Centre National de Recherches Météorologiques / University of California / Bend Bridge / /
IndustryTerm
greenhouse gas emissions scenarios / human and natural systems / hydropower systems / energy fluxes / expert processing / greenhouse gas scenarios / water resource management / /
NaturalFeature
Rocky Mountains / Colorado River / Columbia River / Lake Mead / Pacific coast / Sacramento River / /
Organization
Cambridge University / Bureau of Reclamation / California Climate Change Center / US Department of Energy / Centre National de Recherches Météorologiques / National Oceanic and Atmospheric Administration / office of Science / Division of Climate / Atmospheric Sciences / and Physical Oceanography / American Geophysical Union / Scripps Institution of Oceanography / Editorial Board / University of California / Los Angeles / /
Person
James Prairie / Andrew W. Wood / Edwin P. Maurer / Dennis Lettenmaier / Daniel R. Cayana / Francisco Munoz-Arriola / Tim P. Barnetta / VIC-OBS / Jennifer Johns / Alexander Gershunova / Tapash Dasa / David W. Piercea / Hugo Hidalgo / Mary Tyreea / Alan F. Hamlet / /
Position
editor / T.D. / Author / T.D. / and D.W.P / representative / editor for important comments / VIC model / /
Product
CM2.1 / CM2.1 GCMs SRES A2 / /
ProvinceOrState
Kansas / Nevada / New Mexico / Utah / California / Arizona / Colorado / /
RadioStation
WCRP / /
Region
western United States / Southwest United States / southern California / central Rocky Mountains / Southwestern United States / southern Nevada / southwest US / western North America / northern New Mexico / western Kansas / southwestern North America / western US / Southwest / /
SPECIAL FEATURE Future dryness in the southwest US and the hydrology of the early 21st century drought Daniel R. Cayana,b,1, Tapash Dasa, David W. Piercea, Tim P. Barnetta, Mary Tyreea, and Alexander Gershunova a