Potential of texture measurements of two-date dual polarization PALSAR data for the improvement of forest biomass estimation

Keyphrases

• Texture Identification 100%
• Dual Polarization 100%
• PALSAR Data 100%
• Forest Biomass Estimation 100%
• Adjusted R2 60%
• SAR Data 60%
• L-band 60%
• Biomass Estimation 60%
• Polarization Ratio 40%
• Measurement Parameters 40%
• Texture Parameters 40%
• Phased Array Type L-band Synthetic Aperture Radar (PALSAR) 40%
• Texture Processing 40%
• Raw Data Processing 40%
• Terrain Effect 40%
• Processing Techniques 20%
• Incidence Angle 20%
• Image Noise 20%
• Noise Effects 20%
• Long Wavelength 20%
• Processing Stages 20%
• Dry Season 20%
• Model Accuracy 20%
• High Spatial Resolution 20%
• Four-step 20%
• Image Processing 20%
• Single Polarization 20%
• Structural Effect 20%
• Processing Image 20%
• Speckle Noise 20%
• Leave-one-out 20%
• Wet Season 20%
• ISPRS 20%
• SAR Image 20%
• Ground Data 20%
• Saturation Level 20%
• Non-native Species 20%
• SAR Imagery 20%
• L-band SAR 20%
• Random Speckle 20%
• SAR Sensor 20%
• HH Polarization 20%
• JERS-1 20%
• Validation Accuracy 20%
• Spaceborne SAR 20%
• Saturation Point 20%
• Non-native Plantation 20%
• HV Polarization 20%

Earth and Planetary Sciences

• PALSAR 100%
• Synthetic Aperture Radar 100%
• Data Transmission 33%
• High Spatial Resolution 16%
• JERS 16%
• Dry Season 16%
• Wet Season 16%
• Native Species 16%
• Speckle 16%
• Image Processing 16%
• Regional Geography 16%

Engineering

• Synthetic Aperture Radar 100%
• L-Band 66%
• Raw Data 33%
• Processing Technique 16%
• Processing Step 16%
• Processed Image 16%
• Image Processing 16%
• Spatial Resolution 16%
• Image Noise 16%
• Speckle 16%
• Incidence Angle 16%
• Dry Season 16%