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: Expérimentations et Approches Numériques (LOCEAN) conducts studies on the physical and biogeochemical processes of the ocean and their role in climate in interaction with marine ecosystems. Its teams, widely
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environment with the OCE, the CSEN, the CNEDDOM, La main à la pâte and the scientific laboratories involved. Its results will have a direct impact on the development of teaching resources on the ocean and
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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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concern the development and use of prebiotic simulators, which are platforms combining microfluidics, millifluidics and analytical techniques, which cover the diversity of deep sea vents' conditions. The
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approaches in culture and photophysiology (photosynthesis, sugar production). The symbiotic microalgae will be collected at sea during sampling campaigns. Requirements Research FieldBiological
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. The main polysaccharides in the ECM are alginates and fucose-containing sulfated polysaccharides (FCSPs). The kelp Saccharina latissima is currently cultivated in open-sea on a commercial-scale in
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tsunamis are generated by earthquakes, some tsunamis are generated by subaerial gravity flows, which can occur not only in oceans, but also in lakes or rivers. Understanding such tsunami generation is a
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of the main goals of the space exploration towards Mars and the other objects in the Solar System relevant for astrobiology (ex: ocean worlds). Terrestrial analogues have been used for decades in support of
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of flexible fibres by a turbulent flow, such as plastic debris or organic matter in oceans and rivers. Modelling the dynamics of such deformable particles in these environmental flows remains a major challenge
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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