To provide reliable simulations, hydrological models usually require the calibration of their parameters over streamflow data. However, the latter are limited and most of the catchments remained ungauged. Consequently, alternative methods termed ‘regionalization’ are needed to estimate model parameters. The thesis proposes to combine the three classical methods in order to regionalize the parameters of a distributed model over two large French catchments: the Loire catchment at Gien and the Durance catchment at Cadarache. On the basis of the three regionalization methods, the degree of spatialization is adapted to the different model parameters according to their characteristics and their hydrological role. In fine, the proposed multi-metho...
Water resources are variable in time and space. Hydrological models are required to assess these res...
The goal of this master thesis was to improve an existing rainfall-runoff model to better represent ...
Water resources are variable in time and space. Hydrological models are required to assess these res...
To provide reliable simulations, hydrological models usually require the calibration of their parame...
To provide reliable simulations, hydrological models usually require the calibration of their parame...
To provide reliable simulations, hydrological models usually require the calibration of their parame...
Pour fournir des simulations fiables, les modèles hydrologiques nécessitent usuellement le calage de...
This paper aims to present, primarily to non-hydrologists, the problems of parameterisation in hydr...
[Departement_IRSTEA]DS [TR1_IRSTEA]51 - METHODO / GEOSYSTEMES [Encadrant_IRSTEA]Puech, C.The formali...
The analysis, critics, and comparison studies of model versions in hydrology, started during the res...
This thesis contributes to the development of the integrated model EauDyssée of regional scale river...
This thesis contributes to the development of the integrated model EauDyssée of regional scale river...
[Departement_IRSTEA]RE [TR1_IRSTEA]RIE / TRANSFEAU [Encadrant_IRSTEA]Braud, I.Distributed hydrologic...
[Departement_IRSTEA]RE [TR1_IRSTEA]RIE / TRANSFEAU [Encadrant_IRSTEA]Braud, I.Distributed hydrologic...
AbstractStudy regionEurope.Study focusA semi-distributed continuous hydrological model, HYPE, was ap...
Water resources are variable in time and space. Hydrological models are required to assess these res...
The goal of this master thesis was to improve an existing rainfall-runoff model to better represent ...
Water resources are variable in time and space. Hydrological models are required to assess these res...
To provide reliable simulations, hydrological models usually require the calibration of their parame...
To provide reliable simulations, hydrological models usually require the calibration of their parame...
To provide reliable simulations, hydrological models usually require the calibration of their parame...
Pour fournir des simulations fiables, les modèles hydrologiques nécessitent usuellement le calage de...
This paper aims to present, primarily to non-hydrologists, the problems of parameterisation in hydr...
[Departement_IRSTEA]DS [TR1_IRSTEA]51 - METHODO / GEOSYSTEMES [Encadrant_IRSTEA]Puech, C.The formali...
The analysis, critics, and comparison studies of model versions in hydrology, started during the res...
This thesis contributes to the development of the integrated model EauDyssée of regional scale river...
This thesis contributes to the development of the integrated model EauDyssée of regional scale river...
[Departement_IRSTEA]RE [TR1_IRSTEA]RIE / TRANSFEAU [Encadrant_IRSTEA]Braud, I.Distributed hydrologic...
[Departement_IRSTEA]RE [TR1_IRSTEA]RIE / TRANSFEAU [Encadrant_IRSTEA]Braud, I.Distributed hydrologic...
AbstractStudy regionEurope.Study focusA semi-distributed continuous hydrological model, HYPE, was ap...
Water resources are variable in time and space. Hydrological models are required to assess these res...
The goal of this master thesis was to improve an existing rainfall-runoff model to better represent ...
Water resources are variable in time and space. Hydrological models are required to assess these res...