Foraminifera response to Climatic Stress: evaluating biodiversity changes of calcifying zooplankton in response to multiple stressors
Anthropogenic CO2 emissions lead to oceanic warming, and a decrease in surface water pH. Such ocean acidification (OA) is known to affect calcifying plankton groups, a key component of the carbonate pump. Fossilized shells of planktonic foraminifera comprise a major carbonate flux to the deep sea, which makes understanding their dynamics vitally important to decipher in a rapidly changing global climate. Historical changes in planktonic foraminiferal assemblages have not yet been synthesized globally, despite numerous individual collection efforts.
The FORCIS project is filling this critical gap with a global synthesis with modern digital tools of data management and analysis. Evidently, these organisms are responding to environment change. FORCIS assesses census counts and hydrographic data since the early 1950’s to yield insights into key biodiversity metrics over the past decades, and thus also improve eco-physiological and population dynamics models.
The ultimate FORCIS goal is to understand the importance of the main stressors such as temperature and OA that govern species distribution and calcification processes, with focus on present and near-future ocean impacts.
© CESAB Forcis 2019
FORCIS brings together specialists in foraminifera ecology, geostatistics, modelling and evolutionary biology.
Thibault de GARIDEL-THORON – CEREGE, CNRS (France); Ralf SCHIEBEL – Max Planck Institute for Geochemistry (Germany).
Grégory BEAUGRAND – Wimereux (France); Gert-Jan BRUMMER – NIOZ (Netherlands); Xavier GIRAUD – CEREGE, CNRS (France); Mattia GRECO – MARUM (Germany); Maria GRIGORIATOU – Universty of Britsol (UK); Hélène HOWA – University of Angers (France); Pincelli HULL – Yale University (USA); Lukas JONKERS – MARUM (Germany); Michal KUCERA – MARUM (Germany); Graham MORTYN – UAB (Spain); Azumi KUROYANAGI – Tohoku University (Japan); Julie MEILLAND – MARUM (Germany).