Item title: | Radio-Tagged Chinook Salmon And Steelhead Passage Behavior At Lower Monumental, Little Goose And Lower Granite Dams - 2013 |
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Report type: | Technical Report |
Date: | 2014 |
Authors: | Clabough, T.S.; Jepson, M.A.; Lee, S.R.; Keefer, M.L.; Caudill, C.C.; Martinez-Rocha, L.; Renner, J.; Erdman, C.; Sullivan, L.; Hatch, K. |
Affiliations: | Fish and Wildlife Sciences, University of Idaho; Blue Leaf Environmental |
Report number: | 2014-3 |
Publisher: | University of Idaho |
Funder: | U.S. Army Corps of Engineers, Walla Walla District |
Abstract: | The Biological Opinion (BiOP) for the operation of the Federal Columbia River Power System specifies management goals for survival rates of adult salmon and steelhead during upstream migration. Recent data from PIT-telemetry monitoring indicates survival rates are lower than BiOp targets. We conducted a multiple objective study in 2013 using radiotelemetry and environmental monitoring to: 1) characterize general adult migration behavior and passage metrics at lower Snake River dams and reservoirs upstream of Ice Harbor Dam forebay, 2) test for associations between behavior of adult spring–summer Chinook salmon during passage of Little Goose Dam and dam operations and river environmental conditions; and 3) monitor adult salmonid passage in relation to temperature conditions in the Lower Granite Dam fishway and forebay near the fishway exit. |
Species: | Chinook salmon, Oncorhynchus tshawytscha; Steelhead, Oncorhynchus mykiss |
Concepts: | salmonids; Federal Columbia River Power System; FCPRS; radiotelemetry; passage times; migration; fishways; passage behavior |
Location: | Snake River; Little Goose Dam; Lower Granite Dam; Bonneville Dam; Columbia River; Lower Monumental Dam |
Source: | University of Idaho, Fish Ecology Research Lab |
Type: | Text |
Format: | application/pdf |
Rights: | These files are provided for research purposes with copyright held by the original authors. Please contact the publishing organization for more information about rights. |
Digital identifier: | ferl-tr-2014-3 |