University of Alabama / Cooperative Institute / North Carolina State University / /
IndustryTerm
radiosonde/ satellite inter-comparison / disparate measurement systems / satellite data / radiosonde products / candidate products / satellite-borne microwave sounding instruments / operational solution / uncertainty products / measurement systems / radiosonde product / radiosonde network / satellite time series / earlier satellite/radiosonde comparison study / satellite era / satellite records / radiosonde/satellite intercomparisons / satellite data sets / satellite-borne microwave / sampled satellite / satellite-based measurements / tropical satellite / /
NaturalFeature
TMT channel / Pacific Ocean / /
Organization
American Geophysical Union / UAH MSU / Cooperative Institute for Climate and Satellites / Center for Satellite Applications and Research / Hadley Centre / University of Alabama / Huntsville / National Climatic Data Center / National Oceanic and Atmospheric Administration / Microwave Sounding Unit / STAR MSU / Satellite Technology and Research Division / North Carolina State University / /
Person
Norris / Carl A. Mears / Randall / Christy / Spencer / Herman / /
Position
error model / representative / Corresponding author / /
ProvinceOrState
Alabama / Montana / North Carolina / California / /
Assessing the value of Microwave Sounding Unit–radiosonde comparisons in ascertaining errors in climate data records of tropospheric temperatures