Jellyfish and gelatinous zooplankton need to be a part of climate change conversations
On World Jellyfish Day, UBC researcher Florian Lüskow, who focuses on freshwater jellyfish says that existing models often poorly include, and heavily oversimplify, these gelatinous organisms.
Expect shorter food chains in more productive coastal ecosystems
“We provided evidence for bottom-up omnivory in nutrient-rich temperate pelagic ecosystems, where food chain length is determined by the level of diatom production,” said Jacob Lerner. “This is very different from the global model for pelagic ecosystems.”
Researchers deploy a new tool to study Chinook salmon fat content on the Fraser River
A Chinook with a short migration to Harrison Lake may offer half the calories to a resident killer whale as a similarly sized Chinook headed to the headwaters of the Fraser River.
Partnership between UBC researchers, marine stewards and K’ómoks First Nation spawns new microplastics findings
What they found helps illuminate the study of microplastics in the ocean, an area of pollution research that is garnering lots of attention due to the many unknowns about how these particles damage the health of organisms that ingest them.
Shedding light on mysterious jellyfish diets
We think of jellyfish as not being picky eaters, but in this case, it seemed that they didn’t like feeding on a single diet.
Kyra St. Pierre wins Banting Fellowship
The fellowship, for postdoctoral fellows, is to develop recipients’ leadership potential and is granted based on the applicant’s research excellence, the quality of their proposed research, and the match between the applicant and the strategic priorities of their academic institute.
2021 World Ocean Day – Dr. Jacqueline Maud
Marine protected areas aim to preserve ecosystem health in the oceans from the top down; Maud’s research looks at the ecosystem more from the bottom-up, and thinks that MPAs can “be tricky.”
2021 World Ocean Week – June 7-11
We asked ocean researchers from the IOF to envision how the target of protecting at least 30% of the world’s oceans by 2030 might be achieved.
IOF researchers use salmon scales to track sockeye in the high seas
Knowing where different salmon stocks forage will be essential for identifying the unique environmental threats they will face as oceans become more inhospitable due to climate change and other cumulative impacts.
STUDENT PROFILE: Natalie Benoit
Benoit’s field research is based in the Strait of Georgia and Johnstone Strait, where she collects samples of environmental DNA – eDNA is microscopic pieces of genetic material left behind when the fish travel through water – from Pacific salmon.