CORDIS Project
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This project investigates how marine phytoplankton respond to grazing threats by enhancing their chemical defenses, which may influence their population dynamics and bloom formation. By developing mathematical models and utilizing advanced analytical chemistry, the project aims to uncover the mechanisms behind these de…
Marine phytoplankton contribute approximately 50% of the global primary production.
Despite this, our understanding of the driving forces and processes that structure phytoplankton communities is still rudimentary.
Community structure is of fundamental importance for the ecosystem function and food-web dynamics.
Some phytoplankton species acts as carbon sinks, others as sources, and community structure may therefore determine the direction of ocean–atmosphere CO2 exchange, with corresponding inf…
TECHNICAL UNIVERSITY OF DENMARK DTU
DANMARKS TEKNISKE UNIVERSITET
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