New mega RNA virus may hold the key to mass oyster die-offs
Scientists have discovered a previously unknown virus in farmed Pacific oysters during a mass die-off in B.C., Canada.
Nations will see half of their straddling stocks moving towards the high seas by 2050
UBC finds that 37% of straddling stocks are projected to have significant shifts between Exclusive Economic Zones (EEZs) and the high seas by 2030, while more than 50% could do so by 2050.
Addressing gendered impacts of climate change and IUU in small-scale fisheries
Researchers investigated the gendered impacts of climate change and IUU fishing and offered community-driven approaches to foster resilience, equity, and sustainability in SSFs across climate-sensitive regions.
“Ocean Idioms” to teach you about our oceans
In honour of World Ocean Day, we present OCEAN IDIOMS!
Indigenous Knowledge invaluable in identifying important habitats
Indigenous Knowledge can provide a holistic understanding of species’ habitat use given that it contains observations of multiple species across seasons and includes animals’ complex relationships with other species and habitats.
First ever global map of fishmeal and fish oil factories exposes industry’s footprint
UBC study has revealed the global distribution of fishmeal and fish oil factories for the first time, shedding light on a critical area of the aquaculture supply chain
Fisheries disrupt balance of marine nutrients in countries’ Exclusive Economic Zones
The 4 billion tonnes of marine organisms that global fisheries extracted from the ocean between 1960 and 2018 resulted in the depletion of over 560 million tonnes of essential nutrients vital to ecosystem health.
Cooperating to tackle plastic pollution
Shifting the focus of intervention to the supply-side, by evaluating the potential environmental and economic outcomes of a voluntary levy on the top 100 plastic producers.
Ancient seafloor creature grew like modern marine invertebrates – study
New research shows that the growth and lifespan of Parvancorina minchami, small anchor-shaped animals that lived on the seafloor about 550 million years ago, was about four years, that they could reach close to 20 millimetres in length, and that their pace of growth was similar to that of small recent invertebrate.
Project Seahorse’s new study highlights the value of community science for seahorse monitoring and conservation
“Harnessing Community Science for Seahorse Population Monitoring: Insights from the iSeahorse Program in Tampa Bay” was published in Aquatic Conservation: Marine and Freshwater Ecosystems. The study showcases the important role of community science in monitoring seahorse populations to support conservation efforts.