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, La MO a été caractérisée au niveau global (composition élémentaire et isotopique), au niveau structural (résonance magnétique nucléaire du carbone) et au niveau moléculaire (lipides et thermochimiolyse). L'ensemble des techniques ont pu montrer que chaque compartiment avait des propriétés chimiques très différentes : la MOD est enrichie en MO aquatique dégradée, alors que la MOP et la MO sédimentaire sont plus terrigènes. Le bouchon vaseux semble avoir un impact majeur sur la qualité de la MO, notamment grâce à des bactéries dégradant fortement la MO terrigène dans la MOP et augmentant la proportion de MO aquatique. De plus, les sédiments de l'estuaire de Seine n'enregistrent pas la composition totale de la MOP, Les estuaires sont des écosystèmes importants pour l'environnement et l'économie et sont le lieu de nombreuse transformation de la matière organique

, The dynamics of OM in estuarine systems is complex and was only rarely investigated at the structural or molecular level. The aim of this study was to constrain the sources and fate of the OM in the Seine Estuary. The spatiotemporal dynamics of the OM along the estuary was investigated by comparing the bulk (elemental and isotopic composition), structural (solid state 13C nuclear magnetic resonance) and molecular (lipids and thermochemolysis) features of the different pools of OM -dissolved OM (DOM), particulate OM (POM) and sediment OM collected during five sampling campaigns. All analyses show that each compartment has different chemical properties: DOM is enriched in degraded aquatic OM, while POM and sediment OM are enriched in terrigenous OM. The maximum turbidity zone has an impact on OM quality with a high bacterial activity leading to the degradation of terrigenous OM and a higher proportion of aquatic OM, Géochimie organique Organic matter dynamics in the Seine River: global and molecular approaches Abstract: Estuaries are important ecosystems from environmental and economical point of views and are the place of numerous transformations of organic matter (OM)