The West Fork Des Moines Headwaters Water Sampling Project consists of collecting water samples and along with field data from three sampling sites within the West Fork Des Moines River Headwaters located in Murray County, MN. The sampling will take place from May 2014 through September 2014, and then again from June 2015 through August 2015. During this sampling regime, the three stream sites will be sampled sixteen times. Field replicates as well as blanks will be collected also. The three sites identified for sampling are the West Fork Des Moines RIver, Beaver Creek, and Lime Creek.
To implement recommendations from an HVAC evaluation that will ensure better climate control for the preservation of historic resources documenting Lake of the Woods County history.
To hire qualified project personnel to evaluate the Nelson Site, a Late Woodland archaeological site, for possible inclusion in the National Register of Historic Places.
Prior to European settlement more than 18 million acres of prairie covered Minnesota. Today less than 1% of that native prairie remains, and about half of those remaining acres are in private landownership without any formal protection currently in place. Through this appropriation the Minnesota Department of Natural Resources will work with private landowners of high quality native prairie sites to protect remaining native prairie using a variety of tools. Approximately 200 acres are expected to be permanently protected through Native Prairie Bank conservation easements.
County-wide, complete natural resource planning, restoration and management and other land cover improvements, throughout the park and greenway system.
Continue contracts with Conservation Corps of Minnesota (CCM) to engage youth of the community in natural resource management projects throughout Ramsey County Regional Parks and Trails. *(In 2013 the Conservation Corp of Minnesota (CCM) worked on over 20 different natural resource projects within the Regional Park and Trails System, totaling over 5,900 hours. Of those total hours, approximately, 1,300 hours were assisting high school youth on natural resource projects and environmental education).
Develop and implement out-reach for nature and outdoor recreation based programming for people of low income and color throughout Ramsey County Regional Parks and Trails. (year 2 of 2)
MNHS and the Wilder Foundation worked together to provide greater access and awareness of MNHS resources to St. Paul neighborhoods through the Wilder Foundation's Neighborhood Leadership Program (NLP). NLP is a six-month training program that has been supported by the Wilder Foundation for the past 20 years with nearly 800 program alumni. The purpose of NLP is to help existing and emerging leaders take action to improve their community. This year 29 people were accepted to the NLP program.
Through visits to the Minnesota History Center, participants learned about the diverse history of St.
Partner: The Amherst H. Wilder Foundation
The Minnesota Historical Society and the Wilder Foundation worked with two new groups of existing and emerging community leaders in FYs14 and 15 to enhance their ability to act on important community issues.
During each six-month program, 25 participants explored neighborhood involvement and developed leadership skills to take effective community action.
The goal of this workplan is to define the major factors causing harm to fish and other river and stream life within the Nemadji Watershed. The work will complete the strength of evidence tables, will explain the linkages between biological monitoring results and water quality assessments, and will organize this information into a scientific evidence structure that supports the conclusions of the overall process. Multiple lines of evidence are reviewed and evaluated to produce a final evaluative report. This work order, the second of two, begins in 2013 and will be completed in year 2014.
The objective of this project is to manage streambanks and floodplains along Elm Creek in Martin County in order to improve water quality and reduce erosion. Elm Creek flows into the Blue Earth River, which flows into the Minnesota River. Elm Creek is currently listed as impaired for fish bioassessments, turbidity, and fecal coliform.
New State Trail development to complete key missing trail segments or to fulfill funding gaps in trail development projects. Potetial development to include multi-use trail, trail parking areas, trail waysides, or trail bridges. New trail development includes all associated engineering, design and construction, and is to incorporate current Best Management Practices.
The District is seeking to further its goals of meeting multipurpose drainage management requirements under its obligations as a 103E drainage authority. Judicial Ditch 1 is the largest system in the District, and proportionally one of the largest contributors of sediment and nutrients to the downstream reaches of the North Fork Crow River.
There is one lake and three streams in the North Fork Crow River Watershed District impaired by excess nutrients and impaired biotic communities. The Watershed Restoration and Protection Strategies have identified large areas and subwatersheds that have the potential to contribute high pollutant loads to the streams and lakes throughout the watershed. This Subwatershed Assessment study will evaluate three high loading subwatershed catchments in the North Fork Crow River Watershed.
-K-12 immersion site curriculum development.
-Fluent speakers in the classroom
-Develop testing and evaluation procedures
-Community-based training and engagement
To develop and expand K-12 Immersion site curriculum by hiring a culture-based education alignment specialist to work with the Niigaane curriculum development teams. These teams will work on relevant content based instruction for students in grades K-6, as the school does not serve grades 7-12. The project will also provide fluent speakers in the classroom.
This project combines the use of automated soil moisture probes for irrigation scheduling with diverse cover crop planting to reduce or eliminate leaching of nitrogen and other nutrients on cropland with an early season harvested crop in the rotation. The more efficient use of irrigation waters provides a secondary benefit: less withdrawal from the aquifers that provide recharge for the Mt. Simon-Hinckley aquifer.