Drones can be powerful tools in gathering important health data about wildlife, including marine species like the Salish Sea’s endangered killer whales. Scientists have already established the benefits of collecting breath samples to monitor orca health, but we wanted to scientifically understand if it is less invasive than previous sampling methods–namely the use of a long pole with a petri dish extended from a nearby boat toward the whale’s blowhole.
A new study published in the peer-reviewed journal, Marine Mammal Science, led by SeaDoc Society Research Assistant Catherine Lo, answered that question by analyzing more than 1,000 drone-collected killer whale breath samples.
This summer, our brilliant Scientific Advisory Committee gathered in Seattle to assess and ultimately determine funding for five new critical research projects here in the Salish Sea. You can read about those here.
Our Science Advisors are a vital part of our mission, and we’re excited to introduce two exciting new additions. They are Caitlin Magel of Puget Sound Institute and Phil Bloch of Confluence Environmental Company. We asked them a few questions so you can get to know them a bit better.
Welcome Caitlin and Phil!
We're excited to announce that SeaDoc Society will fund five new scientific research projects aimed at improving the longterm health of the Salish Sea. Each project was carefully reviewed and selected by our Scientific Advisory Committee and funded through your donations from people like you.
We look forward to sharing more about each of these as fieldwork ramps up, but here is a brief look at the newly funded projects:
The Washington State Academy of Sciences has elected 36 new members in recognition of their outstanding record of scientific and technical achievement. Among the select group in this year’s slate is SeaDoc Society Science Director Joe Gaydos!
The Molly B skims the water as divers prepare for a day of field work in the Salish Sea. SeaDoc Society’s research assistant Cat Lo gets ready to don her heavy dive gear and take a plunge. One by one, the divers back roll off the boat and splash into the water with their slates and survey equipment. They descend and begin their objective; to survey young-of-year rockfish.
Cat’s job entails a lot of time spent on or under the water, whether she’s surveying baby rockfish, assisting with killer whale health assessments, or the many other projects SeaDoc has in motion. Time spent in the field comes with its highs, its challenges, and its unexpected outcomes. While all components of science are important, much of the work we do puts us out in the field, interacting with the ecosystem first hand.
As marine scientists, the ocean is our laboratory.
Seaweeds are consumed by many people living on or near the Salish Sea–from Indigenous peoples revitalizing the ancient foodways of their cultures to those simply seeking a readily available and highly nutritious protein source–but little is known about whether contaminants in the Sea’s waters could create health concerns for the people who eat it.
Last week marked the release of the highly anticipated State of the Salish Sea Report, authored by Kathryn L. Sobocinski of Western Washington University. SeaDoc Society Science Director Joe Gaydos has served on the advisory committee for the project since 2016.
Joe’s involvement began when Bert Webber, who led the charge to name the Salish Sea, and Ginny Broadhurst of the Salish Sea Institute, invited him onto the 8-person committee.
