Eastward propagating planetary waves with periods of 1-5 days in the winter Antarctic stratosphere as revealed by MERRA and lidar

Keyphrases

• Retrospective Analysis 100%
• Planetary Waves 100%
• LiDAR 100%
• Modern History 100%
• Wave number 75%
• Temperature Perturbation 75%
• Heat Flux 50%
• Jet Structure 50%
• Wave Influence 50%
• Double Jets 50%
• High Latitude 25%
• Low Latitude 25%
• Antarctica 25%
• Wave Characteristics 25%
• Application Data 25%
• Migrating Diurnal Tide 25%
• Flux Divergence 25%
• Eliassen-Palm Flux 25%
• Momentum Flux 25%
• Evanescent Wave 25%
• Divergence Analysis 25%
• Baroclinic Instability 25%
• Austral Winter 25%
• Barotropic 25%
• Wave Source 25%
• Meridional Gradient 25%
• Background Temperature 25%
• Instability Analysis 25%
• Polar Night Jet 25%
• Polar Stratosphere 25%
• Transport Direction 25%
• Negative Refractive Index 25%
• Lidar Temperature 25%
• McMurdo 25%
• Complementary Source 25%

Earth and Planetary Sciences

• Stratosphere 100%
• Optical Radar 100%
• Heat Flux 66%
• Refractivity 33%
• Tropics 33%
• Antarctic Region 33%
• Baroclinic Instability 33%
• Evanescent Wave 33%