University of Washington / A. Hall / ATG Bldg. / /
IndustryTerm
poleward atmospheric energy transport / poleward energy transport / poleward energy transports / energy transports / moist static energy gradients / implied oceanic energy transport / energy balance / energy transport / increased energy transport / energy balance model / increased greenhouse gas forcing / energy transport attribution methods / dry static energy / ocean energy transport increase / decreased horizontal energy input / energy‐balance climate models / energy budgets / surface energy imbalance / atmospheric poleward energy transport / atmospheric dry static energy transport / base‐state poleward energy transport / atmospheric energy transport / moist static energy flux / dry static energy transport response / moist static energy / oceanic energy transport / ocean energy transport / energy / extent energy transport / /
NaturalFeature
Arctic sea / Arctic ocean / /
Organization
Department of Atmospheric Sciences / American Geophysical Union / Climate and Global Dynamics Division / U.S. Department of Energy / National Science Foundation / Cambridge Univ. / National Center for Atmospheric Research / University of Washington / Seattle / office of Science / /
Person
References Alexeev / V / Brian Rose / Ting Hwang / Cecilia Bitz / /
Position
Editor / /
ProvinceOrState
Colorado / Washington / /
PublishedMedium
GEOPHYSICAL RESEARCH LETTERS / Journal of Climate / Atmospheric Research / /
GEOPHYSICAL RESEARCH LETTERS, VOL. 38, L17704, doi:[removed]2011GL048546, 2011 Coupling between Arctic feedbacks and changes in poleward energy transport Yen‐Ting Hwang,1 Dargan M. W. Frierson,1 and Jennifer E. Kay2 Re