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Rex Recsetar

Assistant Professor/Extension Specialist
Institution / Organization:University of ArizonaEmail:[email protected]

Gary Fornshell

Emeritus
Institution / Organization:University of Idaho
Myrick

Christopher Myrick

CO Representative, Board of Directors
Dr. Christopher Myrick is a highly respected professor of fish biology at Colorado State University's Department of Fish, Wildlife, and [...]
Institution / Organization:Associate Dean of Research, Professor of Fish Biology, Colorado State UniversityEmail:[email protected]Phone:970-491-5657

Development of SORMI (Summer Oyster Resilience and Mortality Index): A quantitative tool for improving field survival

JustificationShellfish farming is one of the most sustainable protein production systems in the world (Hilborn et al., 2018) and contributes significantly [...]
Duration:4 yearsFunded Date:9/1/2025Funding level:$797,273Location:California - CA, Oregon - OR, Washington - WATopics:GeneticsSpecies:Oysters

Short and longterm vaccination efficacy against piscine lactococcosis

JustificationAquaculture plays an increasingly important role in the global fish supply, particularly of food fish, where contributions from aquaculture have [...]
Duration:3 yearsFunded Date:9/1/2025Funding level:$558,166Location:California - CA, Idaho - ID, New Mexico – NM, Washington - WATopics:Vaccination development, Vaccine deliverySpecies:Trout

Reducing costs in sturgeon aquaculture: AI-assisted sex determination and strategic innovations

JustificationSturgeon aquaculture is a significant sector within the Western regional aquaculture industry, primarily driven by the high value of sturgeon [...]
Duration:3 yearsFunded Date:9/1/2026Funding level:$465,851Location:California - CA, Idaho - ID, Washington - WATopics:Grow outSpecies:Sturgeon

Sean Nepper

FInfish Producer, Intermountain States - IAC Chair
Institution / Organization:Riverence FarmsEmail:[email protected]
WRAC investigator Dennis Hedgecock (left) deploying a group of hybrid oysters for yield evaluation with Chris Pratt of Taylor Resources, Inc.

Hedgecock, Improving Pacific oyster broodstocks

WRAC investigator Dennis Hedgecock (left) deploying a group of hybrid oysters for yieldevaluation with Chris Pratt of Taylor Resources, Inc. 2003; Photo: Jonathan Davis
Duration:4 yearsFunded Date:9/1/2001Funding level:$395,400 Location:California - CA, Oregon - OR, non-WRAC statesTopics:Broodstock, Genetics, HatcherySpecies:Oysters, Pacific oysters
Rapid Assay test of trout spat

Efficient, rapid assay for predicting the growth rate of aquaculture species based on metabolic rate of the fertilized egg

Renquist - Rapid Assay for Prediction Growth Rate of Aquaculture Species - trout -2013; Photo: Benjamin Renquist
Duration:2 yearsFunded Date:9/1/2012Funding level:$120,000Location:Arizona – AZ, Idaho - ID, Oregon - ORTopics:Culture/egg quality, Hatchery, Metabolic rate, Rapid assaySpecies:Oysters, Tilapia
WRAC investigator Dennis Hedgecock (left) deploying a group of hybrid oysters for yield evaluation with Chris Pratt of Taylor Resources, Inc.

Hedgecock, Crossbreeding Pacific oysters for high yield

WRAC investigator Dennis Hedgcock (left) deploying a group of hybrid oysters for yield evaluation with Chris Pratt of Taylor Resources, Ind.
Duration:2 yearsFunded Date:9/1/2001Funding level:$214,008Location:California - CA, Oregon - OR, Washington - WATopics:Culture, Genetics, HatcherySpecies:Oysters, Pacific oysters
Adapting aquaculture to changing water chemistry in the Pacific Northwest

Adapting aquaculture to changing water chemistry in the Pacific Northwest

Adapting aquaculture to changing water chemistry in the Pacific Northwest; Photo: Courtesy of George Waldbusser
Duration:4 yearsFunded Date:9/1/2012Funding level:$318,627Location:Oregon - OR, Washington - WATopics:Hatchery, Water quality - fresh and marineSpecies:Oysters
Laboratory set up for the packed column experiment

Piedrahita, Investigation into the solution of critical problems of the recirculation aquaculture industry in the western region

Investigation into the Solution of Critical Problems of the Recirculation Aquaculture Industry in the Western Region
Engle - Economic impacts of Regulations - Illustration: Scite@ - Science Crunchers

The economic impact of regulations on shellfish and trout aquaculture growth in the western United States

Engle - Economic impact of regulations 2016; Illustration: Scite® – Science Crunchers
Morphological characteristics of representative isolates from major Chryseobacterium clades

Emerging and re-emerging Flavobacterial pathogens in aquaculture (Cain)

Emerging and re-emerging Flavobacterial pathogens in aquaculture-Cain
Duration:3 yearsFunded Date:9/1/2018Funding level:$326,125Location:California - CA, Idaho - ID, Washington - WATopics:Cold water disease, Flavobacterial pathogens, Vaccination developmentSpecies:Trout
If You Feed Them, Cutthroat trout hatchlings

If you feed them, will they grow?  A dietary approach to improving the growth of juvenile cutthroat trout

Myrick - Dietary approach for Juvenile Cuttthroat trout - 2013; Photo: Courtesy of
Triploidization to Improve Sturgeon Caviar Production - Prepping blood for flow and Coulter

Determining causes, costs, and benefits of triploidization to improve sturgeon caviar production

Schreier - Determining Causes, Costs, and Benefits of Triploidization in Caviar Production - 2016; Photo: Fred Conte
Duration:4 yearsFunded Date:9/1/2015Funding level:$412,263Location:California - CA, Idaho - ID, Montana - MTTopics:Broodstock, Coulter counter, Genetics, Ploidy/polyploidy
home image 2

Triploids, tetraploids, and successful metamorphosis in Purple hinge rock scallop (Crassadoma gigantean)

Davis - Triples, Tetraploids - Purple Hinge Rock Scallop 2016; Photo: Josh Davis
Duration:4 yearsFunded Date:9/1/2012Funding level:$357,269Location:California - CA, Washington - WATopics:Culture, Grow out, Hatchery, Ploidy/polyploidySpecies:Rock Scallop