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  • A spatiotemporal analysis of groundwater level changes in relation to urban growth and groundwater recharge potential for Waukesha County, Wisconsin
  • , and precipitation utilizing correlation analysis, geographically weighted regression, land use change analysis, and map overlay. Their findings show that : the extent of urban areas expanded faster in regions with high recharge potential than in those with low
  • or moderate recharge potential; the correlation of urban growth with groundwater level is highly variable over time and space; and changes in groundwater level are strongly related to the spatial distribution of groundwater withdrawal. The study pinpointed
  • the need to consider the spatial unevenness of groundwater withdrawal in understanding the changes in groundwater level and groundwater recharge potential for better management of groundwater resources.
  • 2012
  • Alaska ; Amérique du Nord ; Analyse spatiale ; Arctique ; Bassin-versant ; Canada ; Changement climatique ; Cours d'eau ; Débit ; Echelle ; Hydrologie fluviale ; Modèle ; Northwest Territories
  • Alaska ; Arctic Region ; Canada ; Climatic change ; Discharge ; Fluvial hydrology ; Model ; North America ; Northwest Territories ; Scale ; Spatial analysis ; Stream ; Watershed
  • , understanding spatial variability of its controls may provide insights into patterns of hydrologic change. Here, GWR models are applied to determine a suitable combination of independent variables selected from a set of 8 variables. A model specification
  • 2012
  • Analyse spatiale ; Années 1958-2008 ; Changement climatique ; Cours d'eau ; Eau ; Eau de fonte ; Ecoulement fluvial ; Etats-Unis ; Idaho ; Modèle ; Oregon ; Précipitation ; Ressource en eau ; Réchauffement climatique ; Variation saisonnière
  • Climatic change ; Climatic warming ; Idaho ; Meltwater ; Model ; Oregon ; Precipitation ; Seasonal variation ; Spatial analysis ; Stream ; Stream flow ; United States of America ; Washington State ; Water ; Water resources
  • CHANG, H.[b1 b2]
  • 2012