Simulation of a progressive derecho using composite initial conditions

Keyphrases

• Squall Line 100%
• Idealized Simulations 30%
• Long-lived 20%
• Vorticity 20%
• Cold Pools 20%
• Updraft 20%
• Warm Season 20%
• Bow Echo 20%
• Two Dimensional 10%
• State Universities 10%
• Pennsylvania 10%
• Three-dimensional (3D) 10%
• Atmospheric Research 10%
• National Center 10%
• Synoptic Scale 10%
• Mesoscale Models 10%
• Upper Level 10%
• Scale Model 10%
• Gust Front 10%
• Fifth Generation 10%
• Vertical Velocity 10%
• Mesoscale Convective Systems 10%
• Composite Analysis 10%
• Convective Updrafts 10%
• Homogeneous Environment 10%
• Sound Data 10%
• Windstorm 10%
• Large-scale Environment 10%
• Wind Shear 10%
• Large-scale Features 10%
• Thermodynamic Potential 10%
• Resolved Simulation 10%
• Time-related 10%
• Convective Systems 10%
• Near-surface Wind 10%

Earth and Planetary Sciences

• Squall Line 100%
• Updraft 30%
• Cold Pool 20%
• Convective System 20%
• Boundary Condition 10%
• Atmospherics 10%
• Pennsylvania 10%
• Advection 10%
• Near-Surface Geology 10%
• Leading Edge 10%
• Wind Shear 10%
• Scale Model 10%
• Surface Wind 10%