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Saturation-excess overland flow in the European loess belt:An underestimated process?

International Soil and Water Conservation Research 2023年第4期11卷 688-699页

作者： valentin landemaine Olivier Cerdan Thomas Grangeon Rosalie Vandromme Benoit Laignel Olivier Evrard Sébastien Salvador-Blanes J.Patrick Laceby BRGM F-45060OrléansFrance University of Rouen M2CRouenFrance Laboratoire des Sciences du Climat et de l'Environnement(LSCE/IPSL) UnitéMixte de Recherche 8212(CEA/CNRS/UVSQ)UniversitéParis-SaclayGif-sur-YvetteFrance University of Tours UR 6293-GéoHydrosystèmes Continentaux(GEHCO)France Alberta Environment and Protected Areas CalgaryCanada

A major challenge in runoff and soil erosion modelling is the adequate representation of the most relevant processes in models while avoiding over *** the European loess belt,pro-gressive soil crusting during rainfall events,resulting in infiltration-excess runoff,is usually considered the dominant process generating runoff on catchments covered with silty ***-excess may also occur and affect their runoff and erosion ***,saturation-excess runoff occurrence and quantification have rarely been performed and is usually not taken into account when modelling runoff and erosion in these ***,a continuous simulation of the Austreberthe catchment(214 km^(2)),located in the European loess belt(Normandy,France),was conducted with the new Water and Sediment(WaterSed)model over 12 years,corresponding to more than 780 individual rainfall events,at a 25 m spatial *** inter-annual variability of runoff and erosion was closely linked to the number of intense events per year and their distribution through the *** model was properly calibrated over a representative set of 35 rainfall events,considering either infiltration-excess and/or saturation-excess *** was also able to reproduce the measured runoff volume for most of the monitoring ***,the three years with most rainfall were adequately modelled only including saturation-excess *** analysis performed at the seasonal scale revealed that saturation was modelled in the catchment during almost all of the modelling period,suggesting the importance of this often overlooked process in current modelling attempts.

关键词： European loess belt Soil erosion Saturation-excess runoff WaterSed model

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