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Western Fisheries Research Center

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-- What's New --

Events

USGS Participates in Washington Sea Grant (WSG) site review

USGS Presents at Regional Forest Service Fish and Watershed Program Managers Meeting

New Publications

New Publication on Non-Lethal Testing of Juvenile Salmon for an Important Fish Pathogen

New USGS Report on Salmon Habitat Assessment for Conservation Planning in the Lower White Salmon River, Washington

Press Inquiries/Media

USGS Scientist on Oregon Public Broadcasting

USGS Western Fisheries Research Center scientist Ian Jezorek is featured on...

Research

Acoustic Noise and Pacific Lamprey

USGS Scientists Receive CDI Funding to Serve Dam Removal Science Database

Honors

USGS Scientist Recognized with National NOAA Award

USGS Scientist Receives US EPA Awards

Welcome

Research at the Western Fisheries Research Center focuses on the environmental factors responsible for the creation, maintenance, and regulation of fish populations including their interactions in aquatic communities and ecosystems. Within these pages you will find research information on Pacific salmon; western trout, charr, and resident riverine fishes; desert and inland fishes; aquatic ecosystems and their resources, and many other topics.

Female Lost River Sucker from Sucker Springs on Upper Klamath Lake photograph of steelhead salmon photograph Skagit River tidal delta habitat photograph spawning Lost River sucker photograph of fish sampling photograph of zebrafish
Is Spawning of Endangered Suckers in the Upper Klamath Lake Affected by Low Water Levels?
Scientists used data from Lost River Suckers tagged with PIT tags and remotely detected at four lakeshore spawning sites to determine whether spawning of this endangered species is affected by low water levels. [Read more]
Steelhead Life History Study in White Creek on the Yakama Nation Reservation
White Creek is a tributary of the Klickitat River that is entirely within the Yakama Nation Indian Reservation. Fishery biologists from the U.S. Geological Survey have teamed with fishery biologists from the Yakama Nation to conduct a life history study of the juvenile steelhead using small electronic tags. [Read more]
Puget Sound Fall Chinook Estuarine Utilization
The widespread loss of estuarine and nearshore habitats throughout Puget Sound comes at a price. Puget Sound Chinook salmon are just one of many species whose populations have declined to precariously low levels (ESA threatened status) due to a variety of perturbations, including estuarine and coastal development. [Read more]
Spawning Lost River suckers
Lost River suckers are long-lived catostomids endemic to the Upper Klamath River Basin in Oregon and California. They were listed as endangered under the U.S. endangered Species Act in 1988 because of range contractions, declines in abundance, and a lack of evidence of recent recruitment to adult populations. [Read more]
Rock Creek Fish Population and Life History Assessment (Washington)
The stock of steelhead (Oncorhynchus mykiss) present in Rock Creek has been listed as "threatened" under the Endangered Species Act. The research conducted by the USGS, in coordination with the Yakama Nation, is designed to determine stream habitat conditions, fish abundance, and fish life history characteristics such as movement, growth, and distribution. [Read more]
Zebrafish (Danio rerio)
Zebrafish are a small (3 to 4 cm), tropical, freshwater, cyprinids that are very popular ornamental/aquaria fish species. This fish species has become a powerful model organism for the study of vertebrate biology, developmental and genetic research, and more recently infectious disease studies. [Read more]
-- Featured Scientist --   -- Blast from the Past --
  • John Hansen is a research immunologist within the Fish Health unit at the WFRC, Seattle, WA. John’s research group focuses on immune responses of fish to microbial pathogens, the development of tools (e.g. monoclonal antibodies) for examining the salmonid immune system and the impact of environmental contaminants (e.g. endocrine disrupting chemicals) on immunity in fish. They are particularly interested in how early life exposure to contaminants found in aquatic ecosystems impact host-pathogen interactions in adult fish and subsequent generations. The majority of this research utilizes model species such as zebrafish and rainbow trout to assess the influence of anthropogenic factors on disease resistance and overall fish health. Information gained from these studies can then be applied to address the health of wild populations of fish (e.g. salmonids, largemouth bass) in the US. <MORE>
  • In 1988, Congress responded to WFRC's excellence in providing technical information to meet the requirements of ever-evolving conservation legislation by allocating funds to construct a sorely needed new laboratory and administrative headquarters facility adjacent to the World War II warehouse at the Sand Point Naval Air Station that had housed the Center since 1958. <MORE>

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Page Last Modified: Tuesday, 03-Feb-2015 16:49:24 EST