Impact of tropical cyclone initialization on its convection development and intensity: A case study of Typhoon megi (2010)

Keyphrases

• Convection 100%
• Tropical Cyclones 100%
• Typhoon Megi 100%
• Rapid Intensification 83%
• Convective Burst 50%
• Wind Structure 33%
• Surface Wind 33%
• Dropsondes 33%
• Initialization Method 33%
• Moisture Supply 33%
• Tropical Cyclone Structure 33%
• Axisymmetric Surfaces 33%
• Weather Research 16%
• Forecasting Model 16%
• Weather Forecasting 16%
• Synthetic Data 16%
• Local Ensemble Transform Kalman Filter (LETKF) 16%
• Vortex Structure 16%
• Environmental Observations 16%
• Asymmetric Structure 16%
• Inner-core Structure 16%
• Tropical Cyclone Environment 16%
• Burst Distributions 16%
• Asymmetry Information 16%
• Warm Core 16%
• Tropical Cyclone Intensity Estimation 16%

Earth and Planetary Sciences

• Cyclones 100%
• Surface Wind 16%
• Dropsondes 16%
• Core Structure 8%
• Inner Core 8%
• Kalman Filter 8%