Project: 05 05 05 PS150 05 05 LOGISTICS 05 Heli Service 06 Secondary users: 06 Southern Ocean 06 Southern Ocean 06 B. FIEDLER 06 06 FRAM2025 06 Chief Scientist: 06 06 GPF 24-1/009 06 06 06 NO 07 GPF 23-2_015 [...] 20 20 20 20 Project: 20 H. LINK 21 Areas: 21 21 Project: 21 21 21 21 21 21 21 21 OceanCapX 21 Project: 22 Southern Ocean 22 22 BATHY-LTO 22 22 22 22 22 22 22 22 (ex. POGO) 22 WOBEC 23 Weddell-Sea 23 23 [...] Greenl. shelf 13 Areas: 13 13 EGC-Sources 13 13 13 14 14 Helicopter 14 PS147/1 14 14 14 14 Central Arctic 14 14 (GoneGreen I) 14 14 Rotterdam 14 15 15 YES 15 GPF 2024/008 15 Bremerhaven 15 15 15 Eurasian

a Changing Arctic Ocean) focusses on the plankton community and the microbial processes relevant for biogeochemical cycles in the Arctic Ocean. The research acknowledges that the Arctic Ocean has gained [...] the Arctic. Besides water temperature increase, expanding ocean acidification will pose another threat to pelagic and benthic life in the Arctic Ocean. The shift from an ice-covered and cold ocean to an [...] elemental cycling in the surface ocean will alter due to ocean acidification. These environmental changes will have severe consequences for the biogeochemistry and ecology of the Arctic pelagic system. The effects

in various research areas: Climate and Geoscience (atmosphere, ocean, ice and land), Coastal and Shelf Sea Systems, Terrestrial Arctic Ecosystems and Permafrost, Marine and Polar Life, Aquaculture, Bionics

feedbacks between ocean structure and dynamics, sea ice physics, biogeochemistry, and biodiversity of the Arctic Ocean. Organic compounds in the Arctic Ocean and the deep Atlantic Ocean are derived from [...] elucidate, if the amount of dissolved organic compounds in the Arctic Ocean changed over the last decades. We also aim at quantifying the contribution of terrestrial organic matter because it represents [...] the effect of global warming on the occurrence of toxic microalgae and phycotoxins in the Arctic. The Arctic region is heavily impacted by global warming, which has an influence on the growth of planktonic

time series in the arctic with special reference to the Hausgarten LTER station Katja Metfies 11:20 Molecular work in Spitzbergen Environmental Anne Vader 11:40 Perspectives for the Arctic. Connie Lovejoy [...] Titles Speaker 08:30-09:00 Welcome and introduction Alex Kraberg et al 09:00 Keynote lecture: Tara Oceans: Eco-Systems Biology at Planetary Scale Chris Bowler 09:30 Molecular assessments in the Continuous [...] Synthesis, Networking and dissemination 9:00-09:30 Keynote: Challenges in Marine ‘Omics: Lessons from Ocean Sampling Day Frank-Oliver Glöckner 09:30 Q-Zip, a rapid meta-barcoding pipeline Stefan Neuhaus 09:50

North Sea North off Helgoland ( Helgoland-UWO - 54° 11.700'N / 7° 52.600'E – Fig. 1) and in the Arctic Ocean in Spitzbergen ( Svalbard-UWO - 78° 55.200 / 11° 54.00 – (WGS84) - Fig. 2). The systems were developed

production of data set time series of variables that describe the state of the atmosphere, land, ocean and the cryosphere. Sea ice is listed as one of the 13 Essential Climate Variables and the aim of [...] group is to produce datasets of sea ice concentration sea ice thickness sea ice drift that include Arctic and Antarctic sea ice and the respective uncertainties. The data sets both parameters will consist [...] thickness time series from data of the ERS-1, ERS-2, EnviSat and CryoSat-2 radar altimeter missions of Arctic and Antarctic sea ice. The production of a time-series of Antarctic sea-ice thickness is based on

Radiation in the Arctic (AWIPEV Research Base in Ny-Ålesund, Spitsbergen) Pyranometer in Ny-Ålesund. (Photo: Alfred-Wegener-Institut) Ny-Ålesund is situated 78.9° N north of the arctic circle. During the [...] fundamental role in determining the thermal conditions and the circulation of the atmosphere and the ocean, shaping the main characteristics of the Earth's climate. The radiation budget components at the surface

snow represents an important fresh water input, which affects density and salinity layers of the ocean. Besides its direct climatic impact, the snow layer also adds to the uncertainty of sea ice thickness [...] vessel. Snow buoy, deployed on sea ice (Photo: Alfred Wegener Institut) We deploy snow buoys in the Arctic and Antarctic. They are equipped with echo sounders to record changes at the snow surface. Buoy data

sea-ice cover on the Arctic Ocean in summer, to higher water and air temperatures, and to rising sea levels. Less sea ice means e.g. that winds produce larger waves, which batter Arctic coasts. On average [...] further thawing be prevented? To FAQ element Can permafrost only be found on land? Since the ocean floor in the Arctic is insulated by water and sea ice, one might assume there was no permafrost there. But guess [...] latitudes of the Arctic and Antarctic, a minor rise is enough to set off thawing. To FAQ element Why are permafrost coasts increasingly collapsing? Coastal erosion has worsened in the Arctic over the past