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) fluxes. Using experiments conducted in both soil mesocosms and microcosms, this postdoctoral project aims to assess the effect of hydrological disturbances caused by climate change on interactions between
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or growing season duration increases annual carbon gain, which improves a plant's ability to harvest nutrients through greater belowground investment, and vice-versa. This suggests that climate and soil
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of the LUX team to analyse Euclid data in comparison with deep ground-based imaging. - Present results at national and international conferences. The Laboratoire d'étude de l'Univers et des phénomènes eXtrêmes
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conditions favourable for calcium carbonate crystal formation. Extensive precipitation of carbonate minerals in the vicinity of microorganisms in soils can promote sediment particle adhesion, thereby reducing
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-month PostDoc position in modelling land-cover change at watershed-scale. Project Overview Deep-C brings together a consortium of experimentalists and modelers to explore the coupled carbon (C) cycling in
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-month postdoctoral contract focusing on data processing and the retrieval of information on aerosol heterogeneity from photometric observations made by the AERONET network. This position is part of a
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Post-doctoral position (M/F) for testing drought-based BEF relationships at CEFE Montpellier, France
still lacking about such a process, and especially about the physiological causes possible leading to the diversity effect. In this context, the aim of the postdoctoral project is to carry-out simulations
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, geochemistry) dispersed by different vectors and their fate in the surrounding ecosystems to be preserved (water, soil, sediments). The postdoctoral researcher will study the phases/mineraloids containing As, Bi