• SeaKey

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

  • OASIS

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

  • MUSES

    MUSES 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 for ocean space and gives

  • CoastalRunoff

    Fjords and West Antarctic Peninsula). Glacier melt and retreat are a significant influence of anthropogenic Climate Change on antarctic and subantarctic coastal habitats. As a consequence, increasing amounts

  • Last Glacial to modern climate variability at highest possible resolution

    and thus miss a long-term perspective that is, however, crucial for distinguishing natural and anthropogenic triggers for climate change. The present interglacial period, the Holocene and the preceding

  • Implementation

    pelagic key species to investigate their performance and acclimation capacity with regards to (anthropogenic) environmental change and to understand the role of these species in biogeochemical cycles. We

  • Long-Term Observations in the Southern Ocean

    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

  • Coral Reefs

    (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

  • Past polar sea ice variability

    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

  • Habitat Modeling - AWI OZA

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

Did you mean anthropogene