Migration by soaring or flapping: Numerical atmospheric simulations reveal that turbulence kinetic energy dictates bee-eater flight mode

Keyphrases

• Soaring 100%
• Flap 100%
• Flight Mode 100%
• Bee-eaters 100%
• Atmospheric Simulation 100%
• Turbulence Kinetic Energy 100%
• Migratory Birds 50%
• Bird Flight 50%
• Gliding 50%
• Regional Atmospheric Modelling System 50%
• Tailwind Assistance 50%
• Migratory Flyways 50%
• Migrants 25%
• Southern Israel 25%
• Meteorological Conditions 25%
• Highly Dynamic 25%
• Dynamic Behavior 25%
• Atmospheric Dynamics 25%
• Bird Migration 25%
• Aerial 25%
• Radiotelemetry 25%
• European Bee-eater 25%
• Merops Apiaster 25%
• System Simulation 25%
• Meteorological Processes 25%
• Convective Updrafts 25%
• Flight Behavior 25%
• Grid Resolution 25%
• Bird Tracks 25%
• Track Condition 25%
• Spatial Grid 25%
• Meteorological Variables 25%

Earth and Planetary Sciences

• Atmospherics 100%
• Kinetic Energy 100%
• Atmospheric Model 50%
• Israel 25%
• Atmospheric Dynamics 25%
• Updraft 25%
• Flight Behavior 25%
• Systems Simulation 25%
• Radio Telemetry 25%

Agricultural and Biological Sciences

• Flight 100%
• Flyway 33%
• Face 16%
• Europeans 16%
• Airborne Microorganism 16%
• Merops 16%
• Radio Telemetry 16%