A Microfilm Scanner System and associated computer and software were purchased for the Museum. Staff and volunteers were trained in their uses. Improved image quality was immediately noticeable. The purchase enhances the overall plan to preserve local history in Otter Tail County.
The Minnesota Genealogical Society (MGS) purchased three microfilm cabinets and two cases of microfilm storage boxes. The existing microfilm collection has been made more efficient, accessible and secure. There is also increased storage capacity for the future growth of the collection. The new cabinets have been placed on the MGS library floor.
A two year backlog of weekly Scott county newspapers, including the Shakopee Valley News, Jordan Independent, Belle Plain Herald, New Prague Times, Prior Lake American and the Savage Pacer were microfilmed by the Scott County Historical Society. A volunteer organized the newspapers by city and date, bundled them by year and created the microfilm targeting sheets. The newspapers were then boxed and sent to an outside vendor for microfilming. Negative and positive 35 mm master prints were made of the microfilmed newspapers.
Kanabec County Historical Society purchased a ST ViewScan Digital Microfilm system which included a Apple laptop computer, Windows 7 for Macs and Stylus Photo software and a printer to broaden public access to primary historical records.
The Lake of the Woods County Historical Society purchased a Canon MS 300 Microfilm Scanner/Reader to broaden public access to primary historic records for research use.
To make its primary records available through a new microfilm reader/printer. The application offers outstanding match and provides solid evaluation criteria
Six Kandiyohi County Township records were microfilmed and a copy was given to each township and one put into the research library at the Kandiyohi County Historical Society for easier access to the public. The master copy is being stored at Southwest Minnesota State University History Center. KCHS had microfilmed 42 rolls of film. During this project, KCHS assisted Colfax Township in finding their lost records and recovering them from inadequate conditions.
The most enduring value of this project is the preservation of the townships public records.
To broaden public access to primary historical records by replacing microfilm copies of newspapers lost during the July 8, 2011 arson fire that destroyed the Isanti County History Museum.
We will quantify the release of antibiotics from hotspots identified in our previous project to surface waters in Minnesota using field, laboratory, and modeling approaches to ultimately inform interventions.
University of Minnesota Duluth (UMD) will collect groundwater and drinking water samples from municipal supplies, private drinking water wells and monitoring wells to be analyzed by their laboratory for microplastics content. Surface water and sediment samples collected as part of this project may will also be analyzed for microplastics by UMD.
Microplastics are ubiquitous and may contain chemicals of concern (COCs). We propose to determine the effect that microplastics have on the fate and transport of COCs in Minnesota waters.
This project will reduce sediment and nutrient loading by 141 tons of sediment and 120 pounds of phosphorus annually while improving in-stream and riparian habitat by restoring a 2/3-mile corridor of Middle Sand Creek. This project expands upon the Lower Sand Creek Corridor Restoration project funded in part by a FY18 CWF grant and results in the restoration of over a mile of contiguous stream corridor.
The project will utilize GIS to analyze the Middle Minnesota River Watershed in Renville County to inventory conservation project potential in this watershed, then target priority projects for future funding. This project will create the opportunity to evaluate the watershed using the most advance scientific data available. Conservation practices that will be evaluated are wetland restorations, buffers and filter strips, sediment basins, grass waterways, and grade stabilization structures using LiDAR layers.
This project aims to improve water quality in the Middle Fork Crow River, as outlined in Middle Fork Crow River Watershed District 10 year Comprehensive Plan. This will be done by evaluating current water quality impacts, implementing best management practices already in the planning stages, and by promoting BMP’s to landowners with the support of a low interest loan program.
This project is to create a contact strategy for community/landowner opportunities, obstacles, and opinions on land management and water quality that will result in the identification of restoration and protection strategies for the Minnesota River Mankato watershed in Redwood, Blue Earth, Brown, Cottonwood and LeSueur Counties.
