An estimate of the impact of transient luminous events on the atmospheric temperature

Keyphrases

• Atmospheric Temperature 100%
• Transient Luminous Events 100%
• Temperature Variation 33%
• Ozone Change 33%
• Order of Magnitude 16%
• Statistical Significance 16%
• Peak Temperature 16%
• Linear Relationship 16%
• Temperature Effect 16%
• Mid-latitude 16%
• Middle Atmosphere 16%
• General Circulation Models 16%
• Mesosphere 16%
• First-order 16%
• Northern Hemisphere 16%
• Thunderstorm 16%
• Sprites 16%
• Winter Conditions 16%
• Model Response 16%
• Stratopause 16%
• Magnitude Estimate 16%
• Order Estimation 16%
• Mesoscale Models 16%
• Nonlinear Process 16%
• Local Temperature Gradient 16%
• Typical Condition 16%
• Planetary Wave Activity 16%
• Idealized Experiment 16%
• Latitudinal Dependence 16%
• Stratosphere-troposphere Coupling 16%
• Horizontal Mixing 16%
• Local Linearity 16%

Earth and Planetary Sciences

• Stratosphere 100%
• Air Temperature 100%
• Troposphere 50%
• Middle Atmosphere 50%
• General Circulation Model 50%
• Mesosphere 50%
• Northern Hemisphere 50%
• Thunderstorm 50%
• Stratopause 50%

Physics

• Transients 100%
• Air Temperature 100%
• Stratosphere 33%
• Troposphere 16%
• Planetary Wave 16%
• Middle Atmosphere 16%
• Temperature Gradients 16%
• Mesosphere 16%
• Stratopause 16%