Combining ASTER multispectral satellite imagery and different modelling approaches for mapping post-fire erosion changes in a Mediterranean site

Earth and Planetary Sciences

• Soil Erosion 100%
• Model 80%
• Erosion Rate 80%
• Investigation 59%
• Area 59%
• Event 40%
• Land Use 40%
• Vegetation 40%
• Input 40%
• Erosion 40%
• Hazard 40%
• Satellite Imagery 40%
• Country 40%
• Revised Universal Soil Loss Equation 40%
• Difference 20%
• Risk Assessment 20%
• Ecodevelopment 20%
• Environment 20%
• Retarding 20%
• Surface Water 20%
• Spatial Distribution 20%
• Soil Surface 20%
• Landscape 20%
• Variability 20%
• Sediment 20%
• Soil Type 20%
• Estimate 20%
• Network 20%
• Flood 20%
• Average 20%
• Datum 20%
• Water 20%
• Site 20%
• Sedimentation 20%
• Water Erosion 20%
• Pedogenesis 20%
• Slope 20%
• Land 20%
• Natural Resource 20%
• Deterioration 20%
• Parameterization 20%
• Prediction 20%
• Greece 20%
• Requirement 20%
• River 20%
• Soil 20%
• Data Management 20%
• Remote Sensing Technology 20%
• ASTER 20%
• Cartography 20%