will be developed on a latitudinal gradient representative of different coastal ecosystems and anthropogenic and climate change pressures across Europe allowing for generalization of our results. These

seafloor habitats. Besides the investigation of natural dynamics, this includes the consideration of anthropogenic influences, requirements, and stressors. Current research projects Sequestration and storage of

Anthropogene Aktivitäten haben den Kohlenstoffdioxid (CO 2 ) – Gehalt der Atmosphäre auf ~ 400 ppm erhöht, das entspricht dem höchsten Wert seit ca. 2-5 Millionen Jahren. Der Ozean kann große Mengen des

and environmental states, as well as the recent reaction of the Earth system on natural and anthropogenic driven climate change. Scientists from Bremerhaven and Potsdam are investigating which processes

global climate and are among the fastest warming regions worldwide. It is unclear to what extent anthropogenic environmental changes will impact the structure and functioning of the polar marine ecosystem

change with anthropogenic warming. The adaptation of organisms to these cycles plays an important role in the functionality of ecosystems. With the warming of the Southern Ocean, due to anthropogenic climate

on and use of habitat / improvement of abundance estimates evaluation of possible impacts of anthropogenic activities habitat_modeling.png (Photo: Alfred-Wegener-Institut)

determine long-term concentration trends of greenhouse gases and their isotopic compositions and anthropogenic tracers in the background atmosphere. Discover more Technical aspects Results Aerosol measurements

(ROV) as well as laboratory experiments in aquaria at AWI to address the effects of natural and anthropogenic stressors on CWC distribution, health and resilience. Our research contributes to POF-IV Subtopics

biomarker-based reconstruction of sea ice, which provides important information on: natural (non-anthropogenically induced) sea ice variability and associated climate variability; Changes in marine primary