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A tropospheric ozone maximum over the Middle East
Q. Li
, D. J. Jacob
, J. A. Logan
, I. Bey
, R. M. Yantosca
, H. Liu
, R. V. Martin
, A. M. Fiore
, B. D. Field
, B. N. Duncan
, V. Thouret
Department of Energy, Environmental & Chemical Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
117
Scopus citations
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Keyphrases
Middle East
100%
Tropospheric Ozone
100%
Ozone Maximum
100%
Pollution
50%
Lightning
50%
Upper Troposphere
50%
Middle Troposphere
50%
Complex Interplay
25%
Chemical Factors
25%
Net Production
25%
3D Model
25%
Eastern Asia
25%
Model Features
25%
Anthropogenic Influence
25%
Mixing Ratio
25%
Mid-latitude
25%
Commercial Aircraft
25%
Summertime
25%
GEOS-Chem
25%
Natural Influences
25%
Indian Monsoon
25%
Tropospheric Chemistry
25%
Tropospheric O3
25%
Sensitivity Simulation
25%
Large-scale Subsidence
25%
Subtropical Jet
25%
Dynamical Factors
25%
Anticyclonic Circulation
25%
Earth and Planetary Sciences
Middle East
100%
Tropospheric Ozone
100%
Lightning
50%
Troposphere
50%
Emissions
25%
Stratosphere
25%
Eastern Asia
25%
Temperate Region
25%
Subsidence
25%
Mixing Ratio
25%
Commercial Aircraft
25%