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Description Sea ice/ocean/atmosphere modeling and prediction, taking advantage of AI/ML approaches. The Scale-Aware Sea Ice Project (SASIP, 2021-2027, Lead PI: Pierre Rampal) is a research project supported by
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experimental studies to characterize the cohesive properties of icy powders, made up of mixtures of ice-silicates and/or ice-salts, representative of the surfaces of planetary bodies in the outer solar system
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polar ice. They are used to document variations in past solar activity and in the Earth's magnetic field. The 36Cl/10Be isotopic ratio can also be used for ice cores dating using the principle
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, explicitly taking into account various uncertainties and evolution scenarios (climate change, human activities). The numerical tools developed as part of the project are also intended to contribute to improved
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tipping points in Earth system models. The Earth system may respond abruptly and irreversibly to changes in anthropogenic forcing. A number of potential tipping elements in the Earth system have been
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, using 4D reconstructions of high resolution data. - scientific computing - bibliographic watch - writing scientific articles - teamwork - participation in team and project meetings The work will be
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be responsible for the design and development of a proton exchange membrane water electrolysis (PEMWE) cell. She/he will subsequently adapt this cell for combined electrochemistry/X-ray diffraction
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whose aim is, with Modflow code, to model the impact of water reuse and thus water resource saving in the light of climate change, taking into account the regional hydrological and hydrogeological
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modules for modelling two-phase gas-water flows using a pore network approach developed in the iMorph software. He/she will also be responsible for developing new modules for simulating sorption phenomena
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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