Impact of radiation variations on temporal upscaling of instantaneous Solar-Induced Chlorophyll Fluorescence

Keyphrases

• Solar-induced Chlorophyll Fluorescence 100%
• Temporal Upscaling 100%
• Correction Factor 87%
• Photosynthetically Active Radiation 37%
• Solar Zenith Angle 25%
• Surface Slope 25%
• Atmospheric Extinction Coefficient 25%
• Overpass Time 25%
• Light Intensity 12%
• Topographic Effects 12%
• Satellite Data 12%
• Correction Strategy 12%
• Amazon 12%
• Cosine 12%
• Acquisition Time 12%
• Day Length 12%
• California USA 12%
• Satellite-based 12%
• Monthly Means 12%
• Tilted Surface 12%
• Flat Surface 12%
• Intercepted Photosynthetically Active Radiation 12%
• Complex Terrain 12%
• Spatiotemporal Scales 12%
• Novel Proxy 12%
• Vegetation Productivity 12%
• Fine Spatial Resolution 12%
• Direct Light 12%
• Space Instrument 12%
• San Gabriel Mountains 12%
• Diffuse Radiation 12%
• Diffuse Photosynthetically Active Radiation 12%
• Cloud Filtering 12%
• Extinction Effect 12%
• Daily Averages 12%
• Satellite Instrument 12%
• Radiation Data 12%
• Atmospheric Impacts 12%
• Average Strategy 12%
• Clear-sky Bias 12%

Earth and Planetary Sciences

• Upscaling 100%
• Chlorophyll 100%
• Photosynthetically Active Radiation 62%
• Atmospherics 37%
• Zenith Angle 25%
• Vegetation 12%
• United States of America 12%
• Satellite Sensor 12%
• Satellite Data 12%
• California 12%
• Spatial Resolution 12%
• Amazon 12%
• Reflectance 12%
• Flat Surface 12%
• Complex Terrain 12%
• Topographic Effect 12%
• Satellite Instrument 12%
• Diffuse Radiation 12%