Estimation of leaf area index and its sunlit portion from DSCOVR EPIC data: Theoretical basis

Keyphrases

• Observatory 100%
• Space Climate 100%
• Canopy Measurement 100%
• Canopy Structure 100%
• Bidirectional Reflectance 100%
• Earth Polychromatic Imaging Camera 100%
• Leaf Area Index 100%
• Deep Space 100%
• Camera Data 100%
• Finland 50%
• Three-dimensional (3D) 50%
• Spectral Bands 50%
• Spatial Resolution 50%
• Scaling Properties 50%
• Below Canopy 50%
• Radiation Field 50%
• Leaf Optics 50%
• Leaf Area 50%
• Boreal Zone 50%
• Moderate Resolution Imaging Spectroradiometer (MODIS) 50%
• Radiative Transfer Equation 50%
• Diurnal Course 50%
• Biome Type 50%
• Upper Canopy 50%
• Stochastic Radiative Transfer 50%
• Shaded Leaf 50%
• Canopy Leaves 50%
• Direct Verification 50%
• Hot Spot Phenomenon 50%
• Reflected Radiation 50%
• Radiative Effect 50%
• Spectral-spatial Feature 50%
• FPAR 50%
• Hyperspectral 50%
• Recent Advances 50%
• Canopy Spectral Invariants 50%
• EO-1 Hyperion 50%
• HyPer Sensor 50%
• Accurate Discrimination 50%
• Sun Leaves 50%

INIS

• climates 100%
• tables 100%
• space 100%
• cameras 100%
• canopies 100%
• theoretical data 100%
• algorithms 50%
• data 33%
• equations 33%
• finland 16%
• images 16%
• stochastic processes 16%
• adjustments 16%
• sensors 16%
• forests 16%
• validation 16%
• radiations 16%
• scaling 16%
• zones 16%
• spatial resolution 16%
• radiative transfer 16%
• hot spots 16%
• optics 16%
• decoupling 16%
• nasa 16%

Earth and Planetary Sciences

• Observatory 100%
• Leaf Area 100%
• Deep Space 100%
• Bidirectional Reflectance 66%
• Spatial Resolution 33%
• Biome 33%
• Decoupling 33%
• Radiation Distribution 33%
• Reflected Wave 33%
• MODIS 33%
• Finland 33%
• Radiative Transfer 33%
• Hyperspectral Image 33%
• Spectral Band 33%