Palisades / Monterey / Washington / D. C. / Beijing / Miami / Durham / /
Company
climatological SA / Kendall / State Key Laboratory / Klein S. A. / SH and CO / Taschetto A. S. / /
Continent
Africa / Asia / South America / /
Country
Germany / South Africa / United States / Australia / China / / /
Event
Environmental Issue / Natural Disaster / /
Facility
Doherty Earth Observatory / Georgia Institute of Technology / State Key Laboratory of Numerical Modeling / Meteorological Laboratory / Old Chem Bldg. / Columbia University / Duke University / Earth Institute / University of Chinese Academy / Institute of Atmospheric Physics / /
IndustryTerm
online version / software infrastructure / greenhouse gas concentrations / near-surface maritime anticyclonic systems / maritime anticyclonic systems / /
Columbia University / Chinese Academy of Sciences / Institute of Atmospheric Physics / U.S. Department of Energy / National Science Foundation / Nicholas School of the Environment / National Oceanic and Atmospheric Administration / Naval Postgraduate School / Duke University / Durham / American Geophysical Union / National Park Service / Georgia Institute of Technology / Atlanta / European Centre for Medium-Range Weather Forecasts / Oceanographic and Meteorological Laboratory / Global Organization for Earth System Science Portals / Earth Institute / /
Person
Guoxiong Wu / Ming Cai / Nat / Gudrun Magnusdottir / /
Position
Editor / Corresponding author / /
ProvinceOrState
New York / Florida / North Carolina / California / Georgia / /
PublishedMedium
GEOPHYSICAL RESEARCH LETTERS / Climate Dynamics / /
Region
Indian Ocean / North Atlantic / southern Australia / western South America / southeastern United States / eastern South America / /
GEOPHYSICAL RESEARCH LETTERS, VOL. 40, 5959–5964, doi:[removed]2013GL058124, 2013 Intensification of the Southern Hemisphere summertime subtropical anticyclones in a warming climate Wenhong Li,1 Laifang Li,1 Mingfang