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The ARCTIVITY project investigates the impact of organic carbon released by Arctic ice sheet retreat on the global carbon cycle and past climate change. It employs advanced techniques to assess the reactivity of this carbon, providing insights into its role in atmospheric greenhouse gas levels.
Climate change is primarily driven by atmospheric greenhouse gas levels, making it crucial to identify the Earth system processes that regulate these gases in order to better predict and mitigate climate impacts.
While the ocean has long been considered the primary driver of atmospheric CO2 fluctuations, oceanic processes alone cannot fully explain the magnitude of the variations or the observed carbon isotopic signatures.
In this context, the vast ancient carbon reservoirs stored beneath Arctic…
ALFRED-WEGENER-INSTITUT HELMHOLTZ-ZENTRUM FUR POLAR- UND MEERESFORSCHUNG
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