Simulating vegetation controls on hurricane-induced shallow landslides with a distributed ecohydrological model

Agriculture & Biology

• landslides 100%
• hurricanes 86%
• cohesion 68%
• vegetation 46%
• canopy height 27%
• belowground biomass 26%
• spatial distribution 17%
• subsurface flow 17%
• soil pore system 16%
• prediction 14%
• Appalachian region 13%
• remote sensing 12%
• runoff 12%
• aboveground biomass 10%
• soil 10%
• tensile strength 9%
• soil water 8%
• mountains 8%
• canopy 8%
• methodology 2%

Earth & Environmental Sciences

• hurricane 61%
• cohesion 56%
• landslide 53%
• vegetation 38%
• belowground biomass 23%
• canopy 22%
• slope stability 18%
• hazard 12%
• spatial distribution 12%
• subsurface flow 10%
• aboveground biomass 9%
• tensile strength 9%
• prediction 9%
• pore pressure 8%
• vertical distribution 8%
• soil 7%
• soil moisture 7%
• forecasting 7%
• catchment 6%
• forecast 6%
• runoff 6%
• mountain 5%
• remote sensing 5%
• laboratory 4%
• modeling 3%
• method 1%