2018 Out-migrant Monitoring Trapping Support on the Upper Middle Klamath River
Salmonid Research, Monitoring, and Evaluation (RM&E)
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KARUK-2018-4 | N CA - S Oregon | 03/01/2019 | 10/31/2019 | 2018 | Completed | 01/25/2024 | |
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Description
The Karuk Fisheries Program assited the U.S. Fish and Wildlife Service with out-migrant salmonid monitoring efforts on the mainstem Klamath River at the Kinsman Creek site. This river reach is the primary rearing reach for juvenile chinook and coho salmon spawning below Iron Gate Dam, but also the large population of juvenile fish emigrating from the Shasta River. The monitoring site was used for juvenile salmon out migration monitoring and a site to collect fish needed for fish disease monitoring. Juvenile out-migration monitoring occurred between March and May of 2019.
Project Benefit
The project will benefit management of salmon populations through better understanding of annual fry and smolt outmigration in the Klamath River. In addition the project monitors fish health of out migrants and assists with the quantification of disease related mortality and understanding of how annual river flows and water quality affect fish disease levels. Objective • Provide assistance with operations of outmigrant traps on the mainstem Klamath River below Iron Gate Dam; determine annual fish production estimates, evaluate fish health conditions and further development of flow based fish production models. Determine peak migration timing useful for water management and disease control methods.
Accomplishments
Research and Monitoring |
Stream Miles Monitored |
40.00 |
40.00 |
Funding Details |
PCSRF | $14,500 |
Report Total: | $14,500 |
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Worksites
Kinsman Creek Trap Site
- Worksite Identifier: Kinsman Creek Trap Site
- Start Date: 03/01/2019
- End Date: 06/01/2019
Area Description
Klamath River at river mile 130
Location Information
- Basin: Klamath (180102)
- Subbasin: Upper Klamath (18010206)
- Watershed: Horse Creek-Klamath River (1801020610)
- Subwatershed: Kohl Creek-Klamath River (180102061005)
- State: California
- Recovery Domain: N CA - S Oregon
- Latitude: 41.80637109067514
- Longitude: -123.0169486999483
ESU
- California Coastal Chinook Salmon ESU
- Southern Oregon/Northern California Coast Coho Salmon ESU
Map
Photos
Metrics
Metrics
- E.0
Salmonid Research, Monitoring, and Evaluation (RM&E)Y (Y/N)
- . . E.0.a
RM&E Funding 14,500.00
- . . E.0.b
Complement habitat restoration project | |
Klamath River Dam Removal Project and Flow Management for Disease Reduction |
- . . E.0.c
Project identified in a plan or watershed assessment. | |
Measures to Reduce C-Shasta
Infection of Klamath River Salmonids: A
Guidance Document, January 17, 2017 |
- . . E.0.d.1
Number of Cooperating Organizations 1
- . . E.0.d.2
Name Of Cooperating Organizations. | |
US Fish and Wildlife Service |
- . . E.0.e.1
Number of reports prepared 0
- . . E.0.e.2
- . . E.1
MonitoringY (Y/N)
- . . . . E.1.a
Monitoring funding 7,000.00
- . . . . E.1.b.1
Stream Miles Monitored 40.00
- . . . . E.1.b.2
Acres of Watershed Area Monitored 50,000.0
- . . . . E.1.c.2
Salmonid smolt or fry monitoringY (Y/N)
- . . . . . . E.1.c.2.a
# miles (to nearest 0.01 mile) monitored for Salmonid smolt or fry 40.00
- . . . . E.1.d
Name Of Comprehensive Monitoring Strategy/Program | |
None |
- . . E.2
ResearchY (Y/N)
- . . . . E.2.a
Research Funding 7,500.00
- . . . . E.2.b.7
Investigating fish health and/or disease/parasitesY (Y/N)
- . . . . . . E.2.b.7.a
Key issues addressed by fish health and/or disease/parasites research | |
The intent of this research is to determine the weekly disease infection levels of out migrant chinook salmon and determine the what percentage of the outmigrant population has migrated downstream of the Kinsman Creek site in order to determine relative effect on the annual outmigrant population. A sub sample of fish are collected weekly and analysed for c-shasta infections and other disease pathogens. Weekly data are used in an adaptive management strategy that include actions such as river flow increases or other flow related actions (pulse flows) aimed at reducing disease infection levels or disruption of disease life cycle. |
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