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Washington Sea Grant achieved college status in 1971 and is based at the University of Washington. They are dedicated to improving the translation of research and scientific information into knowledge for use in the marine environment by communities, businesses, managers and the people of Washington state, the Pacific Northwest and the nation.

Visit Washington Sea Grant's website

Washington Sea Grant by the Numbers

2017 (pdf)

2016 (pdf)

 

SEA GRANT WORK IN WASHINGTON RESULTED IN*

$8.5M

ECONOMIC IMPACT

200

JOBS

9000

FISHERS ADOPT SAFE AND SUSTAINABLE FISHING PRACTICES

11000

K-12 STUDENTS REACHED

 
 
 

*Metrics reported in July 2017 for work conducted February 1, 2016 to January 31, 2017. Economic impact = market and non-market value of Sea Grant's work; value of jobs and businesses. Jobs = jobs created or sustained as a result of Sea Grant efforts. K-12 students reached through Sea Grant education efforts.

Washington Sea Grant Featured Impacts

Meet Washington Sea Grant Experts


Vera Trainer, Ph.D.

Oceanographer, NOAA Northwest Fisheries Science Center – As manager of the Northwest Fisheries Science Center’s Marine Biotoxin Program, Vera develops early warning systems to mitigate impacts of harmful algal blooms (HABs) on coastal fisheries. She is also the lead investigator of SoundToxins, a volunteer-based early warning system in Puget Sound, and the Olympic Region HAB program, a regional monitoring effort involving federal, state and local agencies, coastal tribes and academic institutions. 


"Harmful algal blooms can have devastating impacts on coastal communities.  Providing early warning of these blooms helps to promote community resilience and protect human and marine animal health"

Jason Toft

Senior Research Scientist, University of Washington – Jason studies the effects of shoreline armoring in Puget Sound. He helped establish standardized protocols for the Shoreline Monitoring Toolbox and coordinates the Puget Sound Ecosystem Monitoring Program Nearshore work group to increase communication on nearshore issues and improve restoration efforts.


"By understanding how urbanization has modified the natural environment, we hope to improve shoreline restoration for the ecological community and the people that depend on them."

Jeff Cordell

Principal Research Scientist, University of Washington – As principal research scientist with the Wetland Ecosystem Team, Jeff studies how human activities affect aquatic ecosystems including issues ranging from invasive species to habitat restoration.  His recent work has largely focused on understanding how juvenile salmon and their invertebrate prey are affected by the built environment (e.g., seawalls, piers) and strategies to improve habitat, including growth of filamentous microalgae or “brown scum” around these structures.


"You can’t count out brown scum – many of the little critters that are important in juvenile salmon diets rely on brown scum for food and refuge."

Washington Stories and News

Rising above the tide

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Rising above the tide

Sea Grant helps coastal communities prepare for and adapt to sea-level rise

Recent work from Washington and Hawai'i Sea Grant programs highlights Sea Grant's role in preparing coastal communities across the country for rising sea levels.

My Day with a Sea Grant Extension Professional

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My Day with a Sea Grant Extension Professional

Burrowing shrimp, pesticides, and off-bottom culture...Oh My!

The day started with a typical greeting one would expect when meeting someone for the first time. As we walked towards Paul’s aging truck, which I could only describe as “having lots of character,” I knew I was about to embark on an entertaining adventure.

 

Science Serving America's Coasts

National Sea Grant College Program
1315 East-West Highway | Silver Spring, MD 20910 | 301.734.1066
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