Titre de série :	Journal of hydrology
Titre :	Effects of spatial variability and scale with implication to hydrologic modeling
Type de document :	texte imprimé
Auteurs :	Wood, E. F. ; Sivapalan, M. ; Beven, R.
Année de publication :	1988
ISBN/ISSN/EAN :	CI-08017
Note générale :	This paper reports the results of a preliminary investigation into the existence of representative elementary area (REA) in the content of hydrologic modeling at the catchment scale. The investigation was carried out for an actual catchment topography as represented by Cowecta river experimentation basin with synthetic realizations for rainfall and soils. The hydrologic response of this catchment was modeled by a modified version of top model, which is capable of modeling both infiltration excess and saturation excess runoff and incorporating the spatial variability of soils topography, and rainfull...
Langues :	Anglais (eng)
Mots-clés :	Hydrologie  Sol  Topographie  PRECIPITATIONS
Index. décimale :	551.48 Hydrologie :
Résumé :	This paper reports the results of a preliminary investigation into the existence of representative elementary area (REA) in the content of hydrologic modeling at the catchment scale. The investigation was carried out for an actual catchment topography as represented by Cowecta river experimentation basin with synthetic realizations for rainfall and soils. The hydrologic response of this catchment was modeled by a modified version of top model, which is capable of modeling both infiltration excess and saturation excess runoff and incorporating the spatial variability of soils topography, and rainfull...
Note de contenu :	This paper reports the results of a preliminary investigation into the existence of representative elementary area (REA) in the content of hydrologic modeling at the catchment scale. The investigation was carried out for an actual catchment topography as represented by Cowecta river experimentation basin with synthetic realizations for rainfall and soils. The hydrologic response of this catchment was modeled by a modified version of top model, which is capable of modeling both infiltration excess and saturation excess runoff and incorporating the spatial variability of soils topography, and rainfull...

Journal of hydrology. Effects of spatial variability and scale with implication to hydrologic modeling [texte imprimé] / Wood, E. F. ; Sivapalan, M. ; Beven, R. . - 1988.
ISSN : CI-08017
This paper reports the results of a preliminary investigation into the existence of representative elementary area (REA) in the content of hydrologic modeling at the catchment scale. The investigation was carried out for an actual catchment topography as represented by Cowecta river experimentation basin with synthetic realizations for rainfall and soils. The hydrologic response of this catchment was modeled by a modified version of top model, which is capable of modeling both infiltration excess and saturation excess runoff and incorporating the spatial variability of soils topography, and rainfull...
Langues : Anglais (eng)

Mots-clés :	Hydrologie  Sol  Topographie  PRECIPITATIONS
Index. décimale :	551.48 Hydrologie :
Résumé :	This paper reports the results of a preliminary investigation into the existence of representative elementary area (REA) in the content of hydrologic modeling at the catchment scale. The investigation was carried out for an actual catchment topography as represented by Cowecta river experimentation basin with synthetic realizations for rainfall and soils. The hydrologic response of this catchment was modeled by a modified version of top model, which is capable of modeling both infiltration excess and saturation excess runoff and incorporating the spatial variability of soils topography, and rainfull...
Note de contenu :	This paper reports the results of a preliminary investigation into the existence of representative elementary area (REA) in the content of hydrologic modeling at the catchment scale. The investigation was carried out for an actual catchment topography as represented by Cowecta river experimentation basin with synthetic realizations for rainfall and soils. The hydrologic response of this catchment was modeled by a modified version of top model, which is capable of modeling both infiltration excess and saturation excess runoff and incorporating the spatial variability of soils topography, and rainfull...