• Ocean Acoustics Group - AWI OZA

    mammal ecology? How can we best minimize potential impacts of anthropogenic noise on marine mammals? Our focus: We explore the distribution and behavior of whales and seals and their underwater acoustic

  • Secondary Metabolites

    Bickmeyer) To elicit any effect on living systems, natural and anthropogenic compounds target the smallest unit of the biota, the single cell. Small molecules may act as signaling molecules acting on [...] of this research is to define cellular targets of natural and anthropogenic small molecules. Chemical analysis of secondary metabolites Secondary metabolites are those chemical compounds of an organism

  • Research

    Contact Dr. Christoph Völker Dr. Ying Ye Uptake and cycling of anthropogenic carbon in the ocean We simulate the changing ocean carbon uptake in response to humans’ perturbation of atmospheric CO 2 levels [...] System Model, and simulate the historical and future ocean anthropogenic carbon uptake under low and high emission scenarios. A focus of the group is on deep and bottom water formation, e.g. precursors

  • Antarctica InSync

    Zuhr (University of Tübingen) Palaeo climate: Frank Lamy (AWI) Anthropogenic footprint: Ralf Ebinghaus (Hereon) Modelling: Torge Marin (GEOMAR), Martin Werner (AWI) APECS representative: Lena Nicola (PIK

  • BEMO

    BEnToolsMaPs will generate and transfer knowledge on effects of anthropogenic stressors on the structure and function of Southern Ocean seafloor systems, facilitating decision-making on sustainable management

  • North Sea Office

    heavily used seas in the world. Shipping, fishing and other anthropogenic activities have substantial effects on natural ecosystems, while also influencing the North Sea’s biodiversity. By investigating

  • Projects

    Kasten (Project coordintion) Dr. Bo Liu Dr. Male Köster APOC: Anthropogenic impacts on particulate organic carbon cycling in the North Sea The collaborative project "Anthropogenic impacts on particulate [...] position, is the quantification of the input behavior of anthropogenic lead in the working area. In addition, we aim to explore how lead of anthropogenic origin enters Antarctic waters, where it mixes with naturally introduced dissolved lead. Anthropogenic lead in seawater can be easily distinguished from naturally introduced lead by significantly increased concentrations and a

  • Benthic Ecology

    their habitats and biogeochemistry, in response to natural and anthropogenic disturbance and climate change. Study areas include Arctic coasts, the North Sea, Patagonian fjords and Antarctic shelf regions

  • WG Long-term Ecology

    interactions of the North Sea and the adjacent Wadden Sea to anthropogenic and natural changes, not only for employees of the Coastal Ecology Section, but also for researchers worldwide. The continuation

  • Shelf Sea System Ecology

    Ultimately, we aim to understand and predict the effects on anthropogenic pressure on our shelf sea communities. Section Head Cédric Meunier (Photo: Alfred-Wegener-Institut) PD Dr. Cédric Meunier

Did you mean anthropogene