The NCHS's collection of vintage clothing was re-packaged, re-labeled and re-cataloged using proper storage methods. The 232 textiles are now more accessible.
The goal of this project is to identify watershed and in-lake best management practices (BMPs) to improve water quality for impaired water bodies within the Upper Long Lake Creek subwatershed. The existing P8 watershed model and BATHTUB lake response models will be updated and refined to identify BMPs, develop project costs, and estimate nutrient load reductions. A feasibility report will be developed that outlines prioritized projects, estimated load reductions, and project costs to accelerate implementation.
The goal of this project is to develop a Total Maximum Daily Load (TMDL) for all impaired stream reaches and lakes within the Long Prairie and Red Eye Watersheds.
This project will provide surface water quality data to the Minnesota Pollution Control Agency (MPCA) to inform the Watershed Restoration and Protection Strategies (WRAPS) update process. All locations are in the Douglas County portion of the Long Prairie Watershed. Sites have been targeted based on local knowledge and citizen concerns. A culvert inventory will also be completed through this project. This will provide flow path data that will be utilized in future water quality analysis and project designs.
This project will gather watershed data to support the development of a Watershed Restoration and Protection Strategy with parameter-specific targets that will maintain or improve water quality for the Long Prairie River Watershed. This project will also provide an important framework for civic and citizen engagement and communication, contributing to long-term public participation in surface water protection and restoration activities throughout the watershed.
Brown's Creek Watershed District (BCWD) has identified two neighborhoods that drain untreated stormwater directly to Long Lake, a recreational lake in Stillwater that has been listed as impaired for excess nutrients. By working with targeted residential landowners in the high priority neighborhoods, BCWD will install 10-15 best management practices to achieve measurable outcomes of 5 acre-feet of nutrient-rich stormwater infiltration,1 ton of total sediment and 6 pounds of total phosphorus removed from Long Lake per year.
This project is to finalize the Total Maximum Daily Loads (TMDLs) and Watershed Restoration & Protection Strategies (WRAPS) for the Red Eye and Long Prairie Watersheds.
This project will result in the installation of give water quality practices totaling 350 linear feet of restored lakeshore and 6,000 square feet of native plant stormwater management. By targeting properties that are eroding and/or with concentrated overland flow to the lake, pollutant discharge to the lake will be reduced.
This project will install practices to improve water quality in Long Lake, Isanti Co. We will install at least 350 linear feet of restored lakeshore and 3,000 sq ft of native plant stormwater treatment with an emphasis on bioengineering techniques, native plants and locating buffers/swales/rain gardens at points of concentrated overland flow into the lake. By targeting properties that are eroding and/or with concentrated overland flow to the lake we will reduce suspended solids discharge by 6,300 lbs/yr and phosphorus by 0.6 lbs/yr.
This funding will be used to help fulfill the goals established in the Long Prairie CWMP. Approximate goals addressed are listed with the activities addressing them. Anticipated projects to be implemented include agricultural waste management facilities, agricultural land management, exclusion fencing, rain gardens, subsurface sewage treatment upgrades, shoreline restorations, and forestry. Other projects will be considered as opportunities arise.
A long-term project to protect Minnesota's only population of ball cactus has begun successfully. To cement this success, population expansion/establishment will finish and long-term volunteer monitors will be trained.
This funding will begin a long-term scientific study that will provide much-needed information for land managers protecting Minnesota's floodplain forests from threats of overabundant deer, invasive shrubs and earthworms.
Long-term nitrate mitigation by maintaining profitable Kernza production will evaluate the effectiveness of aging Kernza stands on water quality. Continue to develop a sustainable supply chain, focusing on post-harvest processing.
Loon Lake, the receiving waterbody for Jackson Judicial Ditch 8 (JD8), is impaired for nutrients - with phosphorus being a primary concern, along with a delta of sediment forming where JD8 flows into Loon Lake. JD8 is impaired for benthic macroinvertebrates and fish bioassessments, which indicates that the long-term health of the system is poor. The project proposed in this application will construct a 4.6-acre constructed wetland along the JD8 open ditch, providing water storage and allowing sediment and nutrients to settle out before entering the lake.
Lake Sarah is a regionally significant lake and currently suffers from excess phosphprus levels. Loretto Creek, located partially within the Cities of Medina and Loretto, is Lake Sarah's east tributary carrying approximately 269 pounds of phosphorus to the lake each year. This is a joint project between the Cities of Loretto and Medina developed for the Loretto ballfields to address this problem.
The Lost River requires ongoing protection efforts to reduce harmful runoff entering the watershed. A primary element of this project involves providing project development and technical assistance to a producer who owns approximately 1/3 mile of Lost River frontage. Severe erosion and feedlot conditions compromise water quality in this area. The restoration of this jeopardized area will be accomplished through buffers, streambank restoration and livestock exclusion.
The purpose of this contract is to augment data collection efforts for the St. Louis River (SLR) Watershed Restoration and Protection Strategy (WRAPS) and for four impaired Duluth beaches. For the SLR WRAPS, activities include: attaining datasets for watershed stressors and geomorphic conditions, water quality gap monitoring, and a civic engagement component. Impaired beaches activities include: collection of field observational data, field water chemistry, and water quality samples for analytical analysis.
Beginning in June 2019, the St Louis River Watershed will start the second round of the Watershed Restoration and Protection Strategies (WRAPS) process. This project helps the Carlton County SWCD (SWCD) initiate a broader citizen participation process in the Watershed. The SWCD staff will be enabled to create a greater degree of public interest in and awareness of the general health of the Watershed. This work will create the foundation for greater citizen involvement in the planning and implementation of restoration and protection activities in the Watershed.
The objectives of this project are to update and extend the simulation periods of the St. Louis River and Cloquet River watershed Hydrologic Simulation Program – FORTRAN (HSPF) model and the Duluth urban area HSPF model and conduct recalibration of the hydrology and water quality simulations. The model updates will support work to update the existing Watershed Restoration and Protection Strategy (WRAPS) reports.
State resource agencies are implementing a delisting strategy for the St. Louis River Area of Concern (AOC) by completing the Remedial Action Plan (RAP). A suite of 80 management actions in the RAP were developed to address specific Beneficial Use Impairments (BUI) identified throughout the estuary. Removing these legacy impacts often involves restoring historically altered habits by manipulating sediment characteristics, restoring shoreline function, and constructing under water features.
MNDNR's St. Louis River Restoration Initiative (SLRRI) is a collaborative program enhancing and restoring the St. Louis River estuary. This 12,000 acre estuary is a unique resource of statewide significance. SLRRI's vision for the estuary includes diverse, productive, and healthy aquatic and terrestrial ecosystems of the river and watershed. MNDNR and MN Land Trust's SLRRI Phase 8 will restore an additional 155 acres of priority aquatic, wetland, and forested habitat for important fish, game, and SGCN.
To offer new arts and cultural heritage programming at the St. Louis County Fair. Programming will include performances by Irish Dancers, a Native American pow-wow, children's theater, vaudeville, and music featuring a barbershop quartet, gospel, and Americana songs.
This project will provide a protocol for prioritizing sites in the St. Louis Area of Concern (AOC ) for restoration based on site-specific bioavailability considerations. Despite large data collection efforts focused on sediment chemistry, the extent to which sediment with moderate levels of contamination is available for uptake into biota and therefore contributing to Beneficial Use Impairments (BUI)s is still largely unknown.
To document in 18 oral history interviews the history of the migration of the Minneapolis Jewish community from the city's North Side to St. Louis Park, 1945-1975.
The St. Louis River Area of Concern (SLRAOC) conservation partners are focused on removing Beneficial Use Impairments (BUI) in the estuary and eventually delisting the SLRAOC. Cooperative efforts between multiple resource agencies and regional stakeholders have identified a host of restoration objectives, developed project support activities, and partially secured funding that includes a state commitment through the Minnesota Clean Water Fund.
The St. Louis River Area of Concern (SLRAOC) conservation partners are focused on removing Beneficial Use Impairments (BUI) in the estuary and eventually delisting the SLRAOC. Cooperative efforts between multiple resource agencies and regional stakeholders have identified a host of restoration objectives, developed project support activities, and partially secured funding that includes a state commitment through the Minnesota Clean Water Fund.
The goal of the St. Louis River Watershed Mercury Total Maximum Daily Load (TMDL) is to determine the mercury reductions needed to meet the water quality standards for mercury and support healthy consumption of fish by people and wildlife. Fishing is important in this watershed for economic and cultural reasons, including the exercise of tribal treaty rights; Fond du Lac’s 0.77 ng/L water quality standard protects subsistence fishing. This project will result in the development of the Mercury TMDL calculations and associated mercury source assessment.
MNDNR's St. Louis River Restoration Initiative (SLRRI) is a collaborative program enhancing and restoring this unique and valuable resource. The SLRRI's vision for the estuary includes diverse, productive, and healthy aquatic and terrestrial ecosystems of the river and watershed. Contributing to this vision, MNDNR works with partners throughout the 12,000-acre estuary to identify and prioritize key projects and implement previously identified projects that restore 35 acres of priority aquatic and riparian habitat.
The project provides the opportunity for the North Saint Louis Soil and Water Conservation District (NSLSWCD) to engage in efforts to increase public participation in the St. Louis River Watershed and participate in the planning and technical review of the Watershed Restoration and Protection Strategies (WRAPS) process. NSLSWCD contains the headwaters of the St. Louis River Watershed. The District’s knowledge of the area, communities, and organizations puts them in a unique position to work cooperatively in the watershed.
