Revisiting classic water erosion models in drylands: The strong impact of biological soil crusts

Agriculture & Biology

• soil erosion models 100%
• biological soil crusts 79%
• water erosion 77%
• arid lands 55%
• soil 26%
• soil erosion 16%
• erodibility 15%
• exopolysaccharides 10%
• chlorophyll 10%
• Revised Universal Soil Loss Equation 8%
• land use planning 7%
• monuments 6%
• desertification 6%
• soil texture 5%
• topography 4%
• arid zones 4%
• soil properties 4%
• soil organic matter 4%
• climate 3%
• rain 3%
• degradation 2%

Earth & Environmental Sciences

• soil crust 69%
• water erosion 61%
• soil stability 42%
• soil 22%
• soil erosion 20%
• chlorophyll a 19%
• erodibility 17%
• erosion 10%
• Revised Universal Soil Loss Equation 10%
• erosivity 9%
• desertification 8%
• monument 8%
• soil texture 7%
• arid region 7%
• management practice 6%
• soil property 6%
• topography 5%
• organic matter 4%
• land use 4%
• degradation 4%
• rainfall 4%
• indicator 4%
• climate 3%
• loss 3%
• effect 3%
• parameter 2%

Medicine & Life Sciences

• Soil 56%
• Water 34%
• chlorophyll a' 13%
• Environmental Biomarkers 3%
• Conservation of Natural Resources 3%
• Practice Management 3%
• Structural Models 3%
• Climate 2%
• Acceleration 2%