Process-Based Evaluation of Stochastic Perturbed Microphysics Parameterization Tendencies on Ensemble Forecasts of Heavy Rainfall Events

Keyphrases

• Extreme Rainfall Events 100%
• Ensemble Forecast 100%
• Precipitation Forecast 100%
• Low Precipitation 100%
• Process Assessment 100%
• Microphysics Parameterization 100%
• High Precipitation 100%
• Microphysics 66%
• Model Errors 66%
• Water Vapor 66%
• Taiwan 33%
• Water Temperature 33%
• Weather Research 33%
• Forecasting Model 33%
• Weather Forecasting 33%
• Forecast Skill 33%
• Heavy Rainfall 33%
• Ensemble Rainfall Forecasts 33%
• Physical Processes 33%
• Condensation 33%
• Accumulated Rainfall 33%
• Positive Buoyancy 33%
• Temperature Tendency 33%
• Stochastic Model 33%
• Latent Heat Release 33%
• Grid Scale 33%
• Precipitation Use Efficiency 33%
• Ensemble Model 33%
• Water Loss 33%
• Microphysics Parameterization Schemes 33%
• Supersaturation 33%
• Yield Variability 33%
• Northeastern United States 33%
• Subgrid-scale Processes 33%

Earth and Planetary Sciences

• Taiwan 100%
• Water Temperature 100%
• United States 100%
• Supersaturation 100%
• Physical Process 100%