• Seismology on drifting sea ice

    Seismic station installed on drifting sea ice In the ice-covered Arctic Ocean we also use seismic land stations deployed on drifting ice floes to record small earthquakes. We optimized this method and

  • CLIMAREST

    coastline. The project belongs to the EU Mission Restore our Ocean and Waters, and is a member of the Lighthouse for the Arctic and Atlantic Basin. Innovative solutions for marine restoration will [...] different environments across a latitudinal gradient, from the high-Arctic Svalbard at 79°N to the Madeira archipelago at 33°N. CLIMAREST will be developed on a latitudinal gradient representative of different

  • Autonomous Platforms

    data throughout all seasons from the very remote regions in the Arctic and Antarctic. Our autonomous platforms, or more generally speaking ‘ice tethered platforms’, are installed on sea ice and in general [...] to continue monitoring the atmosphere, snow, sea ice, and upper ocean. Often, we simply call them ‘buoys’ although most of these systems are not able to float and depend on solid ice. We are using [...] used in various ways for many similar types of sensors utilized in ocean sciences, including a drogue to make the surface unit drift with the ocean currents and less with the wind. Our main application is

  • [Translate to English:] Methoden

    2022 ), and to include the sensitivity of phytoplankton growth to ocean acidification ( Seifert et al., 2022 ). Main REcoM references (chronological order): •[3 phytoplankton functional groups and CO2 [...] Schwinger, J., Séférian, R., 2020. Consistency and Challenges in the Ocean Carbon Sink Estimate for the Global Carbon Budget. Front. Mar. Sci. 7, 571720. doi.org/10.3389/fmars.2020.571720 •[Arctic [...] , V., Wekerle, C., Wolf-Gladrow, D., Völker, C. (2018): Arctic Ocean biogeochemistry in the high resolution FESOM 1.4-REcoM2 model, Progress in Oceanography, 168, 65-81, doi:10.1016/j.pocean

  • Permafrost Modelling

    to investigate impactsof past and future climate changes in the Arctic. Since permafrost is usually not visible at the earth’s surface and only few measurement sites exist, models are also important to [...] , permafrost models give us insights into the evolution of Arctic landscapes and help us understand how these unique ecosystems respond to natural and human-caused disturbances. Permafrost models [...] interactions between permafrost, vegetation, snow, lakes, and the Arctic ocean. Furthermore, we use our models to gain insights into important ecosystem functions such as the water and carbon cycles. We

  • 25 years of the deep-sea observatory AWI-HAUSGARTEN

    Wegener Institute has operated a long-term observatory in the Arctic deep sea: the HAUSGARTEN. Located between Greenland and Svalbard, it is where researchers investigate natural and climate-change-related changes in a polar, marine ecosystem – from the ocean’s surface to the seafloor, 5,500 metres below. Many of the observatory’s stations are located below the sea ice, while its autonomous

  • Stable Isotopes Lab

    exposure will be studied in East Siberia along a transect from the Arctic Ocean to the Lake Baikal. The objectives of the project are to: (i) Reconstruct (a) mean interglacial temperatures at the southern [...] Meyer Funding: Leverhulme Grant Changes of water isotopes in Arctic Sea ice, Ocean, and atMosphere (CiASOM) (2021-2024) The main goal of the Changes of water isotopes in Arctic Sea ice, Ocean, and [...] is to provide a comprehensive description of the present-day Arctic water cycle and related key exchange processes between the atmosphere, ocean, and sea ice, using both instrumental data and climate

  • Research foci

    marine biogeochemical model REcoM. When embedded into a large-scale ocean circulation model, we can project the future of the oceanic carbon sink, the conditions for marine life, and put a specific focus [...] preserved in biological archives such as foraminiferal shells or Arctic coralline algae, the group works to recover information about past ocean and climate conditions. In close collaboration with [...] Bio, Geo and Climate. Phytoplankton Ecophysiology Proxy Research Ocean Biogeochemical Modelling

  • Helge Goessling

    The Alfred Wegener Institute has several decades of experience in ocean simulation and earned an international reputation for developing the global ocean/sea-ice model FESOM, which doesn’t divide the [...] model specific ocean regions – those where deep water forms, or those with an abundance of eddies, like the Gulf Stream and the Southern Ocean – in [...] Dr. Helge Gößling. jpg | 340 KB Media Phys.org | 25.12.2019 Can Arctic 'ice management' combat climate change? Find out more > Euronews Green | 22.11.2019 Walking on thin ice in the Arctic? Find out more

  • Hauke Flores

    marine biologist at the Alfred Wegener Institute. Biodiversity Arctic Ocean Life in the Polar Sea The sea-ice regions of the Arctic and Antarctic are among the most rapidly changing habitats on Earth. [...] International | 23.09.2019 A New Effort to Understand the Warming Arctic Find out more > Dialogue & Lectures Webinar | 28.05.2020 ARICE, The Ice and The Fish: An Arctic Expedition APECS, ARICE Science [...] Program (CBMP) of the Conservation of Arctic Flora and Fauna (CAFF) initiative of the Arctic Council National representative