The impact of the land surface physics in the operational NCEP eta model on simulating the diurnal cycle: Evaluation and testing using oklahoma mesonet data

Keyphrases

• Diurnal Cycle 100%
• Land Surface 100%
• Planetary Boundary Layer 100%
• Life Cycle Assessment 100%
• ETAS Model 100%
• Oklahoma Mesonet 100%
• Surface Physics 100%
• Operational Model 66%
• Surface Fluxes 66%
• Oklahoma 66%
• Positive Bias 66%
• Ground Heat Flux 66%
• Humidity 33%
• Sensitivity Test 33%
• Internal Consistency 33%
• Skin Temperature 33%
• Air Temperature 33%
• Turbulent Fluxes 33%
• Temperature-humidity Index 33%
• National Centers for Environmental Prediction 33%
• Thermal Conductivity 33%
• Sharp Transition 33%
• Model Output 33%
• Entrainment 33%
• Model Comparison 33%
• Mean Bias 33%
• Shortwave 33%
• Dry Air 33%
• Specific Humidity 33%
• Soil Moisture 33%
• Energy Balance 33%
• Model Configuration 33%
• Spatial Gradient 33%
• Bias Field 33%
• Available Energy 33%
• Latent Heat Flux 33%
• Net Radiation 33%
• Skin Surface 33%
• Latent Heat 33%
• 2-m Temperature 33%
• Monthly Means 33%
• Sensible Heat 33%
• Daylight Hours 33%
• Dry Bias 33%
• Initialization Method 33%
• Environmental Modeling 33%
• Model Domain 33%
• Vegetated Areas 33%
• Simulated Skin 33%
• Balance Constraints 33%
• Thermodynamic Profile 33%
• Vegetation Greenness 33%
• Thermal Roughness Length 33%
• Layer Soil 33%

Earth and Planetary Sciences

• Land Surface 100%
• Oklahoma 100%
• Planetary Boundary Layer 75%
• Surface Flux 50%
• Heat Flux 50%
• Thermal Conductivity 50%
• State of the Art 25%
• Sensitivity Analysis 25%
• Near-Surface Geology 25%
• Latent Heat Flux 25%
• Vegetation 25%
• Soil Moisture 25%
• Air Temperature 25%
• Net Radiation 25%
• Energy Balance 25%