It is still unclear how slope steepness (S) and revegetation affect resistance (f) to overland flow. A series of experiments on runoff hydraulics was conducted on granular surfaces (bare soil and sandpaper) and grassed surfaces, including grass plots (GP), GP with litter (GL), and GP without leaves (GS) under simulated rainfall and inflow (30stems>litter>soil grainGrass plantation greatly increases overland flow resistance and decreases erosion dynamicsPeer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/137376/1/wrcr21994_am.pdfhttps://deepblue.lib.umich.edu/bitstream/2027.42/137376/2/wrcr21994.pd
A field study was conducted to evaluate the effect of slope gradients and grass cover on surface run...
Slope–velocity equilibrium is hypothesized as a state that evolves naturally over time due to the in...
Seasonal changes in grass cover impact the generation of surface runoff due to the effects of grass ...
Evaluation of grass influence on soil erosion process can provide important information in soil and ...
Managing sloping landscapes to control soil erosion processes due to rainfall and runoff is a releva...
Vegetation plays an important role in soil erosion control, but few studies have been performed to q...
It is important to evaluate the impacts of grasses on soil erosion process so as to use them e...
Land consolidation measures affected the underlying surface erosion environment during the early sta...
The purpose of this article is to study the effects of plants cover on overland flow and, therefore,...
The effect of vegetation density on overland flow dynamics has been extensively studied, yet fewer i...
Overland flow, sediments, and nutrients transported in runoff are important processes involved in so...
Knowledge of infiltration patterns and process is very important in understanding and managing slope...
In this paper a recently theoretically deduced flow resistance equation, based on a power-velocity p...
It is generally thought that vegetation has a stabilization effect on a slope; however, very limited...
Near-surface features have a great influence on runoff and detachment processes by overland flow, bu...
A field study was conducted to evaluate the effect of slope gradients and grass cover on surface run...
Slope–velocity equilibrium is hypothesized as a state that evolves naturally over time due to the in...
Seasonal changes in grass cover impact the generation of surface runoff due to the effects of grass ...
Evaluation of grass influence on soil erosion process can provide important information in soil and ...
Managing sloping landscapes to control soil erosion processes due to rainfall and runoff is a releva...
Vegetation plays an important role in soil erosion control, but few studies have been performed to q...
It is important to evaluate the impacts of grasses on soil erosion process so as to use them e...
Land consolidation measures affected the underlying surface erosion environment during the early sta...
The purpose of this article is to study the effects of plants cover on overland flow and, therefore,...
The effect of vegetation density on overland flow dynamics has been extensively studied, yet fewer i...
Overland flow, sediments, and nutrients transported in runoff are important processes involved in so...
Knowledge of infiltration patterns and process is very important in understanding and managing slope...
In this paper a recently theoretically deduced flow resistance equation, based on a power-velocity p...
It is generally thought that vegetation has a stabilization effect on a slope; however, very limited...
Near-surface features have a great influence on runoff and detachment processes by overland flow, bu...
A field study was conducted to evaluate the effect of slope gradients and grass cover on surface run...
Slope–velocity equilibrium is hypothesized as a state that evolves naturally over time due to the in...
Seasonal changes in grass cover impact the generation of surface runoff due to the effects of grass ...