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Actualités et séminaires

  • 15 Dec Actualité
    Soutenance de thèse de Quentin Guillemoto

    Titre : Transfert des molécules organiques traces des eaux usées traitées dans un système de "Soil Aquifer Treatment" (SAT) - Application à l’hydrosystème côtier d’Agon-Coutainville (Manche)

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  • 09 Dec Séminaire
    Representation of a multipurpose reservoir system and vulnerability of water management under global change - Application to the Neste water system

    Understanding the vulnerability of water management under global change is the premise for designing adaptation actions. A comprehensive assessment of current water management vulnerability to future changes hinges on new tools that are able to represent human impact on water resources and innovative frameworks that are able to generate new insights to inform adaptation designing.

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  • 18 Nov Séminaire
    Multidisciplinary and multiscale study of water resources at andesitic volcanic complex of Gede Pangrango Salak, West Java, Indonesia

    Volcano could be distinguished into two groups due to its chemical origin properties. First is basaltic volcanoes from hotspots or rift-zone activity, and the second is andesitic volcanoes around subduction zone. The first type has been highly studied in the last 50 years (Peterson, 1972; Custodio, 1989), but the second one is less known (Charlier et al., 2011; Vittecoq et al., 2019). Located on the subduction zone, Indonesia has a lot of andesitic volcanoes.  One of amazing volcanic complex with a high potentcy of groundwater resouces is Gede – Pangrango – Salak.

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  • 21 Oct Actualité
    Soutenance de thèse d'Alienor Allain

    Titre : De la production spécifique à l'homogénéisation des matières organiques dissoutes issues de végétaux

    Les membres du jury sont :

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  • 21 Oct Séminaire
    Geoelectrical Signatures of Spreading and Mixing

    Effective assessment of the fate of water-soluble contaminants leaked to aquifers is crucial for the management and preservation of groundwater resources. Contaminant solute transport unfolds over multiple spatial and temporal scales and is, thus, very challenging to characterize using conventional sparsely-sampled and local hydrological measurement techniques alone. Complementarily, the time-lapse direct-current (DC) geophysical method provides spatially and temporally-distributed information on equivalent DC electrical conductivity, the latter being sensitive to the transport of electrica

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