Titre de série :	Technical documents in hydrology
Titre :	Methodology for distinguishing between man's influence and climatie effectts on the hydrological cycle
Type de document :	texte imprimé
Auteurs :	Refsgaard, J. C. ; Alley, W. M. ; Vuglinsky, Y. S.
Mention d'édition :	U N E S C O
Editeur :	U N E S C O
Année de publication :	1989
ISBN/ISSN/EAN :	CI-04608
Note générale :	The hydrological cycle is influenced both by the climate and by catchement characteristics such as topography, geology, soil, vegetation and water development. A methodology is presented for distinguisting between the effects of man's activity and climate on the hydrological cycle inparticular streamflow and groundwater. The methodology is based on point application of statistical trend testing methods and hydrological models of streamflow of groundwater. The methodology is illustrated by two case studies.
Langues :	Anglais (eng)
Mots-clés :	Méthodologie  Hydrologie  Eau souterraine  Cycle hydrologique  Influence des homme  Influence climatique  Etude de cas
Index. décimale :	551.48 Hydrologie :
Résumé :	The hydrological cycle is influenced both by the climate and by catchement characteristics such as topography, geology, soil, vegetation and water development. A methodology is presented for distinguisting between the effects of man's activity and climate on the hydrological cycle inparticular streamflow and groundwater. The methodology is based on point application of statistical trend testing methods and hydrological models of streamflow of groundwater. The methodology is illustrated by two case studies.
Note de contenu :	The hydrological cycle is influenced both by the climate and by catchement characteristics such as topography, geology, soil, vegetation and water development. A methodology is presented for distinguisting between the effects of man's activity and climate on the hydrological cycle inparticular streamflow and groundwater. The methodology is based on point application of statistical trend testing methods and hydrological models of streamflow of groundwater. The methodology is illustrated by two case studies.

Technical documents in hydrology. Methodology for distinguishing between man's influence and climatie effectts on the hydrological cycle [texte imprimé] / Refsgaard, J. C. ; Alley, W. M. ; Vuglinsky, Y. S.  . -  U N E S C O . - U N E S C O, 1989.
ISSN : CI-04608
The hydrological cycle is influenced both by the climate and by catchement characteristics such as topography, geology, soil, vegetation and water development. A methodology is presented for distinguisting between the effects of man's activity and climate on the hydrological cycle inparticular streamflow and groundwater. The methodology is based on point application of statistical trend testing methods and hydrological models of streamflow of groundwater. The methodology is illustrated by two case studies.
Langues : Anglais (eng)

Mots-clés :	Méthodologie  Hydrologie  Eau souterraine  Cycle hydrologique  Influence des homme  Influence climatique  Etude de cas
Index. décimale :	551.48 Hydrologie :
Résumé :	The hydrological cycle is influenced both by the climate and by catchement characteristics such as topography, geology, soil, vegetation and water development. A methodology is presented for distinguisting between the effects of man's activity and climate on the hydrological cycle inparticular streamflow and groundwater. The methodology is based on point application of statistical trend testing methods and hydrological models of streamflow of groundwater. The methodology is illustrated by two case studies.
Note de contenu :	The hydrological cycle is influenced both by the climate and by catchement characteristics such as topography, geology, soil, vegetation and water development. A methodology is presented for distinguisting between the effects of man's activity and climate on the hydrological cycle inparticular streamflow and groundwater. The methodology is based on point application of statistical trend testing methods and hydrological models of streamflow of groundwater. The methodology is illustrated by two case studies.