Observing system simulation of snow microwave emissions over data sparse regions part I: Single layer physics

Keyphrases

• AMSR-E 42%
• Ancillary Data 14%
• Atmospheric Forcing 14%
• Brightness Temperature 14%
• Colorado 14%
• Coupled Models 14%
• Data Assimilation 28%
• Data-scarce Regions 100%
• Dry Snow 14%
• Emissivity 14%
• Error Statistics 42%
• Fall Season 14%
• Fractional Snow Cover 14%
• Ground-based Observations 14%
• H-polarization 14%
• Horizontal Polarization 28%
• Hydrologic Modeling 28%
• Land Processes 14%
• Land Surface Hydrology 14%
• Liquid Water Content 14%
• Mass Balance 14%
• Microwave Emission 100%
• Microwave Emission Model 14%
• Microwave Emission Model of Layered Snowpacks (MEMLS) 28%
• Model Calibration 14%
• Multiyear Simulation 14%
• Observing System 100%
• Physical Attributes 14%
• Physical Properties 14%
• Physically-based 14%
• Polarization Error 14%
• Radio 14%
• Radiometric Properties 28%
• Remote Areas 28%
• Satellite Observations 14%
• Scanning Multichannel Microwave Radiometer 28%
• Simulation Mode 14%
• Snow 100%
• Snow Conditions 14%
• Snow Density 14%
• Snow Depth 14%
• Snow Physics 14%
• Snow pit 28%
• Snow Season 28%
• Snow Water Equivalent 42%
• Snow Wetness 14%
• Snowpack 100%
• Special Sensor Microwave Imager 28%
• Surface Emissivity 14%
• Surface Reflectance 14%
• System Simulation 100%
• Three-frequency 14%
• Vertical Polarization 28%
• Weather Forecast 14%
• Winter Season 14%

Earth and Planetary Sciences

• AMSR-E 28%
• Atmospheric Forcing 14%
• Colorado 14%
• Data Assimilation 28%
• Emissions 100%
• Emissivity 28%
• Field Experiment 14%
• Hydrology Models 28%
• Land Surface 14%
• Moisture Content 14%
• Radiometer 42%
• Reflectance 14%
• Remote Region 28%
• Russia 14%
• Snow Cover 14%
• Snow Water Equivalent 42%
• Snowpack 100%
• SSM-I 28%
• Surface Water Hydrology 14%
• Systems Simulation 100%
• Weather Forecast 14%