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Algebraic and geometric domain decomposition for subsurface /groundwater flows – DEDALES
Geosciences simulations face a growing demand for increased physical fidelity. Geological storage of nuclear waste, or CO2, couples thermal, hydraulic, mechanical and chemical phenomena. The goal of the DEDALES project is to contribute to the mathematical methods, and the computing techniques, required to make those simulations feasible on the next generation of supercomputers.
Employment, Housing, Transport Infrastructure: Social Implications, Mobility and Environment – ELITISME
Impact of within family negotiation on mobility choices
Improving the Accuracy of the SUrface Mass balance of Antarctica – ASUMA
The ASUMA project aims to quantify the recent variations of the Surface Mass Balance (SMB) of Antarctica and their relationship with climate, atmospheric circulation and moisture origin. We will acquire data during three field trips. The overarching task of the project is the realization of a long distance traverse to collect firn cores and to perform measurements on the surface snow physics. Measurements will be compared to model outputs and remote sensing data.
