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are offered as part of the EERIE (Eddy rich Earth System Models) project. This European project aims to understand and simulate the role of ocean eddies in the present and future climate. Four coupled ocean-ice
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that condition circulation (geological and structural approach), * Identify recharge zones that contribute to groundwater circulation and supply recharge of water catchments located near the subalpine thrust front
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French National Research Agency (ANR). This project focuses on the development of artificial channels using foldamers for the efficient transport of water and/or ions. Conducted in the group of Gilles
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debris flows. The aim of this project is to develop a unified constitutive model to describe these debris-ice mixtures, which will link solid and fluid behavior regimes, taking into account possible phase
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experiments based on behavioural neuroscience techniques (fear conditioning, novel object recognition, Morris water maze, open filed) and circuit studies (stereotactic surgery, chemogenetics, optogenetics
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exhibit isotopic fractionation. This process leaves a fingerprint on the products of these reactions. If records of these products are preserved, as in the case of ice cores, for example, the isotopic
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, often required to operate under extreme conditions: deep under the sea, in space or underground. Most of our research is carried out within leading international scientific collaborations and our