A new parameterization of canopy spectral response to incident solar radiation: Case study with hyperspectral data from pine dominant forest

Keyphrases

• Hyperspectral 100%
• Spectral Response 100%
• Canopy Transmittance 100%
• Incident Solar Radiation 100%
• Canopy Interception 100%
• Canopy Spectral 100%
• Leaf Area Index 66%
• System of Equations 66%
• Single Scattering Albedo 66%
• Vegetation Canopy 66%
• Finland 33%
• Physical Properties 33%
• Optical Properties 33%
• Near-infrared 33%
• Visible-infrared 33%
• Near-infrared Spectrum 33%
• Information Content 33%
• Canopy Reflectance 33%
• Incident Radiation 33%
• Simple System 33%
• Energy Conservation Law 33%
• Small Sets 33%
• Canopy Leaf Area 33%
• Blue-green 33%
• Ground Cover 33%
• Spectral Interval 33%
• Absorptance 33%
• Soil Reflectance 33%
• Solar Spectrum 33%
• Index Vegetation 33%
• Canopy Scale 33%

INIS

• pines 100%
• data 100%
• forests 100%
• incidents 100%
• canopies 100%
• solar radiation 100%
• spectral response 100%
• vegetation 30%
• interception 30%
• equations 20%
• radiations 20%
• scattering 20%
• albedo 20%
• finland 10%
• information 10%
• physical properties 10%
• optical properties 10%
• wavelengths 10%
• spectra 10%
• soils 10%
• energy conservation 10%
• ground cover 10%

Earth and Planetary Sciences

• Transmittance 100%
• Solar Radiation 100%
• Leaf Area 66%
• Reflectance 66%
• Albedo 66%
• Canopy (Vegetation) 66%
• Vegetation Index 33%
• Incident Radiation 33%
• Absorptance 33%
• Finland 33%
• Optical Property 33%
• Ground Cover 33%