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Climate change promotes the spreading of vibrios: IOW study reveals global distribution patterns [100.00% relevance%]
dangerous to humans, is a natural component of marine plankton. The IOW has now presented the first … dangerous to humans, is a natural component of marine plankton. The IOW has now presented the first
Climate change promotes the spreading of vibrios: IOW study reveals global distribution patterns [99.99% relevance%]
dangerous to humans, is a natural component of marine plankton. The IOW has now presented the first … dangerous to humans, is a natural component of marine plankton. The IOW has now presented the first
Turbulence and small-scale processes [99.98% relevance%]
including oxygen, nutrients, and pollutants) in marine environments and in lakes. It determines the … ocean currents, and forms a crucial link of the marine energy budget. Understanding the role of … is therefore essential for understanding how marine systems work. We investigate turbulence and its
https://www.iow.de/turbulence-and-small-scale-processes.html
Microbial Plankton and Biogeochemistry [99.97% relevance%]
lab studies the microbial life in brackish and marine habitats, with a main focus on aquatic fungi. We
https://iow.de/bio-working-groups/microbial-plankton-and-biogeochemistry.html
Project details [99.89% relevance%]
. Mohrholz, Dr. M. Schmidt Cooperation: National Marine and Information Centre/NA, University of Cape
Project details [99.87% relevance%]
and transformation processes Department: Marine Chemistry Participation: Dr. R. Lendt, Dr. L.
KLAUSI: project details [99.82% relevance%]
: Universität Greifswald Universität Bremen Marine algae annually convert about five times as much … -term (geological) time scales. This fundamental marine process, termed carbon sequestration, regulates … work suggests that unknown factors prevent marine bacteria from decomposing algal glycans into … objective is to mechanistically understand, how marine microorganisms interact and sequester carbon in … : Universität Greifswald Universität Bremen Marine algae annually convert about five times as much … -term (geological) time scales. This fundamental marine process, termed carbon sequestration, regulates … work suggests that unknown factors prevent marine bacteria from decomposing algal glycans into … objective is to mechanistically understand, how marine microorganisms interact and sequester carbon in
KLAUSI: project details [99.73% relevance%]
für Fischereiökologie Marum - Zentrum für Marine Umweltwissenschaften der Universität Bremen … Christian Albrechts Universität Kiel, Kiel Marine Science Univerität Rostock Sea and Sun … in the framework oft he 3. DAM call for „Marine Extreme Events and Natural Hazards“ IOW is going
Project details [99.40% relevance%]
: Dr. Natalie Loick-Wilde Funding: DAAD Focus: Marine communities and matter cycles Department:
KLAUSI: project details [99.38% relevance%]
TouMaLi: Marine litter and sustanable waste management in North- … Area 3: Emerging Technologies Enabling Advanced Marine Science Partners: University of Rostock, … to sustainably reduce the overall amount of marine and beach littering. Major activities are the … definition of a pollution baseline as well as marine litter pollution assessments; the evaluation of … ). Emission, transport and retention of floating marine macro-litter (plastics): The Role of Baltic … doi: 10.3390/su16031220 MSFD Technical Group on Marine Litter, F. Galgani, L. F. Ruiz-Orejón, F. Ronchi … G. Hanke (2023). Guidance on the Monitoring of Marine Litter in European Seas - An update to improve … the harmonised monitoring of marine litter under the Marine Strategy Framework … , X. Lange, M. Haseler and A. Nassour (2023). Marine Macro-Litter (Plastic) Pollution of German and … Abdallah, G. Hassan and G. Schernewski (2022). Marine litter monitoring on North African beaches of … (2022). Aerial and underwater drones