their shared history, disrupting dominant power dynamics that restrict Dakota truth-telling. Hosting a Dakota-led educational event will enhance public understanding, broaden worldviews perspective and increase access to historic truths of the State of Minnesota.
Radio Tower Bay: 115,000 cubic yards of wood material was removed to increase water depth, provide greater habitat diversity, promote native aquatic vegetation and increase recreational access.Knowlton Creek: 6,500 linear feet of degraded stream was restored by reshaping and creating new stream channels; constructing instream structures; and native planting and seeding to stabilize the stream and minimize sediment into the Estuary.21st Ave W/Interstate Island: Restored 2 acres of critical nesting habitat for the Common Tern and Piping Plover.Wild Rice: Restored 133 acres of wild rice in the
The LqP-YB Watershed Plan FY 2025, will be used to implement projects in the Watershed to help enhance ground water, surface water, land
stewardship, & habitat. The plan is broken into high, medium, & low priority regions and the local partners will work with
landowners to implement projects to help meet the goals of the plan. Funding will be geared towards projects located in the high
To hire qualified professionals to repair the storefront of the Lyric Building, listed in the National Register of Historic Places and home of Laurentian Arts and Culture Alliance.
To stop the water infiltration that was causing damage to the building, bricks and tuck-pointing were removed and replaced in two areas of external wall at the back and side of the Lyric Theater building.
The damaged areas have now been stabilized and further erosion curtailed. Renovation of the rest of the building can now continue.
Leveraging new statewide climate data, we will assess future change in the duration, frequency and magnitude of heavy precipitation and drought events and engage communities to prepare for these extremes.
