 |
|
|
Agencies |
Nature of Partnership |
|
Bonneville
Power Administration |
Department of Energy funding entity for
numerous Columbia Basin fisheries projects |
U.S. Bureau
of Reclamation
Map
of U.S. Bureau of Reclamation Regions |
ESA species, contaminants, and Columbia
River issues such as gas supersaturation.
Conducting work in the Klamath Basin. |
| NOAA |
Lamprey passage issues |
National Park
Service
Map
of National Park Service Regions |
Salmonid genetic diversity, Elwha restoration,
forest ecosystem health |
| SERDP (Strategic Environmental Research
and Development Project) |
Investigate means to detect and evaluate
the impact of anthropogenic stressors on the structure and structural
integrity of ecosystems. |
U.S.
Army Corps of Engineers
Map
of U.S. Army Corps of Engineers Regions |
Numerous fish passage and other Columbia
River studies |
| U. S. Department
of Agriculture |
Fish health research, aquaculture issues,
plant health, biological control research |
| U.S. Department of the Navy |
ESA listed species, aquatic contaminant
issues |
U.S.
Fish and Wildlife Service
Map
of U.S. Fish and Wildlife Service Regions |
Numerous hatchery, refuge, and wild stock
fishery and ecosystem issues |
U.S. Forest Service
Map
of U.S. Forest Service Regions |
Collaborative project to characterize habitat/micro-habitat
of steelhead trout and amphibians in tributaries of the South Fork
Trinity River, CA, and to quantify these species' requirements and
inter-species interactions. |
| U.S.
Geological Survey Geologic Division |
Soil geochemical analysis and heavy metal
bioremediation |
| U.S. Geological Survey NAWQA |
Participate in the Urban Land Use Gradient
Study, using the combination of water chemistry, contaminant, physical
environmental and biological survey data, to construct population
dynamics models...writing the per-capita population growth rate
as a function of all four data fields. |
| U.S. Geological
Survey Water Division |
NAWQA program, hydrology/water quality
issues, ecosystem studies |
| State of California |
Aquatic contaminants, salmonids, introduced
species, Salton Sea ecosystem issues |
| State of
Idaho |
Salmonid population dynamics, hatchery,
and disease issues |
| State of
Montana |
Salmonid population dynamics, hatchery,
and disease issues |
| State of
Nevada |
ESA listed species, desert aquatic systems |
| State of
Oregon |
Salmonid population dynamics, hatchery,
and disease issues.
Sturgeon population dynamics. |
| State of
Washington |
Salmonid population dynamics, hatchery,
and disease issues |
| International
Partners |
|
| D.F.O. British Columbia, Canada |
Pacific salmon life history requirements |
| FAO, United Nations |
Control of bacterial kidney disease |
| Helix Biotechnology, Belgium |
Molecular biology of INH/IPN |
| Hokkaido University, Japan |
Molecular biology of rhabdoviruses from Japan |
| Instituoto de Fomento Pesquero,
Chile |
Control of bacterial kidney disease |
| Institut National
de la RecherchÄ Agronomique, France |
Collaborative investigations
in salmonid viral immunity |
| Instotuto Pirenaico de Ecologia,
Spain |
Occasional collaborative work on the impact
of grazing and other stressors on ecological community structure,
and its detection using developmental instability. |
| Kochi
University, Japan |
Fish health and pathology research, Pacific
species |
| Ministry of Agriculture and Fisheries,
New Zealand |
Detection of bacterial kidney disease |
| Ministry of Agriculture and Fisheries,
United Kingdom |
Fish pathology research |
| Miyazaki
University, Japan |
Fish disease control research affecting mutual
national interests |
| National University, Taiwan |
Detection and control of fish diseases |
| Nikon University, Japan |
ELISA assay for IHN detection |
| State Serum
Laboratory, Denmark |
Molecular biology of IPN
viral disease |
| Tiawan National University, Tiawan |
Detection and control of fish diseases |
| Tokyo
University of Fisheries, Japan |
Molecular biology of IHN virus |
| übo Akademi University, Finland |
Molecular biology of spring viremia virus |
| University
of Chile |
Control of bacterial kidney disease |
| University
of Regina, Canada |
Analysis of algal pigments in estuarine sediments |
| Private Sector
|
|
| Biomed, Inc |
Jointly funded collaborations on fish disease,
critical to hatcheries and aquaculture |
| Clear
Springs Trout Company |
Development of molecular tools for hatcheries
and aquaculture |
Coastal net pen aquaculture industry |
Viral strain determination, net pen disease
management |
| Columbia River
Fish Farms |
Gas bubble trauma in Columbia
River net pen and wild fish |
| Tribal |
|
| Columbia River Intertribal
Fisheries Commission |
Fish passage, migration, gas bubble trauma,
white sturgeon populations; bioenergetics |
| Colville
Tribe |
Gas bubble trauma below Grand Coulee |
| Confederated Tribes of the
Umatilla Indian Reservation |
Collaborative research on Pacific lamprey migration. Collaborative research on restoration of lamprey populations in the Columbia River Basin. |
| Confederated Tribes of the Warm Springs Reservation |
Integration of artificial and natural production of chinook salmon |
| Klamath Tribes |
|
| Nez
Perce Tribe |
Chinook/steelhead migration and passage,
Lower Granite Dam |
| Northwest
Indian Fisheries Commission |
Viral hemorrhagic septicemia,
proliferative kidney disease, hatchery applications |
| Skagit System Tribal Cooperative |
Salmonid use of estuarine habitats (otolith
study) |
| U.S.
Universities |
|
| Coop
Units |
Graduate student and collaborative
research |
| Humboldt State University |
Graduate student research |
| Michigan State University |
Technical assistance for lamprey olfaction
studies and comparative species studies on lampreys. |
| Oregon State
University |
Fishery and forest issue collaboration |
| University
of California/Davis |
Joint research on disease and
contaminants, library support for Dixon Station |
| University
of Miami |
Collaborative modeling work predation |
| University
of Washington |
Teaching; graduate student
research; joint research. Collaborative work on life history theory; developing a framework for linking survivorship and reproductive output schedules, and examining their alteration by both natural and anthropogenic factors. |
| Wayne State
University |
Continuing collaborative work on morphological indicators of stress in organisms. Continuing collaborative work on predicting the population and community consequences of management actions and contaminants. |
|
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