99 scholarship-phd-water-resource-management Postdoctoral positions at CNRS in France
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for this shift remain unclear. Among all the different palaeo records, only ice cores allow for a direct measurement of greenhouse gas concentration, thus providing a direct and quantitative information about past
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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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scientific reports for various partners, as well as publications scientific publications/articles. Groundwater resources enable us to meet water demand, particularly during extreme droughts. particularly
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for motivated master interns, PhD students, and postdocs in theoretical physics to work on the interactions between mechanics, biochemistry, and genetics in stem cell aggregates. The positions are fully funded by
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Additional Information Eligibility criteria The candidate will hold a PhD in physical oceanography, climate sciences, or atmospheric dynamics, good knowledge of air-sea fluxes and ocean mesoscale eddies, and
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seismological methods that use seismic ambient noise for monitoring and early warning of natural hazards and water resources. With fine temporal resolution (daily or even hourly), these methods provide indicators
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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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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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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