Ithaca / Madison / Livermore / Calgary / Richland / Boulder / /
Company
Los Alamos National Laboratory / Faroe Bank Channel / CN / Pacific Northwest National Laboratory / Lawrence Livermore National Laboratory / Lawrence Berkeley National Laboratory / Garrett / CCSM4 exDynamics Laboratory / NCAR Earth System Laboratory / /
Country
Greenland / Netherlands / Russia / Canada / United States / / /
Lawrence Livermore National Laboratory / University of Calgary / Los Alamos National Laboratory / Max Planck Institute / Cornell University / University of Toronto / University of California / University of Wisconsin / /
IndustryTerm
surface energy budget / climate applications / ocean physical solution / satellite-derived observations / informative timing utilities / reanalysis product / greenhouse gas concentrations / chemical species / chemical elements / energy / chemical reactions / state-of-thescience tool / internal energy / Satellite observations / computing / structural software limitation / active and new chemical / /
NaturalFeature
Denmark Strait / Weddell Sea / Arctic Archipelago / Bank Channel / Ross Sea / Arctic sea / /
Organization
University of Toronto / Toronto / National Science Foundation / National Center for Atmospheric Research / Max Planck Institute for Meteorology / University of California / Berkeley / Department of Physics / AMERICAN METEOROLOGICAL SOCIETY / Cornell University / University of Calgary / European Centre for Medium-Range Weather Forecasts / University of Wisconsin / /
Person
J. Kiehl / M. Vertenstein / S. Marshall By / James W. Hurrell / D. Bader / W. D. Collins / J. J. Hack / /
Position
model for community analysis / CORRESPONDING AUTHOR / representative / Marshall / /
ProgrammingLanguage
R / K / L / /
ProvinceOrState
Alberta / Wisconsin / New York / Washington / Tennessee / New Mexico / California / Colorado / Ontario / /
PublishedMedium
the Journal of Climate / Journal of Climate / Atmospheric Research / /
RadioStation
WCRP / /
Technology
radiation / plug and play / thermodynamics / condensation / simulation / /
Fig_CAM4CAM5_global_cloud_optical_depth_distributions