This project will utilize a combination of wetland restoration, invasive tree removal, seeding, and prescribed fire, to improve habitat quality, diversity, and productivity on Wildlife Management Areas and Waterfowl Production Areas within the prairie and metro regions of Minnesota.
Innovative AIS control and education programs have been widely acknowledged as far removed from the traditional stable of conservation easement and high priority land acquisition programs that the LSOHC generally espouses. However, these projects, though not permanent in nature, address the significant impacts to land and water resources that AIS pose. Left untreated, AIS severely impacts the habitat and outdoor recreational opportunities that LSOHC is committed to preserving.
The Fairmont Chain of Lakes habitat restoration project converted almost 35 acres of existing undeveloped and row crop lands into prime habitat. The open water areas were designed to promote northern pike spawning areas to benefit that fish species within the Chain of Lakes. This was accomplished by connecting to the existing Dutch Creek channel that flows adjacent to the project and outlets into the downstream lakes.
The Leech Lake Area Watershed Foundation in partnership with the Minnesota Land Trust will protect high priority critical fish habitat and the surrounding watersheds on 30 tullibee "refuge" lakes by securing conservation easements and fee title acquisitions. We will permanently protect approximately 445 acres and 1 miles of shoreland in total. If a lake's watershed has less than 25% land disturbance, the lake has a high probability to maintain clean water and healthy lake ecosystem.
The Minnesota Land Trust and the Leech Lake Area Watershed Foundation will protect 603 acres of high priority critical fish habitat and 0.5 mile of shoreline on 16 priority tullibee "refuge" lakes and their associated watersheds through conservation easements and fee title acquisitions. We will restore and enhance 60 acres of associated habitat. A lake's ecosystem and water quality have a high probability of being maintained if less than 25% of its watershed is disturbed.
The Leech Lake Area Watershed Foundation in partnership with the Minnesota Land Trust will protect high priority critical fish habitat and the surrounding watersheds on 38 tullibee "refuge" lakes by securing conservation easements. We will permanently protect approximately 400 acres. If a lake's watershed has less than 25% land disturbance the lake has a high probability to maintain clean water and healthy lake ecosystem. State of Minnesota reports indicate this region could see 64% population growth by 2030.
The Northern Waters Land Trust (NWLT) and Minnesota Land Trust (MLT) will protect critical fish habitat within 48 tullibee "refuge" lakes and their minor watersheds by securing conservation easements and fee title acquisitions. These efforts are prioritized toward the 15 highest priority tullibee refuge lakes. Through this Fisheries Habitat Protection program, NWLT and MLT are working to protect 75% of each targeted watershed, a measure that provides a high probability of maintaining clean water and healthy lake ecosystems.
The Northern Waters Land Trust (NWLT), in partnership with the Minnesota Land Trust (MLT), will protect high priority critical fish habitat within 15 tullibee "refuge" lakes and their minor watersheds by securing conservation easements and fee title acquisitions. Through this Fisheries Habitat Protection program, NWLT and MLT are working to protect 75% of each targeted watershed, a measure that provides a high probability of maintaining clean water and healthy lake ecosystems. We will permanently protect approximately 1,000 acres through this proposal.
Leech Lake Area Watershed Foundation and the Minnesota Land Trust collectively protected 765 acres and 8.9 miles of critical shoreland and forest habitat in the watersheds of strategic North Central Minnesota lakes through the completion of 5 conservation easements and 1 fee title acquisition. Acreage protection outcomes exceeded that proposed by 151%; shoreland protected exceeded that proposed by 297%. The grant leveraged $1,119,000 through landowner donation of easement and fee value and other sources, exceeding goals by 134%.
600 acres of critical shorelands and diverse forest habitat will be permanently protected in strategic North Central Minnesota watersheds through targeted conservation easements and fee title acquisitions. This program will help sustain high-quality fish habitat.
Reed canary grass and other invasive plants are preventing natural tree regeneration and threatening floodplain forests, upland forests, and wildlife alike. The Upper Mississippi River and its tributaries provide a critical habitat corridor for hundreds of species of birds from waterfowl and other game birds to warblers of special concern. This proposal builds on three previous and successful projects and will expand Audubon's work on State and Federal Lands as well as introduce projects on permanently protected private lands.
Floodplain forest enhancement projects were implemented at 10 sites covering 292 acres along the Mississippi River from Red Wing to the Iowa border. We completed site preparation; controlled invasive species; planted trees and shrubs using a combination of direct seeding, bare root seedlings and large, potted trees; protected trees from deer and voles; completed post tree planting weed control; and installed willow and cottonwood cuttings. Outcomes varied by site, ranging from poor to excellent tree seedling survival.
Reed canary grass is preventing natural regeneration of trees and threatening floodplain forests and wildlife along the Mississippi. This effort builds on previous LSOHC funding to control reed canary grass and plant trees as part of a long-term effort.
This proposal would acquire forest lands of significant natural resource and strategic location values and then resell those same lands previously acquired with this grant, subject to a Conservation Easement. Process would be repeated with land sale proceeds.
Our program/project will protect and maintain intact forest ecosystems through the use of perpetual conservation easements and other tools. This program/project will directly protect approximately 187, 277 acres of forest and wetlands with permanent conservation easements and 1,344 acres with fee acquisition.
This program will install fish barriers at (3) three locations on in the Watershed District to exclude carp and other rough fish that destroy fish habits and aquatic vegetation and stir-up phosphorous rich sediments that cause algal blooms and cause water quality impairments. The project will allow for effective carp control in an effort to improve fish habitat, fish spawning and habitat for waterfowl and other wildlife. Improving the fish habitat has a clear and measurable residual value in improving water quality and aquatic vegetation.
The Goose Prairie Marsh Enhancement Project was completed to allow resource mangers the capacity to manage water levels in Goose Prairie Marsh through installation of a water control structure and a new outlet channel from the marsh to the control structure.
The primary purpose of the project was to improve habitat conditions within the shallow lake and the associated upland habitats within and adjacent to the existing WMA. Secondary benefits included additional protections of lands adjacent to the WMA, improved water quality, and spring flood risk reduction downstream.
Directly restore six miles of stream habitat, the hydrologic conditions needed to support 400 acres of habitat corridor, and effectively reconnect more than 20 miles of the Grand Marais Creek.
The Conservation Fund and Minnesota Land Trust will protect 380 acres of high-priority grassland, prairie, and wetland wildlife habitat with working lands conservation easements in western, central, and southeastern Minnesota. Grasslands represent one of Minnesota’s most threatened habitat types. Privately-held and well-managed grasslands in strategic habitat complexes have provided lasting benefits for Minnesota’s wildlife. This project will permanently prevent the conversion of grasslands to row crops.
The Grassland Conservation Partnership Phase II grant resulted in the protection via conservation easement of 1,778 acres of grassland habitat and 3 miles of shoreline associated with 2 working grasslands projects in western Minnesota. Land protected through conservation easement exceeded the proposed outputs for this grant by 445% (1,778 versus 400 proposed acres). In addition, 140 acres of grasslands habitat was enhanced through the grant.
This program helped to create a legacy of habitat connectivity, public access, and economic vitality based on increased outdoor recreational opportunities in the mid-Minnesota River Watershed.
This program helped to create a legacy of habitat connectivity, public access, and economic vitality based on increased outdoor recreational opportunities in the mid-Minnesota River Watershed.
The Green Corridor Legacy Program (GCLP) will protect new and/or expansion fish, game, and wildlife habitats in the Prairie Eco Region. The DNR will provide the restoration and/or enhancement funds for converting croplands into high quality habitat cover. Local wildlife conservation clubs will be encouraged to submit L-SOHC Small Grants proposals for additional restoration and/or enhancement activities on these tracts. Fee title of all lands acquired will be held by the State and designated as WMA and/or AMA open to hunting, trapping, fishing, and compatible outdoor recreation uses.
During this grant funding timeline, this project only protected one 14-acre, permanent natural area conservation easement; but was able to restore and enhance way more than the anticipated 178 acres and 157 acres, respectively, of wildlife habitat, by restoring a total of 696 acres and enhancing 251 acres prior to the funding deadline.
Hennepin County and Minnesota Land Trust in partnership with willing landowners, propose to permanently protect 161 acres through conservation easements, and restore and enhance 70 acres of critical habitat. Intense development pressure is a persistent threat to remaining high quality habitat in Hennepin County.
Hennepin County, in partnership with the Minnesota Land Trust, proposes to permanently protect through conservation easement 299 acres of the most important natural areas remaining in the county, and restore and enhance 84 acres of protected habitat including forest, savanna, prairie, wetlands, shallow lakes, shoreline, bluffs, and riparian areas.
The Heron Lake Area Conservation Partnership (HLACP) will permanently protect 402 acres of prairie and wetlands within the Heron Lake watershed in southwest Minnesota. The landscape has less than one percent of its pre-settlement wetlands remaining. The HLACP will use conservation easements and fee-title land acquisition to protect and restore high-value wetland and prairie lands identified as critical habitat for many Species of Greatest Conservation Need (SGCN).
No project funds were spent. The Lessard-Sams Outdoor Heritage Council did not request that any services be performed with project funds. Accordingly, the $50,000 appropriation will be returned to the Outdoor Heritage Fund.
Funding for the commissioner of natural resources to perform or contract for pre-transaction services relating to land acquisition proposals submitted to the Lessard-Sams Outdoor Heritage Council upon the Council’s request, including, but not limited to, appraisals, surveys or title research.
This project protected in fee approximately 1,960 acres in Cass County and 320 acres in Hubbard County of forest habitat that are at significant risk of conversion to row crop agriculture. The project also restored 92 acres jack pine, an increasingly rare tree species, in the project area.
The Two Rivers Watershed District (TRWD) proposes to construct a multi-purpose impoundment located upstream of Lake Bronson State Park in Kittson and Roseau counties. The project footprint is over 12 square miles in size, and it will alter Lateral 1 of State Ditch #95 to provide fish and wildlife habitat, keep water on the landscape, stabilize river flows, reduce erosion and sediment, protect, maintain, and improve a prairie rich fen, benefit water quality and provide flood damage reduction.
We assessed, designed rehabilitation features and permitted 7200 linear feet of river reach in prime spawning areas. We completed construction on over 2200 linear feet of the reach.
Poor historic forestry practices in the Knife River watershed have degraded trout habitat and resulted in a TMDL exceedance for turbidity. The LSSA proposes to locate, assess and rehabilitate identified stream impacts within the watershed. The LSSA will use the new MPCA and Natural Channel Design evaluation criteria to rank and prioritize locations for rehabilitation. Our major focus will be stabilizing streambanks, installation of instream habitat and replanting riparian forest.
Historic Knife River flooding has led to stream channel degradation. This degradation resulted in slumping streambanks, sediment discharge exceeding the total maximum daily load (TMDL) and the loss of instream trout habitat. This is LSSA's 6th LSOHC Grant proposal in the Knife River. Since the LSSA began grant work on the Knife River (2013), the DNR has observed a 215% increase in the adult steelhead population. Our LSOHC projects have also stabilized ~2 miles of stream channel, restored ~15,000 feet of streambanks and reduced annual sediment discharge by 700 tons.
Eroding streambanks in the Knife River Watershed have degraded trout habitat and resulted in a total maximum daily load (TMDL) exceedance for turbidity. The LSSA proposes to rehabilitate instream habitat to increase trout spawning and rearing. Natural Channel Design construction techniques will be utilized to create a self-sustaining project that enhances instream habitat, improves channel stability, facilitates sediment transportation, stabilizes eroding streambanks, creates riparian wetlands and replant riparian trees/pollinator shrubs.
Phase I work was conducted on the main Knife River and its Main West Branch tributary. Primary goals were met and these goals include: stream connectivity, riparian zone tree planting, stream assessment and black ash stand identification. • Stream Connectivity - repaired Second Falls on the main Knife River. • Tree Planting - two volunteer and one CCM projects where several thousand trees were planted.
The goal of PH II-Knife River Habitat Rehabilitation project was to improve instream habitat, stabilize slumping streambanks and restore the immediate riparian zone.
Instream habitat and streambank stabilization was achieved by rehabilitating a 2200-foot stretch of stream utilizing Natural Channel Design methodology. This project reduced turbidity by stabilizing four slumping streambanks and creating instream habitat in two areas for adult trout spawning and two areas for 1+ juvenile rearing. Riparian plantings also occurred in this area.
This proposal will address two separate problems: the eminent failure of the Lake George dam and two severe erosion sites on the Rum River at Rum River Central Regional Park. We propose to replace the current failing sheet pile dam with a new dam that allows for fish passage on the outlet of Lake George. We also propose to repair two river bank erosion sites rated as 'Severe' totaling approximately 625 feet on the Rum River which will reduce sediment loading into the river by 285 tons per year and will provide improved in stream fish habitat.
Kandiyohi County with Lessard-Sams Outdoor Heritage Council’s grant was used to address the ecosystem and critical lake habitat on Lake Wakanda. This shallow lake is part of a prairie chain of lakes located south of Willmar at the headwaters of the South Fork of the Crow River, which flows into the Mississippi River.
This project will improve the water quality of Lake Rebecca in Lake Rebecca Park Reserve, and improve the fish habitat in the premier muskellunge brood stock lake in Minnesota. Water quality improvements will be achieved through a combination of management activities in the watershed to reduce phosphorus inflow to Lake Rebecca, control of the invasive species curly-leaf pondweed, stabilization of eroding shorelines, and application of alum (aluminum sulfate) to reduce internal phosphorus loading.
