Habets (2009b), Adaptation of a catchment-based land surface model to the hydrogeological setting of the Somme River basin (France), J. Hydrol., 368 (1-4), 105-116, doi:10.1016/j.jhydrol.2009.01.039.Gascoin, S. , A. Ducharne , P. Ribstein , M. Carli , and F. Habets ( ...
The Valdai study demonstrates that using only routine meteorological measurements, long-term simulations of land-surface schemes suitable for model evaluation can be made. The Valdai dataset is available for use in the evaluation of other land-surface schemes. Both the SSiB and the bucket models ...
For detailed descriptions of the data sources and the treatment of environmental data in RCWIP2, WorldClim2, GLDAS Noah Land Surface Model, CGIAR-CSI, and HydroATLAS (2019) the reader is referred to the Methods online. All lake δ18O and δ2H data were normalized to the isotopic ...
In this paper, we present the GWlag model, a water-generation model that predicts river flows with explicit accounting of the impacts of catchment land-use change and surface–groundwater interactions. The paper firstly describes the theory that underpins the modeland its calibration then presents ...
The default value starts with every model. The next ID is Urban land use, which is applied to the model. The Runoff surfaces have been populated with the IDs from the Runoff surface tab. InfoWorks ICM allows up to twelve runoff surfaces per land use to support the modelling of more comp...
Assessing the impact of land use land cover (LULC) changes on runoff is crucial for the sustainable management of wetland catchments. This study modelled t
retention processes in thesurface watershave to be taken into account, which introduces new uncertainties. Application of nutrient leaching models on the regional and national scale requires data onfertilizer applicationrates, land use, soil properties, hydrology, etc. Uncertainties in these data constitu...
The land-surface parametenzation model SEWAB (Surface Energy and Water Balance) has been developed to provide the lower boundary condition for atmospheric models. It solves the coupled system of the Surface Energy and Water Balance equations considering partly vegetated surfaces. Within the soil colum...
The simplicity of Topography-based hydrological model (TOPMODEL),as a way of reflecting the topographic controls on soil water storage and runoff generation,has become more attractive and morepopular for land surface process study since digital elevation models (DEMs) have become widely available.In ...
Understanding the trend, extent, and effect of climate variability and land cover change are globally important for monitoring river catchments water resou