¹³⁷Cs-based analysis of soil redistribution in the Integrated Watershed Management intervention area in northern Ethiopia

Keyphrases

• Cesium-137 (137Cs) 100%
• Management Interventions 100%
• Northern Ethiopia 100%
• Integrated Watershed Management 100%
• Intervention Areas 100%
• Soil Redistribution 100%
• Exclosure 37%
• Rangeland 37%
• Soil Movement 25%
• Cropland 25%
• Land Rehabilitation 25%
• Soil Organic Carbon Stock 25%
• Soil Deposition 25%
• Slope Position 25%
• Soil Samples 12%
• Deposition Process 12%
• Process-based 12%
• Sampling Site 12%
• Strong Correlation 12%
• Soil Depth 12%
• Soil Materials 12%
• Forest Land 12%
• Soil Disturbance 12%
• Rehabilitation Process 12%
• Suitable Method 12%
• Soil Organic Carbon 12%
• Vegetation Cover 12%
• Ethiopian 12%
• Soil Loss 12%
• 137Cs Activity 12%
• Slope Soil 12%
• Soil Organic Carbon Dynamics 12%
• Land Use Systems 12%
• Bare Land 12%
• Agricultural Land Use 12%
• Tropical Environment 12%
• Soil Erosion Processes 12%
• Soil Organic Carbon Accumulation 12%
• Degraded Sites 12%
• Composite Soil 12%
• Backslope 12%
• 137Cs Tracing 12%
• 137Cs Inventory 12%
• Anthropogenic Soils 12%
• Soil Tillage 12%
• Depositional Areas 12%
• Disturbance History 12%

Earth and Planetary Sciences

• Soil Organic Carbon 100%
• Ethiopia 100%
• Watershed Management 100%
• Farmland 75%
• Rangeland 75%
• Land Rehabilitation 50%
• Carbon Sink 50%
• Soil Depth 25%
• Reference Sample 25%
• Vegetation Cover 25%
• Soil Organic Carbon Dynamics 25%
• Soil Tillage 25%
• Tropical Environment 25%
• Cesium 134 25%
• Land Use 25%
• Erosion 25%

Agricultural and Biological Sciences

• Soil Organic Carbon 100%
• Watershed Management 100%
• Exclosure 75%
• Rangeland 75%
• Carbon Sink 50%
• Cropland 50%
• Soil Movement 50%
• Watersheds 25%
• Soil Depth 25%
• Arable Land 25%
• Vegetation Cover 25%
• Soil Erosion 25%
• Soil Organic Carbon Dynamics 25%
• Eroded Soils 25%
• Soil Tillage 25%
• Land Use 25%