Climate change & biodiversity Risks and Opportunities for Local Stakeholders of the North Sea Anthropogenic activities, like air and water pollution, fisheries, tourism and exploitation of resources (oil

Thermosalinography, xBTs) and handle the associated data. Causes of natural climate variability and anthropogenic climate change will be discussed in the context of international climate negotiations, as well

cellular processes and to gain a better understanding of the adaptability of marine animals to (anthropogenic) environmental influences. One of our priority questions is how environmental parameters (temperature

sheet: Olaf Eisen (AWI), Alexandra Zuhr (University of Tübingen) Palaeo climate: Frank Lamy (AWI) Anthropogenic footprint: Ralf Ebinghaus (Hereon) Modelling: Torge Marin (GEOMAR), Martin Werner (AWI) APECS

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 organic carbon cycling [...] 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 [...] at landscape scale fixation, storage, stabilization, and export of carbon, their natural and anthropogenic drivers and the timescales on which they operate. Our results will be used to develop new pathways

ecology of foundation species, their habitats and biogeochemistry, in response to natural and anthropogenic disturbance and climate change. Study areas include Arctic coasts, the North Sea, Patagonian fjords

POF-IV in sub-theme 4.2 " Coastal ecosystem sustainability against the backdrop of natural and anthropogenic drivers ". Contact Inka Bartsch Tosia Schmithüsen Ralph Kuhlenkamp (Phycomarin) Website: Code

POF-IV in sub-topic 4.2 “ Coastal ecosystem sustainability against the backdrop of natural and anthropogenic drivers ”. Contact Lars Gutow

bottom waters of the Weddell Sea, reveal a steady CO 2 increase of anthropogenic origin, as surface water charged with anthropogenic CO 2 is a major component in the formation of WSBW (Van Heuven et al [...] al. 2011). The findings reflect the deep-sea sequestration of anthropogenic CO 2 , thus contributing to diminishing the burden of excess CO 2 in the atmosphere. The largest increase of CO 2 is found in [...] in the surface layer (Van Heuven et al. 2014). Here, uptake of excess CO 2 , i.e. anthropogenic CO 2 , from the atmosphere has obviously occurred. Somewhat surprisingly, steady state tracer oxygen shows

MUSES Multi-Use in European Seas Our oceans are faced with ever growing anthropogenic pressures by expanding human activities in offshore areas. This blue growth of marine industries is raising the demand