The SeaDoc Society is a program of the Wildlife Health Center at the UC Davis School of Veterinary Medicine.
Share 

Fishes


Potential impacts of infectious diseases to populations of Pacific herring in Puget Sound

Hershberger et. al. 2003. Potential impacts of infectious diseases to populations of Pacific herring in Puget Sound. Proceedings from the 2003 Georgia Basin/Puget Sound Research Conference.

Abnormalities in larvae from the once-largest Pacific herring population in Washington State result primarily from factors independent of spawning location

Hershberger, P. K., N. E. Elder, J. Wittouck, K. Stick, and R. M. Kocan. 2005. Abnormalities in larvae from the once-largest Pacific herring population in Washington State result primarily from factors independent of spawning location. Transactions of the American Fisheries Society 134: 326-337. Download PDF.

Finding Nemo in Puget Sound: parental identification of brown rockfish juveniles

Hauser, L., L. Newton, L. LeClair, and R. Buckley. 2005. Finding Nemo in Puget Sound: parental identification of brown rockfish juveniles. Proceedings of the 2005 Puget Sound Georgia Basin Research Conference, Seattle, Washington.

Genetic identification of progeny of reef-resident brown rockfish (Sebastes auriculatus)

Hauser L., L. Newton, L. LeClair, and R. Buckley. 2007. Genetic identification of progeny of reef-resident brown rockfish (Sebastes auriculatus). In Biology, Assessment, and Management of Pacific Rockfishes, Proceedings of the Lowell Wakefield Fisheries Symposium, Anchorage Sept 2005, AK-SG-07-01: 99-119. Download PDF.

Using multibeam bathymetry to characterize rockfish habitat in San Juan County, WA marine reserves, USA

Greene, H.G., J.E. Tilden. 2002. Using multibeam bathymetry to characterize rockfish habitat in San Juan County, WA marine reserves, USA. MEHP final report 5 plates, 21.

Using multibeam bathymetry to characterize rockfish habitat in San Juan County, Washington marine reserves

Greene, H.G. and J.E. Tilden, W.A. Palsson. 2003. Using multibeam bathymetry to characterize rockfish habitat in San Juan County, Washington marine reserves. Proceedings of the Georgia Basin/Puget Sound Research Conference, Vancouver, Canada, 2003.

Keynote Address

Gaydos, J. K.. 2005. Keynote Address. Proceedings of the 2005 Puget Sound Georgia Basin Research Conference, Seattle, Washington. Download PDF.

Multiple paternity in brown rockfish

Everett, M. 2004. Multiple paternity in brown rockfish. Undergraduate Capstone (Honors) dissertation, School of Aquatic and Fishery Sciences, University of Washington.

Marine protected area networks and rockfish in the Salish Sea: research directions

Chase, C.. 2005. Marine protected area networks and rockfish in the Salish Sea: research directions. Proceedings of the 2005 Puget Sound Georgia Basin Research Conference, Seattle, Washington. Download PDF.

SeaDoc Society convenes meeting to discuss Orca deaths

On November 18th, the SeaDoc Society helped the Puget Sound Partnership bring together and moderate a meeting of killer whale and salmon scientists to evaluate the recent loss of 7 Southern Resident killer whales. Chinook salmon comprise roughly 80% of the summer and fall diet of Southern Resident killer whales and there is a strong suspicion that reduced Chinook salmon abundance could have been a major contributing factor in this year's loss of 7 animals, leaving the population at 83. The story is not as simple as starvation, however. We know that decreased food availability causes killer whales to metabolize fat stores, releasing contaminants into their system, which can reduce their ability to fight off disease. Although many efforts are already underway to recover this endangered killer whale populations, post meeting efforts will re-examine Chinook harvest in Alaska, British Columbia, Washington, Oregon and California. They also will increase focus on reducing other stressors such as harmful contaminants and boat noise, which could complicate the killer whale's ability to capture prey.

Read more about the meeting in a Kitsap Sun article by Christopher Dunagan.




Sign up for our newsletter to get monthly updates on our activities and accomplishments.
  Required information:
* Email
  Optional information:

If you include your name and address we'll send you two free SeaDoc stickers so you can show people you care about healthy oceans. Plus you'll get hard copy versions of our Wildlife Posts six times a year.

First Name
Last Name
Address
City
State
Zip
Please send me reminders of SeaDoc events
I'm a SCUBA diver
 

Why our work matters

Healthy ecosystems support economic prosperity. The Salish Sea provides abundant natural capital that contributes substantially to the financial prosperity of the region. Unhealthy ecosystems cost money because we lose the opportunity to benefit from them. The Salish Sea's deteriorating health threatens our economic well being and quality of life. SeaDoc uses science to find solutions to the problems facing the fish, wildlife and people of the Salish Sea.

How you can help:

Make a donation: Most of SeaDoc's work is supported by private donations from people like you who care about the health of our coastal ecosystems. Your donation makes it possible for us to keep doing the science that will give us objective information about designing a healthy ecosystem that benefits both people and wildlife. Click here to learn more about donating to SeaDoc.


Adminstrator login | Sign up for our Email Newsletter | Make a Donation