University of Washington / University of California / /
IndustryTerm
industrial and domestic applications / energy budgets / widespread media coverage / data processing methods / energy / /
NaturalFeature
Gulf Coast / /
Organization
Scripps Institution of Oceanography / Department of Civil and Environmental Engineering / National Center for Atmospheric Research Land Surface Model / University of Washington / Seattle / National Climatic Data Service / Climate Research Division / University of California / San Diego / /
Person
ANDREW W. WOOD / TIM P. BARNETT / Latif / CHUNMEI ZHU ET AL / DAVID W. PIERCE / DENNIS P. LETTENMAIER / /
Position
model forward / Corresponding author / /
ProvinceOrState
Mississippi / Louisiana / Oregon / California / Colorado / Washington / /
PublishedMedium
The PCM daily / /
Region
central U.S. / western United States / Gulf Coast / central United States / western U.S. / southeastern U.S. / /
Technology
radiation / Environmental Engineering / SYMAP algorithm / simulation / html / gridded using the SYMAP algorithm / /
EVALUATION OF HYDROLOGICALLY RELEVANT PCM CLIMATE VARIABLES AND LARGE-SCALE VARIABILITY OVER THE CONTINENTAL U.S. CHUNMEI ZHU 1 , DAVID W. PIERCE 2 , TIM P. BARNETT 2 , ANDREW W. WOOD 1 and DENNIS P. LETTENMAIER 1 1 Dep