ena-STUDY-UNIVERSITY OF BERGEN/DEPT. OF BIOLOGY-22-02-2017-11:46:37:373-88
Processes and Players in Arctic Marine Pelagic Food Webs - Biogeochemistry, Environment and Climate Change
The interaction between the biosphere, the atmosphere and the hydrosphere is mediated by microorganisms being the main drivers of biogeochemical cycles in the ocean and the main producers and consumers of inorganic nutrients, organic carbon and CO2. The MicroPolar project focuses on marine microbial food webs and biogeochemical cycles in the Arctic Ocean and will provide a better description and understanding of the organisms, the processes, and the feedback mechanisms that shape this interaction.The most critical R&D challenges posed by environmental change in the Arctic Ocean concerns the role of microorganisms; “Who are they?”, “What are they doing?”, “How do they interact?” and How do they respond to the current climate change?”. A project approaching these questions calls for interdisciplinary collaboration. State of the art analytical techniques and metagenomics will be used to describe the microbial community and to quantify carbon flow in Arctic microbial food webs during a full annual cycle. Sensitivity experiments with biogeochemical process studies in mesocosms will be used to inform on the key importance of biogeochemical feedbacks to climate change and rising CO2. The project partners cover a range of disciplines including microbial ecology, climate research, biogeochemistry, metagenomics and ocean modeling, which all are required to conduct the research and to integrate the results in an Earth system science and environmental management perspective.
The interaction between the biosphere, the atmosphere and the hydrosphere is mediated by microorganisms being the main drivers of biogeochemical cycles in the ocean and the main producers and consumers of inorganic nutrients, organic carbon and CO2. The MicroPolar project focuses on marine microbial food webs and biogeochemical cycles in the Arctic Ocean and will provide a better description and understanding of the organisms, the processes, and the feedback mechanisms that shape this interaction.The most critical R&D challenges posed by environmental change in the Arctic Ocean concerns the role of microorganisms; “Who are they?”, “What are they doing?”, “How do they interact?” and How do they respond to the current climate change?”. A project approaching these questions calls for interdisciplinary collaboration. State of the art analytical techniques and metagenomics will be used to describe the microbial community and to quantify carbon flow in Arctic microbial food webs during a full annual cycle. Sensitivity experiments with biogeochemical process studies in mesocosms will be used to inform on the key importance of biogeochemical feedbacks to climate change and rising CO2. The project partners cover a range of disciplines including microbial ecology, climate research, biogeochemistry, metagenomics and ocean modeling, which all are required to conduct the research and to integrate the results in an Earth system science and environmental management perspective.