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Stream flow and temperature modeling in the Susitna basin, Alaska /

The proposed Susitna Hydroelectric Project may effects on downstream fishery populations and habitats in the Susitna River drainage, Alaska. To predict these effects and to identify appropriate streamflow regimes to minimize negative effects and to aid mitigation efforts, a simulation with a compute...

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Bibliographic Details
Alternate Title:Streamflow and temperature modeling in the Susitna basin, Alaska

Susitna Hydroelectric Project, Stream flow and temperature modeling in the Susitna basin, Alaska
Additional Author(s):Wilson, William J., 1931-

Voos, Kenneth A.

Meyer, P. R.

Leslie, Lynn D.

Valdez, Beverly J.
Corporate Contributor(s):United States. Federal Energy Regulatory Commission.

Arctic Environmental Information and Data Center (Alaska)

HARZA-EBASCO Susitna Joint Venture.

Alaska Power Authority.
Publisher:University of Alaska, Arctic Environmental Information and Data Center,
Report Numbers:APA 862

SUS 254
Edition:[September 1983 edition].
Series:Document (Susitna Hydroelectric Project) ; no. 862.
Subjects:
Susitna Hydroelectric Project.
Streamflow -- Alaska -- Susitna River Watershed -- Computer simulation.
Water temperature -- Alaska -- Susitna River Watershed -- Computer simulation.
Water temperature -- Alaska -- Susitna River Watershed -- Mathematical models.
Streamflow -- Alaska -- Susitna River Watershed -- Mathematical models.
Dams -- Environmental aspects -- Alaska -- Susitna River -- Mathematical models.
Hydrologic models -- Alaska -- Susitna River Watershed.
Hydroelectric power plants -- Environmental aspects -- Alaska -- Susitna River -- Mathematical models.
Online Access:Link to Full Text
Library Holdings:Print Versions
Description
Summary:The proposed Susitna Hydroelectric Project may effects on downstream fishery populations and habitats in the Susitna River drainage, Alaska. To predict these effects and to identify appropriate streamflow regimes to minimize negative effects and to aid mitigation efforts, a simulation with a computerized model system was conducted to determine such post-project conditions. Unmeasured water discharges and stream temperatures are predicted. In building this water balance model, determination of stream temperatures required flow data at various mainstem and tributary locations.
Physical Description:viii, 60, 14, 20, 9 leaves : illustrations, maps ; 28 cm.
Notes:At head of title: Susitna Hydroelectric Project.

"Susitna Hydroelectric Project, Federal Energy Regulatory Commission, project no. 7114"--Cover.

"Final report, September 1983."

"This report was prepared by the following AEIDC staff: William J. Wilson, principal investigator ; Ken A. Voos, environmental engineer ; Paul R. Meyer, hydrologist ; Lynn D. Leslie, climatologist ; Beverly J. Valdez, information coordinator"--Page [iii].
Bibliography:Includes bibliographical references (leaves 57-60).

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