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The Development of the Recreational and Environmental Resources of the Upper Minnesota River Valley

Halgren, L.A
This report is an attempt to gain support for the development of the upper Minnesota River Valley for the means of recreation and education. In support of this plan, the author included an overview of the geology, ecology, water quality, demographics, resource demands, government agency involvement/projects, and history of the basin. Through this information the author concluded the Minnesota River Valley would be an excellent area to develop such recreational and educational opportunities as bike and nature trails.

Minnesota River Assessment Project Report: Volume I, Workplan and Project Summary

The first volume of the Minnesota River Assessment Report (MRAP) contains the workplan an project summary. The workplan states that federal, state and local government units will assess the mainstem, major tributary, and ground water nonpoint source inputs to the Minnesota River for the purpose of the developing future water quality management programs. Physical/chemical Assessment, biological/toxicological assessment, land use evaluation and data management/modeling will be included in MRAP.

Selected Data for Stream Subbasins in the Blue Earth River Basin, South-Central Minnesota

Lorenz, D.L.
This report contains data collected for the Blue Earth River Basin. The data is presented in both map and database forms. The database contains selected information for the Blue Earth River Basin, including drainage and storage areas. Stream Subbasin and Stream flow gaging station locations are supplied by the map.

Minnesota River Assessment Project Report: Volume II, Physical and Chemical Assessment

Volume II of the Minnesota River Assessment Project Report (MRAP) contains the physical and chemical data that was collected during the study. It contains 5 chapters, they are as follows:

Selected Data for Stream Subbasins in the Watonwan River Basin, South-Central Minnesota

Lorenz, D.L.
This report contains data collected for the Watonwan River Basin. The data is presented in both map and database forms. The database contains selected information for the Watonwan River Basin, including drainage and storage areas. Stream Subbasin and Stream flow gaging station locations are supplied by the map.

Selected Data for Stream Subbasins in the Le Sueur River Basin, South-Central Minnesota

Lorenz, D.L.
This report contains data collected for the Le Sueur River Basin. The data is presented in both map and database forms. The database contains selected information for the Le Sueur River Basin, including drainage and storage areas. Stream Subbasin and Stream flow gaging station locations are supplied by the map.

Biological Survey of the Minnesota River

Kirsh , N.A.
During the summers of 1978-1982 37 miles of the Minnesota River underwent a biological survey. This survey included both fish and insect species. The survey listed 53 species that comprised the fish community of the reaches studies by this project. Sampling of benthic invertebrates showed Hydropsychiae, Ephemoroptera and Chironomidae to be the major constituents of the benthic community. It was determined that agriculture, erosion, turbidity and nutrient levels are all factors which are detrimental to the native flora and fauna of the Minnesota River Valley.

A Fish and Wildlife Survey of the Minnesota River Near New Ulm

Huber, E.V.
Huber conducted this study in response to an Army Corps of Engineers proposal to dam the Minnesota River near New Ulm. The dam would have inundated 60 miles of the Minnesota River Basin. Huber's study lists a multitude of habitats, species and recreational experiences that would have been removed from the area by such a project. His recommendation was that the Army Corps fully explore all alternatives.

Water Resources of the Chippewa River Watershed, West-Central Minnesota

Cotter, R.D.
The Chippewa River Watershed is located in West-Central Minnesota and drains approximately 2,080 square miles. The hydrologic atlas describing the characteristics of the watershed contains four sheets. These sheets describe the water cycle, ground water, water quality, and surface water of the drainage area.

Water Resources of the Lac Qui Parle Watershed West-Central Minnesota

Cotter, R.D.
The Lac Qui Parle Watershed is located in West-Central Minnesota and drains approximately 1,110 square miles. The hydrologic atlas describing the characteristics of the watershed contains four sheets. These sheets describe the water cycle, ground water, water quality, and surface water of the drainage area.

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