AbstractThe aim of this study is to understand the evolution of the superficial sedimentation, over the last 150 years on the mouth of the Seine estuary. An indicator is created, calculating the percentage area corresponding to the different facies for each set of available data (mid-19th century to 2009). The shift between the 1970s (16% of surface area of mud and muddy sand), the 1990s (about 50%) and 2009 (5%) appears clearly. The decrease in the muddy area is balanced with an increase of sandy mud and muddy sand surface. This evolution could be explained by river flow rate activity. The Seine estuary is a naturally tide-dominated estuary; however, engineering activities have increased the energy of the channelized river. Considering the...
International audienceThe objective of this study is to propose an original approach to the analysis...
International audienceQuaternary climato-eustatic oscillations and tectonic movements result in base...
International audienceDuring the last millennia, climate changes and sea level raises strongly influ...
(IF 1.54; Q3)International audienceThe aim of this study is to understand the evolution of the super...
International audienceThe objective of this study is to analyze the impact of hydrological variabili...
International audienceSince 1834 the Seine estuary (France) has been the site of numerous constructi...
Abstract Sediment fluxes at the estuary-sea interface strongly impact particle matter exchanges betw...
This numerical modeling study (i) assesses the influence of the sediment erosion process on the sedi...
Estuaries are subject to extensive morphological changes through human activities, such as deepening...
The aim of this study is to analyse and to quantify the fine particles transfer (i.e. 7.1 m). Then, ...
In the macrotidal Seine estuary where growing mud deposits occurred in the mouth and in the bay of S...
International audienceThe mouth of the Seine River estuary (France) has undergone marked morphologic...
International audienceThe objective of this study is to propose an original approach to the analysis...
International audienceQuaternary climato-eustatic oscillations and tectonic movements result in base...
International audienceDuring the last millennia, climate changes and sea level raises strongly influ...
(IF 1.54; Q3)International audienceThe aim of this study is to understand the evolution of the super...
International audienceThe objective of this study is to analyze the impact of hydrological variabili...
International audienceSince 1834 the Seine estuary (France) has been the site of numerous constructi...
Abstract Sediment fluxes at the estuary-sea interface strongly impact particle matter exchanges betw...
This numerical modeling study (i) assesses the influence of the sediment erosion process on the sedi...
Estuaries are subject to extensive morphological changes through human activities, such as deepening...
The aim of this study is to analyse and to quantify the fine particles transfer (i.e. 7.1 m). Then, ...
In the macrotidal Seine estuary where growing mud deposits occurred in the mouth and in the bay of S...
International audienceThe mouth of the Seine River estuary (France) has undergone marked morphologic...
International audienceThe objective of this study is to propose an original approach to the analysis...
International audienceQuaternary climato-eustatic oscillations and tectonic movements result in base...
International audienceDuring the last millennia, climate changes and sea level raises strongly influ...