Site-specific water quality studies of the Straight River, Minnesota
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Site-specific water quality studies of the Straight River, Minnesota complex effluent toxicity, zinc toxicity, and biological survey relationships by Anthony R. Carlson

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Published by U.S. Environmental Protection Agency, Environmental Research Laboratory in Duluth, MN .
Written in English

Subjects:

  • Fishes -- Effect water of pollution on.,
  • Water quality -- Measurement.,
  • Sewage disposal in rivers, lakes, etc. -- Environmental aspects.

Book details:

Edition Notes

StatementAnthony R. Carlson and Thomas H. Roush.
ContributionsRoush, Thomas H., Environmental Research Laboratory (Duluth, Minn.)
The Physical Object
Pagination2 p. ;
ID Numbers
Open LibraryOL22444048M

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Site-Specific Water Quality Studies of the Straight River, Minnesota: Complex Effluent Toxicity, Zinc Toxicity, and Biological Survey Relationships: U. S. Environmental Protection Agency: Books - at: Paperback. EPA/// January Site-Specific Water Quality Studies of the Straight River, Minnesota: Complex Effluent Toxicity, Zinc. Tpxicity, and Biological Survey Relationships by Anthony R. Carlson and Thomas-H. Roush. Site-specific water quality studies of the Straight River, Minnesota: complex effluent toxicity, zinc toxicity, and biological survey relationships Author: Anthony R Carlson ; Thomas H Roush ; Environmental Research Laboratory (Duluth, Minn.). United States Environmental Protection Agency Environmental Research Laboratory Duluth MN Research and Development EPA//S/ Mar. vxEPA Project Summary Site-Specific Water Quality Studies of the Straight River, Minnesota: Complex Effluent Toxicity, Zinc Toxicity, and Biological Survey Relationships Anthony R. Carlson and Thomas H. Roush Comparative laboratory toxicity tests using Ceriodaphnia reticulate and the fathead minnow Pimephales promelas .

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Derivation of site‐specific water quality criteria for cadmium and the St. Louis River Basin, Duluth, Minnesota. R. L. Spehar. Corresponding Author. U.S. Environmental Protection Agency Environmental Research Laboratory‐Duluth Duluth, Minnesota Cited by: Minnesota River Basin. This could be a pivotal year for the Minnesota River and its tributaries. The MPCA is releasing new studies that emphasize the need for widespread changes to the Minnesota River Basin, which covers 10 million acres in southern Minnesota. One study looked at sediment pollution (also called total suspended solids).   The monitoring and evaluation work encompasses most of the river, from Big Stone Lake to where it meets the Mississippi in St. Paul. The study led to these primary conclusions: Overall, the Minnesota River is unhealthy. Sediment clouds the water, phosphorus causes algae. Water-quality data collected at these two sites from to have high temporal variation due to the runoff-event-driven nature of the St. Croix River and are often limited in extent by the data-collection needs of previous studies.