Review of literature related to the downstream ecological effects of hydroelectric power generation / by R. J. Steele and K. E. Smokorowski. : Fs97-6/2334E
Instream Flow methodologies (e.g. historic flow, hydraulic, and habitat-based methods) in use in North America, New Zealand and Europe are summarized. Existing literature related to population level effects of hydro generation on aquatic biota (fish and invertebrates), fish microhabitat use, fish migration, and egg/embryo development is reviewed. Finally, a number of mitigative actions currently employed to lessen the effects of hydro generation on aquatic biota and habitat are reviewed and evaluated.--Abstract
Permanent link to this Catalogue record:
publications.gc.ca/pub?id=9.615470&sl=0
Department/Agency | Canada. Department of Fisheries and Oceans. |
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Title | Review of literature related to the downstream ecological effects of hydroelectric power generation / by R. J. Steele and K. E. Smokorowski. |
Series title | Canadian technical report of fisheries and aquatic sciences0706-64572334 |
Publication type | Series - View Master Record |
Language | [English] |
Format | Paper |
Other formats | Electronic-[English] |
Note(s) | "Instream Flow methodologies (e.g. historic flow, hydraulic, and habitat-based methods) in use in North America, New Zealand and Europe are summarized. Existing literature related to population level effects of hydro generation on aquatic biota (fish and invertebrates), fish microhabitat use, fish migration, and egg/embryo development is reviewed. Finally, a number of mitigative actions currently employed to lessen the effects of hydro generation on aquatic biota and habitat are reviewed and evaluated."--Abstract. Prepared at the Natural Resource Solutions Inc., 279 Weber Street North, Waterloo, Ontario, N2G 2H5. Résumé en français |
Publishing information | Ottawa - Ontario : Fisheries and Oceans Canada 2000. |
Binding | Softcover |
Description | v, 55p. : references ; 28 cm. |
ISSN | 0706-6457 |
Catalogue number |
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Subject terms | Electric power stations Environmental impact Ecology Habitats |