This paper presents the inclusion of the soil-vegetation-atmosphere interactions in a proven conceptual model. This new scheme simulates the daily streamflows over small catchments by taking into account the average characteristics of the surface (soil and vegetation) for the calculation of actual evaporation and evapotranspiration. The model also simulates the daily evolution of soil moisture in two layers : the surface layer representing the first ten centimetres of the soil and the bulk layer representing the root zone. The results of the model calibration on a test site, and the results of the model validation on 36 watersheds ; show its good capability to simulate streamflows and soil moisture in the surface layer and in the bulk soil ...
This study focuses on the surface hydrology to contribute to its better parameterization through int...
An integrated modeling approach was developed to simulate the water cycle in a closed manner. It con...
There is a need to improve hydrology in land-surface process models for weather and climate modeling...
International audienceThis paper presents the inclusion of the soil-vegetation-atmosphere interactio...
International audienceThis paper presents the inclusion of the soil-vegetation-atmosphere interactio...
Dans le cadre de la modélisation climatique, la représentation du cycle de l'eau des surfaces contin...
A parsimonious conceptual lumped model is here presented with the aim of simulating daily streamflow...
The soil-plant-moisture subsystem is an important component of the hydrological cycle. Over the last...
The objective of this project is the use of remote sensing data to estimate soil water content in or...
Development and testing of mathematical relationships describing the infiltration, surface runoff, p...
A physically based and distributed model has been developed for predicting the Water and Energy Tran...
[Departement_IRSTEA]GMA [TR1_IRSTEA]11 - VERSEAU / TRANSFEAUInternational audienceAs a first step to...
A conceptual, continuous, daily, semi distributed catchment-scale rainfall-runoff model that has the...
Abstract: A six-parameter soil-vegetation-atmosphere-transfer (SVAT) model, calibrated independently...
Abstract. The model enables the calculation, in daily values, of water transfers (interception by ve...
This study focuses on the surface hydrology to contribute to its better parameterization through int...
An integrated modeling approach was developed to simulate the water cycle in a closed manner. It con...
There is a need to improve hydrology in land-surface process models for weather and climate modeling...
International audienceThis paper presents the inclusion of the soil-vegetation-atmosphere interactio...
International audienceThis paper presents the inclusion of the soil-vegetation-atmosphere interactio...
Dans le cadre de la modélisation climatique, la représentation du cycle de l'eau des surfaces contin...
A parsimonious conceptual lumped model is here presented with the aim of simulating daily streamflow...
The soil-plant-moisture subsystem is an important component of the hydrological cycle. Over the last...
The objective of this project is the use of remote sensing data to estimate soil water content in or...
Development and testing of mathematical relationships describing the infiltration, surface runoff, p...
A physically based and distributed model has been developed for predicting the Water and Energy Tran...
[Departement_IRSTEA]GMA [TR1_IRSTEA]11 - VERSEAU / TRANSFEAUInternational audienceAs a first step to...
A conceptual, continuous, daily, semi distributed catchment-scale rainfall-runoff model that has the...
Abstract: A six-parameter soil-vegetation-atmosphere-transfer (SVAT) model, calibrated independently...
Abstract. The model enables the calculation, in daily values, of water transfers (interception by ve...
This study focuses on the surface hydrology to contribute to its better parameterization through int...
An integrated modeling approach was developed to simulate the water cycle in a closed manner. It con...
There is a need to improve hydrology in land-surface process models for weather and climate modeling...