AWI Strategy funding project OMAP - Oysters and mussels under anthropogenic pressure: Does microplastic limit the tolerance to climate change of ecologically and economically important bivalves? (PI:

the 1980s the oceans have absorbed 20 to 30 percent of total anthropogenic CO2 emissions. 7.7 pH value By the year 2100, today’s average pH value in the oceans could drop from 8.1 to ca. 7.7. If that [...] it would take millennia for the oceans to fully recover from anthropogenic changes. As such, the fateful trio of warming, acidification and hypoxia will continue to plague marine ecosystems for many

and interactions of the North Sea and adjacent Wadden Sea to anthropogenic and natural changes, both affected by regional drivers (riverine inputs, coastal armouring and construction) as well as by global

passive acoustic data, both for biological sounds as well as anthropogenic sounds. www.researchgate.net/profile/Elena_Schall Dr. Svenja Wöhle I am a marine scientist specialised in bioacoustics, with a [...] migratory patterns and assess how environmental variability and anthropogenic noise influence their presence and habitat use. Sarah Dockal I am a computer scientist with a background in medical informatics

in the oceans. She has published the reference book 'Marine Anthropogenic Litter' and runs the online portal LITTERBASE to make research data on plastic pollution and scientific findings accessible to

along as stowaways on the oysters’ shells. In addition, anthropogenic climate change and the resultant rising temperatures in the North Sea are making it easier for these newcomers, which often hail

deep waters into the surface layer and the downward mixing of anthropogenic CO 2 . Yet, despite the increasing stratification over recent decades, the Southern Ocean continued to take up CO 2 from the

for future net primary production, and time of emergence of anthropogenically induced trends in dissolved organic matter in Earth system model simulations. I am currently developing a benchmarking scheme

organisms is still unclear, but important to understand, as anthropogenic activities can unknowingly disrupt critical environmental stimuli that set these rhythms. Microbial influences on developmental

changes in the atmospheric circulation and in the emission of anthropogenic substances that affect the abundance of ozone in the atmosphere have direct effects on the global climate system. A detailed