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4th International Symposium on the Ocean in a High-CO2 World

Nereus Director of Science William Cheung will be giving a plenary keynote presentation at the 4th International Symposium on the...
May 3 - May 6

ICES/PICES 6th Zooplankton Production Symposium

Nereus Fellow at Princeton Natasha Henschke will be attending the ICES/PICES 6th Zooplankton Production Symposium "New Challenges in a Changing...
May 9 - May 13
Scandic Bergen City

Policy Forumview all

  • During the harvest season, wild British Columbia spot prawns (Pandalus
platyceros) are available live for a short six to eight weeks each year. Image: "Spot Prawns" by Ruocaled, CC BY 2.0.
    Fish of the day: Why does seafood seasonality matter?

    By Wilf Swartz, Nereus Program Manager/Research Associate

    Japanese call it shun (旬), the seasonality of food. It refers to the time of year when a specific type of food is at its peak, either in terms of harvest or flavour. It is not unique to Japanese culture, as The Byrds reminded us in the mid-1960s with their, now classic, rendition of “Turn! Turn! Turn! (to Everything There Is a Season).”

  • rp_Global-Fisheries-Subsidies-infographic-660x546.png
    Ask an Expert: Why is the global fishing industry given $35 billion in subsidies each year?

    OceanCanada Research Director Rashid Sumaila and his collaborators from the UBC Global Fisheries Cluster (Sea Around Us and the Nereus Program) have published an updated estimate of global fisheries subsidies in the international journal Marine Policy. The researchers found that the global fishing industry is being supported by $35 billion yearly in government subsidies, the majority of these, upwards of $20 billion annually, promote increased capacity that can lead to harmful impacts such as overfishing.

  • A computer model is used to show projections of how fish species may move towards the poles and into deeper waters in a high CO2 emissions scenario. Source: Jones and Cheung 2015.
    Where do we go from here? Building confidence in climate change impact projection models

    Climate change is expected to have major impacts on the ocean, the species that live there, and the people who rely it for their food and livelihood. Since the beginning of the 20th century, CO2 emissions from human activities have altered physical and chemical properties of the ocean. The ocean has become warmer and, in some areas, less oxygenated, which has caused changes in the productivity and distribution of marine species.