Koné S., Mahé Gil, Bamba F., Paturel Jean-Emmanuel, Dezetter Alain, Servat Eric. (2022). Niger river basin - hydrological modelling : enhancing framework accuracy [résumé]. In :
IAHS-AISH Scientific Assembly. Wallingford : IAHS, IAHS2022-80 [1 p.]. IAHS : International Association of Hydrological Science, 11., Wallingford (GBR), 2022/05/29-2022/06/03.
Titre du document
Niger river basin - hydrological modelling : enhancing framework accuracy [résumé]
Année de publication
2022
Type de document
Colloque
Auteurs
Koné S., Mahé Gil, Bamba F., Paturel Jean-Emmanuel, Dezetter Alain, Servat Eric
In
IAHS-AISH Scientific Assembly
Source
Wallingford : IAHS, 2022,
IAHS2022-80 [1 p.]
Colloque
IAHS : International Association of Hydrological Science, 11., Wallingford (GBR), 2022/05/29-2022/06/03
In hydrology, enhancing existing models are good ways to establishing efficient and accurate conceptual frameworks for hydrological simulation's purposes. Methodologically, a framework that has two parameters and three input variables, called SimulHyd, is used in this study to modelling runoff data, on sixteen watersheds of the Niger River and its tributaries, from 1950 to 1999. Purposely, this paper focuses on a model's inter-comparison method, which summarizes, in tables, then in graphics and in maps, the obtained results. We enhance modelling outputs both in modifying the former french's GR2M model to obtain a model called SimulHyd model and in developing a semi-distributed modelling from a lumped modelling approach. SimulHyd stands for Simulation of Hydrological
systems.
Plan de classement
Modélisation [062MECEAU06]
Localisation
Fonds IRD [F B010096655]
Identifiant IRD
fdi:010096655
