Vessel POLARSTERN to the Atlantic Ocean in 2014, edited by Rainer Knust and Frank Niessen 695 (2016) The Expedition PS93.1 of the Research Vessel POLARSTERN to the Arctic Ocean in 2015, edited by Ruediger Stein [...] Stein 694 (2016) The Expedition PS92 of the Research Vessel POLARSTERN to the Arctic Ocean in 2015, edited by Ilka Peeken 693 (2015) The Expedition PS93.2 of the Research Vessel POLARSTERN to the Fram [...] The Expeditions PS95.1 and PS95.2 of the Research Vessel POLARSTERN to the Atlantic Ocean in 2015 Edited by Rainer Knust and Karin Lochte with contributions of the participants Berichte zur Polar- und

Delta, arctic Siberia, Palaeogeogr. Palaeocli- matol. Palaeoecol., 299, 175–196, 2011. Schneider, J., Grosse, G., and Wagner, D.: Land cover classification of tundra environments in the Arctic Lena Delta [...] Maslanik, J., Guest, P., Stern, H., Moore, J., Turenne, R., et al.TS6 : Surface heat budget of the Arctic Ocean, B. Am. Meteor. Soc., 83, 255– 275, 2002. Vionnet, V., Brun, E., Morin, S., Boone, A., Faroux [...] River delta At its mouth in the Laptev Sea, the Lena River forms one of the largest deltas in the Arctic, covering around 25 000 km2. Continuous cold permafrost with a mean annual near-surface ground t

the international level and within the framework of intergovernmental bodies (eg SCAR, IASC, ATCM, Arctic Council, CCAMLR, OSPAR). The office is coordinating the AWI contributions and will perform as an [...] d communication for inter-institutional networks (DAM, DKK, Helmholtz Climate, KDM, UN Decade of Ocean Science, IPCC, IPBES, Leopoldina, etc.), in which the research contributions of the AWI / of Helmholtz

scheduled tasks were done and that the arctic winter 2017/2018 can come… Max Schwanitz, September 2017 _________________________ Stopover of our time-travel into the future ocean to investigate the growth of cold-water [...] 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 [...] was relatively good, expectations were cautiously optimistic. However, as is often the case in the Arctic, circumstances took a different path. Upon arrival, the team was welcomed with thick clouds and strong

questions of my research. My particular interest focuses on species interactions in temperate and Arctic regions and on the effects alien marine organisms on native coastal ecosystems. Mathias Wegner Parasites [...] on transgenerational plasticity (parental environment effects on offspring traits) in response to ocean warming. So far, I can say that maternal effects play an important role in populations’ adaptive responses

Observatory to investigate the effects of global warming on the Arctic deep sea. Since 2012, she has been focusing on plastic pollution in the oceans. She has published the reference book 'Marine Anthropogenic

announcements were on these topics: · Climate and Geosciences (atmosphere, ocean, ice and land) · Coastal systems · Terrestrial Arctic ecosystems and permafrost · Marine and polar life · Marine bioeconomy

Elsevier. [ Impact Factor: 3.513 ] Print Ausgabe: 1.1981 - 85.2007 Z 366 Arctic, Antarctic, and Alpine Research. / Institute of Arctic and Alpine Research, University of Colorado. Print Ausgabe: 31.1999 - [...] td-1">Z 2180 Ocean dynamics. / Springer [ Impact Factor: 1.612 ] Print Ausgabe: 52.2001 - 57.2007 Z 2183 Ocean modelling [...] dd tr-187"> eOnly Report of the ... Meeting / Arctic Ocean Science Board. <td class="td-last

for employees, politics and society. As a major research centre, the AWI maintains stations in the Arctic and Antarctic, research vessels and polar aircraft. This is associated with a comparatively high [...] societal options for action. With our research on changes in the atmosphere, the cryosphere, the ocean and the coast, corresponding feedback mechanisms as well as the consequences of climate change for [...] habitats and species and the overall significance of the UN goals for sustainable development for oceans and polar regions and to keeping these issues present in the public consciousness. A particular challenge

and O. Schrems, Tropospheric ozone depletion in polar regions: A comparison of observations in the Arctic and Antarctic. Tellus, 50B, 34-50, 1998. Frieß, U., J. Hollwedel, G. König-Langlo, T. Wagner, and [...] half-life time of 3.82 days. The main source is emission of 222 Rn from terrestrial soil, while the oceanic source strength (with two order of magnitude lower emission rates) can usually considered as negligible [...] However, in case of Neumayer continental sources are far away and our measurements indicate that oceanic emissions significantly contribute to the measured signal and especially to the seasonal maximum