Daniel Schindler, Ph.D., University of Washington Fisheries Research Institute Salmon research in Western Alaska 1946-2009.

Slides:



Advertisements
Similar presentations
My Background Presented By Tom Wooding Started fishing at age 8. Began fishing in Area M at 13. Became skipper at 18. Received a BSME at 22. Constructed.
Advertisements

Colville Confederated Tribes and the Okanagan Nation Fisheries Commission.
Assessment of A-run Steelhead population in the Clearwater Nez Perce Tribe Department of Fisheries Resources Management.
Evaluate juvenile salmon residence in the Columbia River Plume using micro-acoustic transmitters John Ferguson, et al. Riverine Ecology Program NWFSC,
Frank Leonetti, Snohomish County
Life History Patterns and Habitat Use in the Upper Columbia Greer Maier Science Program Manager Upper Columbia Salmon Recovery Board.
Early Stuart Run Fraser Sockeye Stocks Source: Sue Grant, DFO Total Abundance Total Abundance 43 spawning sites, 3 rearing lakes.
Issues in fisheries sustainability
Critical Habitat by Life Stage - Incubation (eggs pre-hatch) - transition (embryo to fry) - juvenile rearing (0 to 2) - juvenile rearing (2+) - Adult feeding.
Bartlett River Salmon Escapement: a case study in wilderness fisheries management Glacier Bay National Park and Preserve.
Columbia River Redband Trout Oncorhynchus mykiss gairdneri Randall Osborne District 2 Fisheries Biologist Washington Department of Fish and Wildlife March.
Stephanie Carlson 1 and William Satterthwaite 2 1 Department of Environmental Science, Policy & Management, UC Berkeley 2 NOAA-Fisheries, Santa Cruz Managing.
Environmental Factors Affecting Salmon Production Washington Department of Fish & Wildlife Science Division Dave Seiler.
Climate insurance for NW steelhead fisheries: thoughts on incorporating the influence of variable ocean conditions in steelhead management Nate Mantua.
Population diversity and the portfolio effect in fisheries Daniel Schindler Keeler Professor of Aquatic and Fishery Sciences University of Washington Seattle,
El Niño/Southern Oscillation Major climatic perturbation on the planet Coupled atmosphere ocean process Key is the western tropical Pacific – Ascending.
Fishery selection on Alaskan sockeye salmon and potential changes in size at maturity Neala Kendall Tom Quinn School of Aquatic and Fishery Sciences University.
Wireless Password: The Pebble Prospect Economic Impact and Regulatory Overreach Conference of Western Attorneys General Colorado Springs,
Importance of Habitat in salmon declines and recovery Ray Hilborn School of Aquatic and Fishery Sciences UW.
Modelling salmon and habitat. What is a model A simplified abstraction of a more complex object A model airplane - has some of the characteristics - Boeing.
Salmon Habitat: destruction and recovery. Student Winter 2007.
Decisions in the Face of Uncertainty Cedar River Sockeye Hatchery Proposed Adaptive Management Plan.
Disentangling evolution and plasticity in adult sockeye migration date: a new method provides evidence of evolutionary change Lisa Crozier Mark Scheuerell.
A few lessons learned from a pilot project in sustainability science Nathan Mantua Climate Impacts Group Center for Science.
Biocomplexity and fisheries sustainability Ray Hilborn Tom Quinn Daniel Schindler School of Aquatic and Fishery Sciences University of Washington.
Types of Channel Habitat
Generating scenarios of salmon recovery: what are the mechanisms linking climate variability to marine survival? E. Logerwell 1, N. Mantua 2, P. Lawson.
A Climate Angle on Uncertainty in Salmon Recovery Scenarios Nate Mantua Ph D Joint Institute for the Study of the Atmosphere and Oceans University of.
Missing collaborator. Conceptual Overview SHIRAZ Landscape Processes Land Use Freshwater Habitat Biological Response Land use & landscape processes affect.
From Water to Market: a guide to permits and procedures.
Columbia River salmon : Who (or what) will save them? John Williams Klarälven meeting in Karlstad 9 May 2011.
ESA-listed Snake River Salmon: What’s the link to Snake River dams? John G. Williams NOAA Northwest Fisheries Science Center Seattle
Salmon Species Chinook Aka “King” or “Tyee” or “Blackmouth”
Tim Beechie NOAA Fisheries, Seattle Incorporating climate change into restoration planning.
Climate and Fisheries Dr. Gordon H. Kruse Director & Professor of Fisheries, Fisheries Division, School of Fisheries and Ocean Sciences, University of.
Salmon and society: Lessons from the Pacific Northwest Robin Waples Northwest Fisheries Science Center National Marine Fisheries Service N.O.A.A Seattle,
QUESTIONS ABOUT MARINE- DERIVED NUTRIENTS AND C&R FISHERIES TO BE ANSWERED IN THE DISCUSSION Hal Michael Washington Department of Fish and Wildlife
Life History of Western Washington Winter Steelhead, a 30 Year Perspective Hal Michael Washington Department of Fish and Wildlife
Modeling physical environmental impacts on survival: the SHIRAZ model Ecosystem based management FISH 507.
IN PUGET SOUND & COASTAL WASHINGTON Hatchery Reform February 2003.
Comparative selectivity on length at maturity among Alaskan sockeye salmon fisheries Neala Kendall Tom Quinn School of Aquatic and Fishery Sciences University.
Subsistence Use and Knowledge of Beaufort Salmon Populations Courtney Carothers Assistant Professor of Fisheries School of Fisheries and Ocean Sciences.
Development of a water temperature model to predict life- history expression and production of Oncorhynchus mykiss in the John Day River basin, Oregon.
Linking freshwater habitat to salmonid productivity Watershed Program 1 1. NW Fisheries Science Center 2725 Montlake Blvd. East, Seattle, WA
 Present in Snake, Clearwater, and Salmon River drainages  Provide valuable fishery  Well documented variation in ocean life history (A vs B run) 
Linkages between climate, growth, competition at sea, and production of sockeye salmon populations in Bristol Bay, Alaska, J. Nielsen (USGS)
Sediment and steelhead in the Alameda Creek basin: a review Gordon Becker, Center for Ecosystem Management and Restoration (CEMAR)
25 December Fraser Sockeye Life Cycle Diagram
(Rinnan, in prep.). (Schneider 2001) (Schneider 2009)
Harvest was depriving nursery lakes of nutrients from salmon carcasses.
Okanogan River Fish Update for the IOLBC Okanogan Basin Monitoring and Evaluation Program (OBMEP) Osoyoos Lake Water Science Forum Presenter: John.
Academic contributions to natural resource management Ray Hilborn School of Aquatic and Fishery Sciences University of Washington.
Discussion of Ocean Salmon Sportfishing Regulations Fish and Game Commission Meeting February 5, 2014 Marci Yaremko 1.
Anadromous Fish of the Rogue River Allison DenBleyker December 4, 2007 GIS in Water Resources.
COLUMBIA RIVER SALMON CUMULATIVE IMPACTS EXAMPLE.
Salmon and Steelhead Conservation through adaptive management of water levels in the Jenner estuary NOAA’S National Marine Fisheries Service.
Retrospective bioeconomic analysis of Fraser River sockeye salmon fisheries management Dale Marsden, Steve Martell and Rashid Sumaila Fisheries Economics.
Understanding sockeye salmon production in the Kvichak
Life Cycle Research Project By Anna Mrs. Butzin’s Class
(a) Map of Wood River basin showing sockeye salmon spawning locations and corresponding average summer water temperature as indicated by dot colour. (a)
Payette MPG Sockeye Adult Tributary Juvenile Data Tributary Data
Water in the biosphere.
Lecture 12: Coldwater Stream Management
Missing collaborator.
Bristol Bay, Alaska.
A trout by any other name…
Fisheries Adventure Learning—Boise Watershed Luke Kolar and Lee Brown.
Salmon : Types of Salmon
Looking for better ways to use genetic data to avoid critical Chinook stocks in groundfish fisheries Update on current work and possibilities for future.
Inverted river delta – one of only a few worldwide
Presentation transcript:

Daniel Schindler, Ph.D., University of Washington Fisheries Research Institute Salmon research in Western Alaska

Spawning Embryo incubation (~9 mos.) Juvenile rearing in lakes (1-2 years) Ocean residency (1-3 years) Smolt migration Return migration Adapted from Alexis Rockman painting, 1998 Habitat and Life Cycle Sockeye (Red) salmon fisheries

Why do habitat networks matter to fisheries? - portfolio effect -

Togiak Ugashik Egegik Naknek-Kvichak Nushagak Bristol Bay sockeye salmon fisheries data from ADFG updated from Hilborn et al., Proceedings of the National Academy of Sciences (2003)

Sockeye populations in spawning streams (Wood River, Bristol Bay, Alaska)

Annual returns, , for rivers (8) and streams(13) Portfolio effect in Bristol Bay sockeye salmon stocks riversstreams Coefficient of variation aggregate stock individual pops

Recovery of Kvichak River sockeye - capacity for renewal in natural populations -

Direct and indirect effects of toxins in the environment (copper as an example) Sandahl et al., (2007) Environmental Science and Technology

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.