CORDIS Project
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This project investigates the evolution of marine algae over the past 60 million years, focusing on how changes in atmospheric carbon dioxide levels have influenced their carbon acquisition strategies. It aims to identify fossil indicators that reveal these adaptations and to understand the historical shifts in algal c…
Evolution of marine algae over the last 60 million years has resulted in a fundamental change in the efficiency of biological carbon pump and shift from communities dominated by calcifying algae (like coccolithophorids) to siliceous diatoms and major size class changes among these groups.
The inferred shift in atmospheric CO2 over this time period has been suggested as an important selective pressure on some of these responses, including diatom adaptation to lower atmospheric CO2 concentrations…
UNIVERSIDAD DE OVIEDO
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