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Susitna Hydroelectric Project aquatic impact assessment : effects of project-related changes in temperature, turbidity, and stream discharge on upper Susitna salmon resources during June through September /

"This report documents the assessment by the University of Alaska's Arctic Environmental Information and Data Center (AEIDC) of aquatic impacts of the Susitna hydroelectric project as proposed by the Alaska Power Authority (APA). It is based on existing information and analyzed data regard...

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Alternate Title:Aquatic impact assessment : effects of project-related changes in temperature, turbidity, and stream discharge on upper Susitna salmon resources during June through September

Effects of project-related changes in temperature, turbidity, and stream discharge on upper Susitna salmon resources during June through September
Additional Author(s):Kelly, Michael D.

Wilson, William J., 1931-

Prewitt, C. G.

LaBelle, Joseph C.
Corporate Contributor(s):Arctic Environmental Information and Data Center (Alaska)

Alaska Power Authority.

HARZA-EBASCO Susitna Joint Venture.
Publisher:Arctic Environmental Information and Data Center,
Report Numbers:APA 454

SUS 249
Series:Document (Susitna Hydroelectric Project) ; no. 454.
Subjects:
Susitna Hydroelectric Project -- Environmental aspects.
Hydroelectric power plants -- Environmental aspects -- Alaska -- Susitna River.
Dams -- Environmental aspects -- Alaska -- Susitna River.
Pacific salmon -- Habitat -- Alaska -- Susitna River.
Pacific salmon -- Effect of dams on -- Alaska -- Susitna River.
Pacific salmon fisheries -- Alaska -- Susitna River.
Turbidity -- Alaska -- Susitna River.
Streamflow -- Alaska -- Susitna River.
Water temperature -- Alaska -- Susitna River.
Online Access:Link to Full Text
Library Holdings:Print Versions
Description
Summary:"This report documents the assessment by the University of Alaska's Arctic Environmental Information and Data Center (AEIDC) of aquatic impacts of the Susitna hydroelectric project as proposed by the Alaska Power Authority (APA). It is based on existing information and analyzed data regarding project-related changes in stream temperature, turbidity, and discharge."--Introd., leaf 1.
Physical Description:138 leaves in various foliations : ill., maps ; 28 cm.
Notes:"This report was prepared by the following AEIDC staff: William J. Wilson, principal investigator ; Charles G. (Mike) Prewitt ..., Michael D. Kelly ..., Joseph C. LaBelle"--Leaf [iii].

"January 1984."
Bibliography:Includes bibliographical references.

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