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-industrial times to the present, using palaeoecological archives. The candidate will have in-depth knowledge of lake sediment geochemistry and, ideally, knowledge of palaeoecology, particularly palynology
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of such disturbances on ecosystems in order to develop tools that support the prevention of these natural risks. This interdisciplinary project, bridging lake ecology and mathematical modeling, is
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lakes - Good knowledge of mathematical and statistical modeling methods in ecology - Proficiency in optical microscopy and flow cytometry tools - Very good knowledge of algal community identification
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isotopic compositions (δ13C and δ18O) of ostracod valves from sediment cores collected in European lakes. To synthesize existing data, interpret them and promote them in the form of scientific publications