Impacts of spectrally resolved irradiance on photolysis frequency calculations within a forest canopy

Keyphrases

• Forest Canopy 100%
• Irradiance 100%
• Frequency Calculation 100%
• Photolysis Frequency 100%
• Actinic Flux 100%
• Chemical Species 75%
• Wavelength Dependence 50%
• Radiative Transfer 50%
• Flux Profile 50%
• Atmospheric Boundary Layer 50%
• Photosynthetically Active Radiation 50%
• Transfer Approach 50%
• Mixed Deciduous Forest 50%
• Chemical Reaction 25%
• Optical Wavelength 25%
• Concentration Difference 25%
• Photochemical Modeling 25%
• Near-infrared 25%
• Hydroxyl Radical 25%
• Chemical Concentration 25%
• Model Comparison 25%
• Vertical Profile 25%
• Percent Error 25%
• Gas Concentration 25%
• Photolysis 25%
• Biogenic Volatile Organic Compounds 25%
• Photochemistry 25%
• High Spectral Resolution 25%
• Light Spectrum 25%
• Radiation Measurement 25%
• Nitrate Radical 25%

Earth and Planetary Sciences

• Irradiance 100%
• Photolysis 100%
• Forest Canopy 100%
• Radiative Transfer 80%
• Actinic Flux 80%
• Boundary Layer 40%
• Broadband 40%
• Photosynthetically Active Radiation 40%
• Deciduous Forest 40%
• Volatile Organic Compound 20%
• Spectral Resolution 20%
• Vertical Profile 20%
• Hydroxyl Radical 20%
• Radiation Measurement 20%
• Photochemical Reaction 20%
• Optical Property 20%