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Cliffs and sea in Skagerrak
Photo: Adobe Stock

New report: Climate change impacts in the Skagerrak region

Ongoing climate change is expected to raise sea temperatures in the Skagerrak by nearly 3 °C by 2100, while salinity and pH levels are expected to fall. These changes will increase stratification and reduce oxygen levels and nutrient content in bottom waters, which will affect the ecosystem. Phytoplankton will have lower biomass, species composition will change, and the number of harmful algal blooms will increase. Phytoplankton with smaller cell sizes and dinoflagellates will benefit. Zooplankton will grow faster, shortening blooms. Air temperature and precipitation will increase, with more extreme weather and changes in runoff.

Both, A., Strand, Å. IVL Swedish Environmental Research Institute, report C11011, ISBN: 978-91-7883-756-4

The consortium

KTH Royal Institute of Technology Chalmers University of Technology University of Gothenburg SLU Uppsala University IVL, Swedish Environmental Institute RISE Research Institutes of Sweden Innovatum Science Park Axfoundation Matfiskodlarna Sverige AB Orkla Foods Sverige

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Formas Region Västra Götaland

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