funded science

Field Photos: On the Water with the Pinto Abalone Team

Field Photos: On the Water with the Pinto Abalone Team

Like we covered in a post this summer, saving endangered Pinto abalone is hard in part because locating their habitat is time consuming and, as a result, expensive. It requires boats and dive crews in search of suitable locations, but a recent SeaDoc-funded project is looking for something more efficient.

Photojournalist Gemina Garland-Lewis has been following Dr. James Dimond of Western Washington University and his team this summer as they’ve explored a new method: bottling up water and testing it for the presence of abalone DNA to determine habitat. That would simplify things greatly!

Field Photos: The Art of Working With Surf Smelt Embryos

Field Photos: The Art of Working With Surf Smelt Embryos

We recently funded a project that will study smelt habitat, which is being encroached upon by development. The project uses underwater cages to measure pollution exposure, which you can read about in our June blog post.

Photojournalist Gemina Garland-Lewis is shadowing the team in the field. Here are photos from a recent excursion.

Is a Newly Discovered Worm a Threat to Oysters in the Salish Sea?

Is a Newly Discovered Worm a Threat to Oysters in the Salish Sea?

Is a newly discovered shell-boring worm a threat to Olympia oysters—a species of concern and the only oyster species in the Salish Sea?

Dr. Chelsea Wood and her team at the University of Washington School of Aquatic and Fishery Sciences aims to answer that question. If so, this will be crucial information to modify the current restoration plan for Olympia Oysters (Ostrea lurida).

Photos from the Field: A Surf Smelt Study in Motion

Photos from the Field: A Surf Smelt Study in Motion

Surf smelt are small fish that play a big role in the food chain, serving as a key food source for sport fish, including the salmon that feed the endangered Southern Resident Killer Whales. They spawn near the shore in areas most vulnerable to land-based pollution.

We recently funded a project that will study smelt habitat, which is being encroached upon by development. The results could help us better understand and protect shorelines.

How Studying a Small Fish Species Could Lead to Healthier Shorelines

How Studying a Small Fish Species Could Lead to Healthier Shorelines

SeaDoc Society is excited to fund a project that will study the effects of pollution on surf smelt embryos, which could not only improve conservation of the species, but also our ability to measure pollution in general.

Surf smelt are small fish that play a huge role in the food chain, serving as a key food source for sport fish, including the salmon that feed the endangered Southern Resident Killer Whales. Similar to other forage fish including Pacific herring and sand lance, surf smelt spawn near the shore in areas most vulnerable to land-based pollution.

The SeaDoc Society’s latest funded research project will focus on surf smelt habitat, which is being increasingly encroached upon by urban development. There are currently no monitoring methods for assessing the role of contaminants on the health of this important fish.