fKey Laboratory of Meteorological Disaster / Cooperative Institute / The University of Texas / College of Earth / Oregon State University / Nanjing University of Information Science / Peking University / University of Colorado / University of Wisconsin-Madison / /
IndustryTerm
reagents/analytic tools / anthropogenic greenhouse gas emissions / ice-core gas measurements / gas measurements / /
Center for Climatic Research and Department Atmospheric / University of Texas at Austin / National Science Foundation / dClimate and Global Dynamics Division / Oregon State University / National Center for Atmospheric Research / Department of Energy / Peking University / Beijing / Nanjing University / University of Colorado / Boulder / Center for Climatic Research / NSFC41130105 / College of Earth / Ocean and Atmospheric Sciences / Ministry of Education / Oceanic Sciences / and Cooperative Institute for Research / Department of Atmospheric and Oceanic Science / University of Wisconsin / /
Person
Jiang Zhua / Peter U. Clarke / Bette L. Otto-Bliesnerd / Mark Wehrenberga / Jiaxu Zhanga / Jun Chengf / Anders E. Carlsonc / Robert E. Dickinson / Shu Wua / Bruce P. Brieglebd / David Nooneg / Esther C. Bradyd / /
Position
model Greenland temperature / /
ProvinceOrState
Texas / Wisconsin / Oregon / New York / Colorado / /
PublishedMedium
Atmospheric Research / /
Region
Northern Greenland / North Atlantic / western North Atlantic / northern North Atlantic / /
Younger Dryas cooling and the Greenland climate response to CO2 Zhengyu Liua,b,1, Anders E. Carlsonc, Feng Hea, Esther C. Bradyd, Bette L. Otto-Bliesnerd, Bruce P. Brieglebd, Mark Wehrenberga, Peter U. Clarke, Shu Wua, J