ng of colonisation and expatriation processes. Projects BioAcid II: Biological Impacts of OceanAcidification ( www.bioacid.de ) Cleopatra: Climate effects on planktonic food quality and trophic transfer [...] physiological responses of dominant species to climate chance to predict their role in the future Arctic Ocean. Feeding biology and trophic interactions of key species Who feeds who“ is one of the major factors [...] ( www.mare-incognitum.no/index.php/cleopatra-ii ) Transdrift: The transpolar system of the Arctic Ocean: ( www.transdrift.info ) Fram: Frontiers in Arctic Monitoring Members of the working group PD. Dr
PACOCV_4.png (Photo: Alfred-Wegener-Institut) PACOCV_1.png (Photo: Alfred-Wegener-Institut) Oceanacidification affects calcifying species, particularly those living at or near the saturation stage of the [...] complementary expedition in the frame of our time-travel into the future ocean with conditions predicted by the recent IPCC report for the oceans at the end of the century. It was the last trip within the third-part [...] Max Schwanitz, September 2017 _________________________ Stopover of our time-travel into the future ocean to investigate the growth of cold-water corals PACOCV_3.png (Photo: Alfred-Wegener-Institut) PACOCV_4
influences. One of our priority questions is how environmental parameters (temperature, hypoxia, oceanacidification, pollution) and their combination affect fish, mussels and snails. One focus is on the cellular