TECHNICAL ARTICLES - Simulating Fish Movement in Hydropower Reservoirs and Tailwaters - Researchers have combined physical and chemical reservoir modeling with a fish movement simulation model to predict how aquatic species will redistribute themselves in response to changing reservoir conditions.: Fid-Bau Portal

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TECHNICAL ARTICLES - Simulating Fish Movement in Hydropower Reservoirs and Tailwaters - Researchers have combined physical and chemical reservoir modeling with a fish movement simulation model to predict how aquatic species will redistribute themselves in response to changing reservoir conditions.

Nestler, John M.

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TECHNICAL ARTICLES - Simulating Fish Movement in Hydropower Reservoirs and Tailwaters - Researchers have combined physical and chemical reservoir modeling with a fish movement simulation model to predict how aquatic species will redistribute themselves in response to changing reservoir conditions.

Nestler, John M.

TECHNICAL ARTICLES - Simulating Fish Movement in Hydropower Reservoirs and Tailwaters - Researchers have combined physical and chemical reservoir modeling with a fish movement simulation model to predict how aquatic species will redistribute themselves in response to changing reservoir conditions.

Nestler, John M.

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Title:

TECHNICAL ARTICLES - Simulating Fish Movement in Hydropower Reservoirs and Tailwaters - Researchers have combined physical and chemical reservoir modeling with a fish movement simulation model to predict how aquatic species will redistribute themselves in response to changing reservoir conditions.

Contributors:

Nestler, John M. (author) / Goodwin, R.Andrew

Published in:

Hydro review ; 20

Publication date:

2001

ISSN:

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

Wasserkraftanlage

Classification:

BKL: 52.56 Regenerative Energieformen, alternative Energieformen / 56.35 Siedlungswasserwirtschaft, industrielle Wasserwirtschaft / 56.30 Wasserbau

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