Estimating tree-root biomass in different depths using ground-penetrating radar: Evidence from a controlled experiment

Keyphrases

• 3D Architecture 16%
• Area Index 16%
• Attenuation Correction 16%
• Attenuation Effect 50%
• Biomass Estimation 16%
• Controlled Experiment 100%
• Correction Analysis 16%
• Ground Penetrating Radar 100%
• Ground Penetrating Radar Systems 33%
• In Situ 16%
• Individual Root 16%
• Long-term Research 16%
• Measurement Frequency 16%
• Metallic Reflector 16%
• Non-destructive Method 16%
• Radar Data 16%
• Radar Parameters 16%
• Radar Wave 16%
• Repeated Assessment 16%
• Root Biomass 100%
• Root Length 16%
• Soil Conditions 16%
• Soil Water Content 16%
• System Frequency 16%
• Tree Roots 100%
• Velocity Analysis 16%
• Velocity Change 16%
• Wave Attenuation 16%

Engineering

• Field Condition 50%
• Ground Penetrating Radar Systems 100%
• Measurement Frequency 50%
• Radar Data 50%
• Soil Condition 50%
• Soil Water Content 50%
• Subsurface 50%
• System Frequency 50%

Earth and Planetary Sciences

• Frequency Measurement 14%
• Ground Penetrating Radar 100%
• Radar Data 14%
• Soil Condition 14%
• Soil Water Content 14%
• Wave Attenuation 14%