College Station / HOMEYER ET / Junction / Aberystwyth / Boulder / /
Company
O3 and CO / Hess / Ansell / Atmospheric Research Earth Observing Laboratory / /
Country
United States / Canada / United Kingdom / /
Event
Natural Disaster / /
Facility
Texas A&M University / Princeton University / NCAR Research Aviation Facility / NEXRAD station / /
IndustryTerm
upper-level frontal systems / chemical impacts / in situ trace gas / infrared satellite brightness temperature / trace gas concentrations / long-lived trace gas measurements / satellite water vapor images / gas measurements / trace gas instruments / trace gas distributions / /
NaturalFeature
Gulf of Mexico / /
Organization
Department of Atmospheric Sciences / American Geophysical Union / Hydrometeorological Prediction Center / Department of Civil and Environmental Engineering / National Science Foundation / United Nations / World Meteorological Organization / National Center for Atmospheric Research / National Oceanic and Atmospheric Administration / Princeton University / Texas A&M University / National Weather Service / National Weather Service Hydrometeorological Prediction Center / /
Person
Cameron R. Homeyer / /
Position
representative / forward / /
Product
Convective injection / Gulfstream V / /
ProvinceOrState
Texas / New Jersey / Nebraska / New Mexico / Utah / Hawaii / Iowa / Colorado / Arkansas / /
PublishedMedium
Atmospheric Research / JOURNAL OF GEOPHYSICAL RESEARCH / /
Region
southeastern Colorado / western Colorado / Gulf of Mexico / southern Arkansas / northern New Mexico / southern Colorado / eastern Utah / Central Texas / /
JOURNAL OF GEOPHYSICAL RESEARCH, VOL. 116, D23304, doi:2011JD016724, 2011 Convective injection into stratospheric intrusions Cameron R. Homeyer,1 Kenneth P. Bowman,1 Laura L. Pan,2 Mark A. Zondlo,3 and James F.