Short-term variation of the s = 1 nonmigrating semidiurnal tide during the 2002 stratospheric sudden warming

Keyphrases

• Semidiurnal Tide 100%
• Nonmigrating 100%
• Sudden Stratospheric Warming 100%
• Short-term Variation 100%
• Thermosphere-ionosphere 83%
• Mesosphere 83%
• Electrodynamics 83%
• General Circulation Models 83%
• Southern Hemisphere 50%
• Planetary Waves 33%
• Nonmigrating Tides 33%
• Correlation Analysis 16%
• Equinox 16%
• Energy Loss 16%
• Source Area 16%
• Lower Thermosphere 16%
• Strong Correlation 16%
• Radar System 16%
• South Pole 16%
• Eliassen-Palm Flux 16%
• Meteor Radar 16%
• MLT Region 16%
• Significant Energy 16%
• Latitudinal Structures 16%
• Comparisons with a Control 16%
• Planetary Wave Activity 16%
• Tidal Power Generation 16%
• Tidal Activity 16%
• Short-term Change 16%
• Flux Balance Analysis 16%

Earth and Planetary Sciences

• Semidiurnal Tide 100%
• Sudden Stratospheric Warming 100%
• Thermosphere 83%
• Mesosphere 83%
• Electrodynamics 83%
• General Circulation Model 83%
• Southern Hemisphere 50%
• Stratosphere 16%
• Lower Thermosphere 16%
• Energy Dissipation 16%