As long‐term measurement of erosion is expensive, models are required to predict spatial and temporal variation in erosion accurately for various land uses and to develop suitable practices for soil conservation. Details of the steady‐state, process‐based erosion model GUEST are presented with emphasis on the behaviour and sensitivity of the model to a fundamental erodibility parameter J. The model is developed to interpret temporal fluctuation in sediment concentration from bare soil in single erosion events. It incorporates the simultaneous effects of rainfall and runoff and of deposition on sediment concentration. An example of its application to temporal variation in sediment concentration for varying slopes and soil strengths show reas...
An approximate analytical solution is obtained for a physically based model of soil erosion on a gen...
Mathematical theory for soil erosion and deposition processes on a plane land element was applied to...
This research developed a method for parameterizing a physically-based distributed rainfall-runoff m...
Soil erosion affects agricultural productivity, the natural environment and infrastructure security....
The modeling of soil erosion processes is affected by several factors that reflect the physical-geog...
International audienceWe applied a previously-defined framework [1] for sensitivity analysis to four...
Short-term changes of soil condition are one of the major obstacles to effective dynamic event-based...
Interrill erosion, which is less visible in the landscape than rill and gully erosion, may cause maj...
We introduce the (P, R, p) procedure for analysis of distributed erosion models, evaluating separate...
International audienceWe introduce the (P,R,p) procedure for analysis of distributed erosion models,...
Hairsine and Rose developed a soil erosion model which described the erosion transport of the multip...
The aim of this research was to enable erodibility values for hillslope-scale erosion prediction mod...
Hairsine and Rose (1991) developed a process-based soil erosion model which described the erosion tr...
<p>Soil erosion by water is a major driven force causing land degradation. Laboratory experiments, o...
Sediment concentrations along slope length over partially thawed soil at slope gradient of 10° were ...
An approximate analytical solution is obtained for a physically based model of soil erosion on a gen...
Mathematical theory for soil erosion and deposition processes on a plane land element was applied to...
This research developed a method for parameterizing a physically-based distributed rainfall-runoff m...
Soil erosion affects agricultural productivity, the natural environment and infrastructure security....
The modeling of soil erosion processes is affected by several factors that reflect the physical-geog...
International audienceWe applied a previously-defined framework [1] for sensitivity analysis to four...
Short-term changes of soil condition are one of the major obstacles to effective dynamic event-based...
Interrill erosion, which is less visible in the landscape than rill and gully erosion, may cause maj...
We introduce the (P, R, p) procedure for analysis of distributed erosion models, evaluating separate...
International audienceWe introduce the (P,R,p) procedure for analysis of distributed erosion models,...
Hairsine and Rose developed a soil erosion model which described the erosion transport of the multip...
The aim of this research was to enable erodibility values for hillslope-scale erosion prediction mod...
Hairsine and Rose (1991) developed a process-based soil erosion model which described the erosion tr...
<p>Soil erosion by water is a major driven force causing land degradation. Laboratory experiments, o...
Sediment concentrations along slope length over partially thawed soil at slope gradient of 10° were ...
An approximate analytical solution is obtained for a physically based model of soil erosion on a gen...
Mathematical theory for soil erosion and deposition processes on a plane land element was applied to...
This research developed a method for parameterizing a physically-based distributed rainfall-runoff m...