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Using time series streamflow data to determine project effects on physical habitat for spawning and incubating pink salmon /

The incremental method of instream flow assessment was applied to identify effects of a proposed hydroelectric project on pink salmon in the Terror River near Kodiak, Alaska. Time series streamflow data are used to compare spawning and incubating conditions for 27 years of simulated pre- and postpro...

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Bibliographic Details
Main Author: Trihey, E. Woody,
Report Numbers:SUS 10032
Subjects:
Terror Lake Hydroelectric Project (Alaska)
Instream flow -- Alaska -- Terror River.
Hydroelectric power plants -- Environmental aspects -- Alaska -- Terror River.
Stream measurements -- Alaska -- Terror River.
Pink salmon -- Effect of dams on -- Alaska -- Terror River.
Pink salmon -- Effect of water levels on -- Alaska -- Terror River.
Pink salmon -- Spawning -- Alaska -- Terror River.
Time-series analysis.
Stream measurements.
Online Access:Link to Full Text
Library Holdings:Print Versions
Description
Summary:The incremental method of instream flow assessment was applied to identify effects of a proposed hydroelectric project on pink salmon in the Terror River near Kodiak, Alaska. Time series streamflow data are used to compare spawning and incubating conditions for 27 years of simulated pre- and postproject streamflows. Analysis was based on six years of average daily streamflow record at the Terror Lake outlet gage and four years of data at the Terror River gage (taken between 1963 and 1968).
Physical Description:pages 232-240 : 5 illustrations, 1 map ; 28 cm.
Notes:Caption title.
Contained In:Acquisition and utilization of aquatic habitat inventory information. [Place of publication not identified] : Western Division, American Fisheries Society, [1982?]
Bibliography:Includes bibliographical references (page 240).

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