Testing the potential of multi-spectral remote sensing for retrospectively estimating fire severity in African Savannahs

Keyphrases

• African Savanna 100%
• Band Ratio 20%
• Botswana 20%
• Burned Area 20%
• Carbon-nitrogen 20%
• Chobe National Park 20%
• Earth Observation Satellite 20%
• Experimental Fire 20%
• Fire Duration 60%
• Fire Severity 100%
• Fireline Intensity 40%
• Firing Temperature 20%
• Grass Sward 20%
• Grassland 20%
• High Albedo 20%
• High-severity Fire 20%
• Infrared Spectral 20%
• Landsat ETM+ 20%
• Linear Mixing Model 20%
• Linear Relationship 20%
• Mineral Ash 20%
• Mixing Model 20%
• Mixture Modeling 20%
• Modeling Approach 20%
• Multispectral Remote Sensing 100%
• Potential Relationships 20%
• Quadratic Relation 20%
• Remote Sensing of Fires 20%
• Satellite Imagery 20%
• Savannah 20%
• Savannah Fires 20%
• Semi-arid Woodland 20%
• Severity Index 20%
• Short-wave Infrared 20%
• Shortwave Infrared Band 20%
• Significant Relationship 20%
• Small-scale Variability 20%
• Spatial Resolution 60%
• Spectral Reflectance 80%
• Spectral Region 20%
• Surface Albedo 20%
• Thermocouple 60%
• Tmax 20%
• Total Biomass 40%
• Total Nitrogen 40%
• Visible-infrared 20%
• White Ash 40%
• Wildfire 20%

Earth and Planetary Sciences

• Albedo 50%
• Botswana 25%
• Grassland 100%
• Laboratory Experiment 25%
• Landsat 25%
• National Parks 25%
• Observation Satellite 25%
• Remote Sensing 100%
• Satellite Imagery 25%
• Spatial Resolution 75%
• Spatial Variation 25%
• Spectral Reflectance 100%
• Thermocouple 75%

Agricultural and Biological Sciences

• Fire Severity 100%
• Grassland 100%
• Landsat 16%
• National Parks 16%
• Remote Sensing 100%
• Savanna 33%