Effects of land use on structure and hydraulic properties of Vertisols containing a sodic horizon in northern Ethiopia

Keyphrases

• Northern Ethiopia 100%
• Vertisols 100%
• Structure-property Relationships 100%
• Hydraulic Properties 100%
• Savannah Woodland 100%
• Land Use Effects 100%
• Cultivated Soil 100%
• Sodic 100%
• Topsoil 100%
• Savannah 66%
• Pre-wetting 66%
• Exchangeable Sodium Percentage 66%
• Woodland Soil 66%
• Steady State 33%
• Humera 33%
• Sesame 33%
• Leaching 33%
• Land Use 33%
• Sorghum 33%
• High Swelling 33%
• Ethiopia 33%
• Chemical Properties 33%
• Soil Samples 33%
• Agricultural Land 33%
• Semi-arid 33%
• Soil Depth 33%
• Soil Structure 33%
• Disturbed Soils 33%
• Land Use Change 33%
• Deionized Water 33%
• Tillage Operations 33%
• Acacia Seyal 33%
• Savannah Vegetation 33%
• Cultivated Crops 33%
• Balanites Aegyptiaca 33%
• Swelling Force 33%
• Aggregate Stability 33%
• Sahel Region 33%
• Particle Cohesion 33%
• Saturated Hydraulic Conductivity 33%

Earth and Planetary Sciences

• Land Use 100%
• Ethiopia 100%
• Vertisol 100%
• Hydraulic Property 100%
• Topsoil 100%
• Subsoil 100%
• Woodland Soil 66%
• Farmland 33%
• Field Scale 33%
• Vegetation 33%
• Hydraulic Conductivity 33%
• Soil Depth 33%
• Soil Structure 33%
• Slaking 33%
• Aggregate Stability 33%

Agricultural and Biological Sciences

• Vertisol 100%
• Savanna 100%
• Land Use 100%
• Topsoil 50%
• Subsoil 50%
• Exchangeable Sodium 33%
• Woodland Soils 33%
• Arable Land 16%
• Sorghum 16%
• Soil Depth 16%
• Soil Structure 16%
• Aggregate Stability 16%
• Balanites 16%
• Disturbed Soils 16%
• Acacia Seyal 16%
• Saturated Hydraulic Conductivity 16%