NCEAS Working Groups
Monitoring responses of Pacific salmon to climate change
Project Description
This working group will develop monitoring programs that can identify changes in populations of Pacific salmon and attribute those changes to different potential mechanisms, including climatic change. Analyses of data from such programs will (1) document changes in salmon populations,
(2) provide empirical data to compare with previous predictions, (3)inform evaluation of alternative hypotheses about mechanisms by which climate change affects salmon, and (4) inform suggested actions to maintain wild Pacific salmon populations over the long term. The group will develop guidelines for identifying an appropriate monitoring design
given both budget constraints and location-specific concerns about the response of Pacific salmon to climate change. These guidelines will be applied to several illustrative situations. Further, the group will explore the consequences of deviating from the best design for a given situation, which will facilitate quantification of tradeoffs among monitoring programs.
Principal Investigator(s)
Randall M. Peterman
Project Dates
Start: March 10, 2008
End: March 4, 2010
completed
Participants
- Pete Adams
- NOAA, National Marine Fisheries Service (NMFS)
- Douglas Drake
- Oregon Department of Environmental Quality
- Erica Fleishman
- University of California, Santa Barbara
- Harold J. Geiger
- St. Hubert Research Group
- Kendra R. Holt
- Simon Fraser University
- Chris E. Jordan
- NOAA, Northwest Fisheries Science Center
- David P. Larsen
- Pacific States Marine Fisheries Commission
- Steve Leider
- Washington Governor's Salmon Recovery Office
- Richard H. Lincoln
- Wild Salmon Center
- Anthony Olsen
- US Environmental Protection Agency (EPA)
- Chuck Parken
- Fisheries and Oceans Canada
- Randall M. Peterman
- Simon Fraser University
- Jeffrey Rodgers
- Oregon Department of Fish and Wildlife (DFW)
- Michael Webster
- Gordon and Betty Moore Foundation
Products
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Journal Article / 2013
Evaluating alternative methods for monitoring and estimating responses of salmon productivity in the North Pacific to future climatic change and other processes: A simulation study
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Journal Article / 2011
Trade-offs between monitoring objectives and monitoring effort when classifying regional conservation status of Pacific salmon (Oncorhynchus spp.) populations