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Assessing the Sustainability and Biological Integrity of Water Resources Using Fish Communities
 
 
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Assessing the Sustainability and Biological Integrity of Water Resources Using Fish Communities [Hardcover]

Thomas P. Simon (Author)

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Book Description

December 15, 1998 0849340071 978-0849340079 1
This book examines the application of fish community characteristics to evaluate the sustainability and biological integrity of freshwaters. Topics discussed include perspectives on use of fish communities as environmental indicators in program development, collaboration, and forming partnerships; influence of specific taxa on assessment of the IBI; regional applications for areas where the ITI had not previously been developed; and specific applications of the ITI developed for coldwater streams, inland lakes, Great Lakes, reservoirs, and tailwaters.

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More About the Author

Thomas P. Simon (1959- ) was born and raised in southeastern Michigan. His academic training in Biology includes a Bachelor of Science degree from The University of Michigan, Master of Science from the University of Wisconsin, and doctoral degree from the University of Illinois. His ichthyological training at the University of Michigan was under Karl F. Lagler, who studied under Carl Hubbs, while at the University of Illinois he studied under Lawrence M. Page. He is a third generation academic descendent from David Starr Jordan. For twenty-five years he was employed as a Federal government scientist by the Environmental Protection Agency and Department of the Interior, Fish and Wildlife Service. He is a National expert in biological assessment and criteria and was honored with three bronze medals for his studies. His research program includes applied research on the ecology and conservation of aquatic systems with emphasis on North American freshwater fish and crayfish. He is a coauthor of the "Reproductive Biology and Early Life History of Fishes in the Ohio River Drainage" series and has published 10 books. His research emphasis is on solving practical problems in water pollution and resource management. His studies involve applied research focused on anthropogenically modified habitats affected by landscape change, contaminants, and watershed stressors. His studies involve the use of aquatic biological assemblages to evaluate patterns, develop indicators, and evaluate biological response. He is a Fellow of the Indiana Academy of Science and former Director of the Indiana Biological Survey. He currently resides in Bloomington, Indiana, with his wife Beth and four children.

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Inside This Book (learn more)
First Sentence:
Beginning around 1900 and accelerating greatly in the last 20 years, fish community characteristics have been used to measure relative ecosystem health. Read the first page
Key Phrases - Statistically Improbable Phrases (SIPs): (learn more)
lithophilic spawners, fish metrics, trophic metrics, water resource integrity, coldwater sites, percent salmonids, total recoverable cadmium, fish assemblage data, percent white suckers, centrarchid species, trophic composition metrics, gillnet samples, percent top carnivores, simple spawners, using fish assemblages, warmwater versions, biological field assessment, numerical biological criteria, sucker species, high biotic integrity, percent simple lithophils, percent green sunfish, wading sites, total recoverable copper, percent omnivores
Key Phrases - Capitalized Phrases (CAPs): (learn more)
Ohio River, Environmental Protection Agency, New York, North American, Lake Erie, Invertivore Benthic, Transactions of the American Fisheries Society, Snake River, Red River, Boca Raton, Lake Agassiz Plain, United States, North Dakota, New Jersey, Great Lakes, New England, Ottawa River, Douglas Tailwater, Office of Water, Codorus Creek, Gut Peritoneum Caeca Teeth Plates, Scientific Name, Common Name, Geological Survey, Assessing Biological Integrity
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