Physically based estimation of maximum precipitation over American River Watershed, California

Keyphrases

• Physically-based 100%
• River Watershed 100%
• American River 100%
• Maximum Precipitation 100%
• Atmospheric Conditions 42%
• Modeling Approach 28%
• Humidity 28%
• Historical Period 28%
• Reanalysis Datasets 28%
• Storm Events 28%
• Atmospheric Research 28%
• Precipitation Estimation 28%
• Spatial Interpolation 28%
• Re-analysis Data 28%
• Demonstratives 28%
• Atmospheric Moisture 28%
• Rain Gauge Observations 28%
• Probable Maximum Precipitation 28%
• National Center 28%
• Simulated Precipitation 14%
• Precipitation Fields 14%
• National Centers for Environmental Prediction 14%
• Highly Heterogeneous 14%
• Equilibrium Condition 14%
• Linear Relationship 14%
• High Precipitation 14%
• Mountainous Terrain 14%
• Wind Conditions 14%
• Hydroclimate 14%
• Moisture Flux 14%
• Outer Boundary 14%
• General Circulation Models 14%
• Flood Events 14%
• Precipitation Method 14%
• Atmospheric Modeling 14%
• Rain Gauge Stations 14%
• Precipitation Depth 14%
• Climate Projections 14%
• Precipitation Conditions 14%
• Potential Alternatives 14%
• Climate System 14%
• Non-stationarity 14%
• Atmospheric Model 14%
• Model Domain 14%
• Heavy Precipitation 14%
• Precipitation Distribution 14%
• Regional Atmospheric Model 14%
• Moisture Condition 14%
• Numerical Atmospheric Model 14%
• Maximization Methods 14%
• Major Storms 14%
• Relative Equilibria 14%
• Model Capabilities 14%
• Model Climate 14%
• Synoptic Scale 14%
• Historical Storms 14%

Earth and Planetary Sciences

• Atmospheric Model 100%
• Boundary Condition 100%
• Atmospherics 75%
• Rain Gage 75%
• Interpolation 50%
• Atmospheric Moisture 50%
• Relative Humidity 50%
• Humidity 50%
• General Circulation Model 25%
• Moisture Flux 25%
• Nonstationarity 25%