Habitat Quality Evaluation for Use Attainability Analysis of Center Creek

Habitat quality of Center Creek was examined to determine the stream's proper use classification. Prior to the study Center Creek carried a classification of 2B. The habitat of the stream was assessed as being in fair condition. Downstream reaches were believed to be suitable for game fish. Fisheries studies revealed that small game fish did reside in areas of Center Creek. The physical and chemical tests showed high levels of unionized ammonia during periods of low flow. Dissolved oxygen was also low during periods of minimal flow.

Habitat Quality Evaluation For Use Attainability Analysis of High Island Creek Near Arlington Minnesota

The habitat quality of High Island Creek was examined to determined if its use classification of 2B is appropriate. Physical, chemical, and biological information was collected and analyzed for High Island Creek's two district reaches. The physical measurements indicated that there is poor to fair habitat quality in upstream reach. Habitat quality improves greatly as one progresses into the downstream reach. Chemical data suggests high levels of pollution from the Arlington waste water treatment plant and other sources within the watershed.

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.

Wildlife Habitat Losses in Ten Mile Creek Watershed (Judicial Ditch 8), Lac qui Parle and Yellow Medicine Counties, MN

Bonnema, K.W.
350 wetlands totaling 4,730 acres were destroyed by the installation of the Judicial Ditch 8 drainage system. This system, containing 135 miles of tile and 149 miles of open ditch disrupted much of the areas wildlife. It is estimated that the installation of the large ditch system reduced wildlife populations by 12,000 ducks, 9,000 muskrats and 8,000 pheasants. If a more modest approach were taken it is possible that much of the habitat and wildlife loss could have been prevented.

A Management Plan for the Minnesota River

Breining, G
This document is a plan to manage the Minnesota River from Lac Qui Parle dam to Franklin as one of Minnesota's Wild, Scenic and Recreational River Systems. If approved by the counties involved it would outline specific management techniques to be used to preserve the Minnesota River Basin. Social characteristics, a survey of the natural environment, and recreational features are also included in this report.

A Survey of the Mussels of the Minnesota River, 1989

Bright, R.C.
The goals of this research were to gain an understanding of what mussel species exist in the Minnesota River and compare the diversity and distribution to historical data. It was determined that about 46% of the mussel species that existed in the Minnesota River in 1908 no longer can be found in its waters. The research concluded that the distribution and community composition has gone through major changes a the Minnesota River has changed over time. This may be due to new human caused stresses augmenting the already present natural stresses.

Water Resources of the Cottonwood River Watershed, Southwestern Minnesota

Broussard, W.L
The Cottonwood River Watershed is located in South-Central Minnesota and drains approximately 1,250 square miles. The hydrologic atlas describing the characteristics of the watershed contains three sheets. These sheets describe the water budget, ground water, and surface water of the drainage area.

Comprehensive Local Water Planning A Decade of Planning 1989-1999

The text provides a review of the local water planning process, showing why it works and what is to come in the future. Included are the top ten accomplishments of the counties.

Citizen Lake-Monitoring Program: 1996 Report on the Transparency of Minnesota Lakes

The Citizen Lake-Monitoring Program (CLMP) was initiated as a cost-effective mechanism for obtaining basic water quality data for the lakes of Minnesota. CLMP involves asking citizens with an interest in a lake to take weekly transparency measurements. the readings are taken through the use of Secchi Disks. This data is then placed in the EPA's STORET database. 619 lakes in fifty-seven counties were monitored. The average transparency was found to be 9.8ft. A lake in St.

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