Quantifying burn severity in a heterogeneous landscape with a relative version of the delta Normalized Burn Ratio (dNBR)

Keyphrases

• Absolute Change 50%
• Across Spaces 16%
• Band Index 16%
• Biomass Loss 16%
• Burn Severity 100%
• California USA 16%
• Carbon Release 16%
• Categorical Classification 16%
• Change Detection 16%
• Change Detection Algorithms 16%
• Classification Accuracy 16%
• Disturbance Event 16%
• Ecological Impact 16%
• Fire Effects 16%
• Fire Image 33%
• Fire Perimeter 16%
• Forest Canopy 33%
• Heterogeneous Landscape 100%
• High-severity Fire 16%
• Historic Fire 16%
• Image Difference 16%
• Landscape Level 16%
• Level Analysis 16%
• Misclassification 33%
• Mountain Range 16%
• Multiple Fires 16%
• Normalized Burn Ratio 100%
• Prefire 50%
• Ratio Data 33%
• Ratio-based 16%
• Relative Index 16%
• Sierra Nevada Mountains 16%
• Single Band 16%
• Small Changes 16%
• Smoke Production 16%
• Sparse Tree 16%
• Stand-replacing Fire 50%
• Temporal Change Detection 16%
• Total Carbon 16%
• Universal Sets 16%
• Vegetation Index 16%
• Vegetation Type 16%
• Wildland Fire 16%

Earth and Planetary Sciences

• California 50%
• Change Detection 100%
• Ecological Impact 50%
• Mountain Range 50%
• Nevada 50%
• Smoke 50%
• United States of America 50%
• Vegetation Index 50%
• Vegetation Type 50%

Agricultural and Biological Sciences

• Vegetation Index 100%
• Vegetation Type 100%