Boulder / New York / Ulsan / Cambridge / HWANG ET / /
Continent
Africa / Asia / Europe / South America / /
Country
United States / Brazil / United Kingdom / South Korea / India / / /
Event
Environmental Issue / Natural Disaster / /
Facility
Ulsan National Institute of Science / University of Washington / /
IndustryTerm
implied cross-equator energy transport / energy transports / poleward energy / online release / atmospheric energy budget / cross-equatorial energy transports / online version / implied cross-equator energy transport change / software infrastructure / energy poleward / reanalysis product / use different algorithm / energy / cross-equatorial atmospheric energy transport / cross-equatorial energy transport / /
NaturalFeature
Southern Ocean / Great Lakes / Northern Hemisphere sea / Indian Ocean / /
Organization
School of Urban and Environmental Engineering / Climate Research Unit / U.S. Department of Energy / Ulsan National Institute of Science and Technology / National Science Foundation / Cambridge Univ. / National Oceanic and Atmospheric Administration / Global Organization for Earth System Science Portals Support / Department of Atmospheric Sciences / American Geophysical Union / Global Precipitation Climatology Centre / University of Washington / Seattle / Research Fund / /
Person
Compo / S. Delgado Arias / Ting Hwang / R. J. Andres / J. Van Aardenne / J. Clim / A. Volke / Mitchell / Z. Klimont / /
Position
driver / Editor / prime driver / T. D. / Corresponding author / model / G. P. / /
ProvinceOrState
Washington / Colorado / New Hampshire / /
PublishedMedium
Environmental Research / GEOPHYSICAL RESEARCH LETTERS / /
Region
northeast Brazil / Indian Ocean / North Atlantic / South Asia / Southeast Asia / /
GEOPHYSICAL RESEARCH LETTERS, VOL. 40, 1–6, doi:[removed]grl.50502, 2013 Anthropogenic sulfate aerosol and the southward shift of tropical precipitation in the late 20th century Yen-Ting Hwang,1 Dargan M. W. Frierson,1