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Changes of the tropical tropopause layer under global warming
Pu Lin
, David Paynter
, Yi Ming
,
V. Ramaswamy
Research output
:
Contribution to journal
›
Article
›
peer-review
51
Scopus citations
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Keyphrases
Atmospheric General Circulation Model
14%
Carbon Dioxide
42%
Carbon Effect
14%
Circulation Change
14%
Convection
14%
Direct Radiative Effect
14%
Dynamic Process
14%
Global Warming
100%
Heat Budget Analysis
28%
Lower Stratosphere
14%
Model Difference
14%
Model Discovery
14%
Radiative Effect
28%
Radiative Processes
14%
Stratospheric Circulation
14%
Surface Temperature
14%
Surface Warming
57%
Temperature Variation
14%
Tropical Tropopause
14%
Tropical Tropopause Layer
100%
Tropopause
14%
Troposphere
14%
Upward Shift
14%
Engineering
Convective
100%
Dynamic Process
100%
Global Warming
100%
Illustrates
100%
Temperature Change
100%
Physics
Atmospherics
11%
Carbon Dioxide
33%
Global Warming
100%
Heat Budget
22%
Stratosphere
11%
Tropopause
100%
Troposphere
11%
Earth and Planetary Sciences
Atmospheric General Circulation Models
11%
Carbon Dioxide
33%
Global Warming
100%
Heat Budget
22%
Stratosphere
11%
Tropopause
100%
Troposphere
11%
Material Science
Carbon Dioxide
100%