Global fire size distribution is driven by human impact and climate

Keyphrases

• Human Impact 100%
• Global Fire 100%
• Fire Size Distribution 100%
• Power Law 60%
• Fire Size 60%
• Population Density 40%
• Self-organized Criticality 40%
• In Fire 40%
• Criticality Theory 40%
• Global Mapping 40%
• Climate Change 20%
• Change Dynamics 20%
• Evapotranspiration 20%
• Human Activities 20%
• Human Factors 20%
• Spatial Distribution 20%
• Area Data 20%
• Potential Change 20%
• Climatic Factors 20%
• Climatic Variables 20%
• Fire Behavior 20%
• Anthropogenic Variables 20%
• Grid Resolution 20%
• Fire Management Policy 20%
• Generalized Additive Model 20%
• Socioeconomic Dynamics 20%
• Cropland Cover 20%
• Satellite Products 20%
• Fire Model 20%
• Net Income 20%
• Aridity 20%
• Spatial Trends 20%
• Distribution Change 20%
• Vegetation Dynamics 20%
• Vegetation Productivity 20%
• Power-law Distribution 20%
• Fire Management 20%
• MODIS Burned Area 20%
• Impact on Vegetation 20%
• Fire Impact 20%
• Power-law Exponent 20%

Earth and Planetary Sciences

• Anthropogenic Effect 100%
• Power Law 100%
• Population Density 50%
• Ergonomics 25%
• Climate Change 25%
• Vegetation 25%
• Evapotranspiration 25%
• Spatial Distribution 25%
• Spatial Variation 25%
• Climatic Factor 25%
• Farmland 25%
• Vegetation Dynamics 25%
• MODIS 25%
• Fire Management 25%
• Aridity 25%
• Power Law Distribution 25%

Agricultural and Biological Sciences

• Population Density 100%
• Ergonomics 50%
• Climate Change 50%
• Evapotranspiration 50%
• Climatic Factor 50%
• Cropland 50%