State University of New York / University of Washington / University of Chicago / /
IndustryTerm
greenhouse gas warming / greenhouse gas forcing / poleward energy / shows numerical solutions / negative moist static energy anomaly / dry static energy components / energy balance model / dry static energy / mean energy budget / atmospheric poleward energy transport / energy budget / atmospheric energy transport / weakened poleward energy transport / near-surface moist static energy / energy / /
Organization
Department of Atmospheric Sciences / American Geophysical Union / Division of Geological and Planetary Sciences / Department of Earth / Atmospheric and Planetary Sciences / National Science Foundation / MIT / Cambridge Univ. / University of Chicago / Chicago / National Center for Atmospheric Research / Department of the Geophysical Sciences / Department of Atmospheric and Environmental Sciences / University of Washington / Seattle / State University of New York / Albany / New York / NSF Division of Earth Sciences Continental Dynamics Programs / /
Person
References Alexeev / V / ROSE ET AL / G. C. Johnson / /
Position
Editor / /
Product
CAM4 / /
ProvinceOrState
Illinois / New York / California / Massachusetts / Washington / /
PublishedMedium
Geophysical Research Letters / Atmospheric Research / /
Geophysical Research Letters RESEARCH LETTER[removed]2013GL058955 Key Points: • Climate response depends strongly on spatial pattern of ocean