Titre de série :	U.S. Geological Survey Water Supply paper, 2193
Titre :	Streamflow characteristics related to channel geometry of streams in Western United States
Type de document :	texte imprimé
Auteurs :	Hedman, E. K. ; Osterkamp, W. R.
Mention d'édition :	U. S. Geological Survey
Editeur :	U. S. Geological Survey
Année de publication :	1982
ISBN/ISSN/EAN :	CI-05106
Note générale :	Assessment of surface mining and reclamation activities generally requires extensive hydrologic data. Adequate streamflow data from instrumented gaging stations only are avaible, and estimates of surface water discharge based on rainfall-runoff models, drainage area, and basin characteristics sometimes have proven unreliable. Channel-geometry meassurements after an alternative method of quicky and inexpensively estimating streamflow characteristics for ungaged streams. The method uses the impirial develoment of equations to yield a discharge value from channel geometry and channel material data. The equations are developed by collecting data at numerous streams flow-gaging sites and statistically relating those data to selected discharge characteristics.
Langues :	Anglais (eng)
Mots-clés :	Eau de surface  Hydrologie  Ruissellement  Mesure et observation  Méthodologie  Modèle mathématique
Index. décimale :	551.48 Hydrologie :
Résumé :	Assessment of surface mining and reclamation activities generally requires extensive hydrologic data. Adequate streamflow data from instrumented gaging stations only are avaible, and estimates of surface water discharge based on rainfall-runoff models, drainage area, and basin characteristics sometimes have proven unreliable. Channel-geometry meassurements after an alternative method of quicky and inexpensively estimating streamflow characteristics for ungaged streams. The method uses the impirial develoment of equations to yield a discharge value from channel geometry and channel material data. The equations are developed by collecting data at numerous streams flow-gaging sites and statistically relating those data to selected discharge characteristics.
Note de contenu :	Assessment of surface mining and reclamation activities generally requires extensive hydrologic data. Adequate streamflow data from instrumented gaging stations only are avaible, and estimates of surface water discharge based on rainfall-runoff models, drainage area, and basin characteristics sometimes have proven unreliable. Channel-geometry meassurements after an alternative method of quicky and inexpensively estimating streamflow characteristics for ungaged streams. The method uses the impirial develoment of equations to yield a discharge value from channel geometry and channel material data. The equations are developed by collecting data at numerous streams flow-gaging sites and statistically relating those data to selected discharge characteristics.

U.S. Geological Survey Water Supply paper, 2193. Streamflow characteristics related to channel geometry of streams in Western United States [texte imprimé] / Hedman, E. K. ; Osterkamp, W. R.  . -  U. S. Geological Survey . - U. S. Geological Survey, 1982.
ISSN : CI-05106
Assessment of surface mining and reclamation activities generally requires extensive hydrologic data. Adequate streamflow data from instrumented gaging stations only are avaible, and estimates of surface water discharge based on rainfall-runoff models, drainage area, and basin characteristics sometimes have proven unreliable. Channel-geometry meassurements after an alternative method of quicky and inexpensively estimating streamflow characteristics for ungaged streams. The method uses the impirial develoment of equations to yield a discharge value from channel geometry and channel material data. The equations are developed by collecting data at numerous streams flow-gaging sites and statistically relating those data to selected discharge characteristics.
Langues : Anglais (eng)

Mots-clés :	Eau de surface  Hydrologie  Ruissellement  Mesure et observation  Méthodologie  Modèle mathématique
Index. décimale :	551.48 Hydrologie :
Résumé :	Assessment of surface mining and reclamation activities generally requires extensive hydrologic data. Adequate streamflow data from instrumented gaging stations only are avaible, and estimates of surface water discharge based on rainfall-runoff models, drainage area, and basin characteristics sometimes have proven unreliable. Channel-geometry meassurements after an alternative method of quicky and inexpensively estimating streamflow characteristics for ungaged streams. The method uses the impirial develoment of equations to yield a discharge value from channel geometry and channel material data. The equations are developed by collecting data at numerous streams flow-gaging sites and statistically relating those data to selected discharge characteristics.
Note de contenu :	Assessment of surface mining and reclamation activities generally requires extensive hydrologic data. Adequate streamflow data from instrumented gaging stations only are avaible, and estimates of surface water discharge based on rainfall-runoff models, drainage area, and basin characteristics sometimes have proven unreliable. Channel-geometry meassurements after an alternative method of quicky and inexpensively estimating streamflow characteristics for ungaged streams. The method uses the impirial develoment of equations to yield a discharge value from channel geometry and channel material data. The equations are developed by collecting data at numerous streams flow-gaging sites and statistically relating those data to selected discharge characteristics.