Climate change due to precipitation is one of the important dominant variables that
determine the trend of soil loss in future period. In the present study the MIROC5 model of …

Sediment loss is an indispensable geological phenomenon that determines the reduction of
mass in time interval with the differential influence of controlling factors. In this study, the …

Urban expansion substantially alters the impervious areas in a catchment, which in turn
affects surface runoff and sediment yield in the downstream areas. In this study, the Land …

Flash floods, among the most destructive natural hazards, are commonly studied as to their
catastrophic power in terms of fatalities, infrastructure damages and economic losses. A …

Mathematical modeling aids in understanding large-scale erosion and sedimentation.
However, sediment transport models calibration is constrained by data scarcity. This study …

Specific guidelines are needed to overcome dichotomous classifications of lands into
degraded or not for leveraging the Land Degradation Neutrality (LDN) concept. Overlooking …

The Revised Universal Soil Loss Equation (RUSLE) was used to predict the potential soil
erosion; it simply multiplies rainfall erosivity and land cover management factors; it does not …

Given the absence of soil loss indicators within the Land Degradation Neutrality (LDN)
framework, this study integrates land cover suitability, soil erosion and sediment transport as …

For physically based spatially distributed models which rely on a grid based representation
of the spatial variability in a river basin, choice of an appropriate grid-size without …

Sediment transport and stream discharge are two of the natural procedures which affect the
hydromorphological profile of a watercourse. Measurements of water discharge, bed load …