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Project

Rapid climate warming effects on the relation between benthic biodiversity and biogeochemical functioning in polar marine ecosystems

Polar marine ecosystems are particularly experiencing strong modifications, because of their sensitivity to sea surface warming and sea ice retreat. We aim to investigate the influence of rapidly changing environmental conditions on sea floor biodiversity and biogeochemistry in polar marine ecosystems. Since the effects will be system-specific, two very contrasting ecosystems are targeted: a deep-sea Arctic and a coastal Antarctic site.



Date:1 Oct 2013 →  30 Sep 2016
Keywords:benthic biodiversity, climate warming, Polar marine ecosystems, biogeochemistry
Disciplines:Other biological sciences, Geology, Animal biology, Aquatic sciences, challenges and pollution, Geochemistry, Other chemical sciences