Titre de série :	Operational Hydrology, 8
Titre :	Hydrological network design and information transfer
Type de document :	texte imprimé
Mention d'édition :	WMO
Editeur :	WMO
Année de publication :	1974
ISBN/ISSN/EAN :	CI-03266
Note générale :	Contents : Objectives and approaches in hydrological network planning and design/ Data time intervals in hydrology/ Decision theory and its application to network design/ Determination of expected information losses due to sampling of hydrological records in time/space using Bayesian Decision/ Regression analysis and parameter identification/ Regional mapping and climatic influence in data transfer methods/ Integrated networks and the influence of error in precipitation and evaporation data on streamflow prediction/ Comments on design of evaporation network/ Problems of water quality monitoring.
Langues :	Anglais (eng) Langues originales : Espagnol (spa)
Mots-clés :	Réseau hydrographique  Hydrologie  Evaporation  Qualité de l'eau  PRECIPITATIONS  Météorologie  Climatologie  Influence climatique
Index. décimale :	551.48 Hydrologie :
Résumé :	Contents : Objectives and approaches in hydrological network planning and design/ Data time intervals in hydrology/ Decision theory and its application to network design/ Determination of expected information losses due to sampling of hydrological records in time/space using Bayesian Decision/ Regression analysis and parameter identification/ Regional mapping and climatic influence in data transfer methods/ Integrated networks and the influence of error in precipitation and evaporation data on streamflow prediction/ Comments on design of evaporation network/ Problems of water quality monitoring.
Note de contenu :	Contents : Objectives and approaches in hydrological network planning and design/ Data time intervals in hydrology/ Decision theory and its application to network design/ Determination of expected information losses due to sampling of hydrological records in time/space using Bayesian Decision/ Regression analysis and parameter identification/ Regional mapping and climatic influence in data transfer methods/ Integrated networks and the influence of error in precipitation and evaporation data on streamflow prediction/ Comments on design of evaporation network/ Problems of water quality monitoring.

Operational Hydrology, 8. Hydrological network design and information transfer [texte imprimé]  . -  WMO . - WMO, 1974.
ISSN : CI-03266
Contents : Objectives and approaches in hydrological network planning and design/ Data time intervals in hydrology/ Decision theory and its application to network design/ Determination of expected information losses due to sampling of hydrological records in time/space using Bayesian Decision/ Regression analysis and parameter identification/ Regional mapping and climatic influence in data transfer methods/ Integrated networks and the influence of error in precipitation and evaporation data on streamflow prediction/ Comments on design of evaporation network/ Problems of water quality monitoring.
Langues : Anglais (eng) Langues originales : Espagnol (spa)

Mots-clés :	Réseau hydrographique  Hydrologie  Evaporation  Qualité de l'eau  PRECIPITATIONS  Météorologie  Climatologie  Influence climatique
Index. décimale :	551.48 Hydrologie :
Résumé :	Contents : Objectives and approaches in hydrological network planning and design/ Data time intervals in hydrology/ Decision theory and its application to network design/ Determination of expected information losses due to sampling of hydrological records in time/space using Bayesian Decision/ Regression analysis and parameter identification/ Regional mapping and climatic influence in data transfer methods/ Integrated networks and the influence of error in precipitation and evaporation data on streamflow prediction/ Comments on design of evaporation network/ Problems of water quality monitoring.
Note de contenu :	Contents : Objectives and approaches in hydrological network planning and design/ Data time intervals in hydrology/ Decision theory and its application to network design/ Determination of expected information losses due to sampling of hydrological records in time/space using Bayesian Decision/ Regression analysis and parameter identification/ Regional mapping and climatic influence in data transfer methods/ Integrated networks and the influence of error in precipitation and evaporation data on streamflow prediction/ Comments on design of evaporation network/ Problems of water quality monitoring.