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Project
Assessing the biological capacity for marine ecosystem resilience: Acclimation and adaptation in a rapidly changing environment
Global change alters marine ecosystems and the services they provide. Whether these services are at risk depends on the resilience of organisms, populations and communities. We use a tight interplay of laboratory experiments and simulation modeling to unravel the potential of marine organisms and communities to acclimate, adapt and/or disperse, and to retain ecological functioning under realistic future ocean scenarios.
Date:1 Jan 2017 → Today
Keywords:warming, global climate change, resilience
Disciplines:Biomechanics, Computer architecture and networks, Aquatic sciences, challenges and pollution, Information sciences, Scientific computing, Applied mathematics in specific fields, Information systems, Distributed computing, Other information and computing sciences, Theoretical computer science, Programming languages, Animal biology, Plant biology, Geology, Visual computing
- See also: Assessing the biological capacity for marine ecosystem resilience: Acclimation and adaptation in a rapidly changing environment
- See also: Assessing the biological capacity for marine ecosystem resilience: Acclimation and adaptation in a rapidly changing environment
- See also: Assessing the biological capacity for marine ecosystem resilience: Acclimation and adaptation in a rapidly changing environment