technology for the polar regions Sea Ice Drift and Deformation Drift and Deformation of sea ice Permafrost Charting the Arctic Tundra Polynias Observation of coastal polynias Shelf Ice and Icebergs Mass
(atmosphere, ocean, ice and land), Coastal and Shelf Sea Systems, Terrestrial Arctic Ecosystems and Permafrost, Marine and Polar Life, Aquaculture, Bionics. The projects are designed to support AWIs contribution
climates focusing on the open larch forest ecosystem in Arctic environments which are underlain by permafrost. The relevant processes (growth, seed production and dispersal, establishment and mortality) are
technology for the polar regions Sea Ice Drift and Deformation Drift and deformation of sea ice Permafrost Charting the Arctic Tundra Polynias Observation of coastal polynias Snow Accumulation Retrieval
in WP5. Methods will include quantification of land to ocean carbon transport from glacier and permafrost melting and analysis of POC degradability and POC/DOC concentration and composition, organic matter
emissions in this project is also important for understanding how now-frozen soils will respond to permafrost thaw as soils that are always frozen shift to becoming seasonally or perennially thawed with increased
Stable Isotopes at AWI Potsdam and tackles various scientific reseach questions in the fields of permafrost research, hydrology, limnology, marine geochemistry and glaciology. The AWI Potsdam Laboratory
changing vegetation communities on the local to regional carbon, water and energy balances, on the permafrost and on the ecosystem functions? Our research tools are Simulating the structure and dynamics of
technology for the polar regions Sea Ice Drift and Deformation Drift and deformation von sea ices Permafrost Charting the Arctic Tundra Ice Shelves and Icebergs Mass loss of the antarctic ice sheet Snow