Global soil degradation due to road erosion is an escalating concern. This study employed
bibliometric analysis using the Science Citation Index‐Expanded dataset to gain insights …

Soil erosion causes agricultural land degradation. As one of the indispensable components
of the agricultural system, unpaved roads are significant sediment sources, but road erosion …

Unpaved roads play an important role in soil loss in small watersheds. In order to assess the
impact of these unpaved roads in the Loess Plateau of China, runoff and sediment yields …

The loess region of China is one of the most heavily eroded areas in the world. Soil
detachment capacity by rill flow (D c) is a key parameter for quantifying intensity of rill …

Soil detachment capacity (D c) is an important parameter used to determine erosion intensity
in physical-process-based erosion models. Freeze-thaw affects soil detachment processes …

The relationship between soil detachment capacity (Dc) by rill flow and hydraulic parameters
(eg, flow velocity, shear stress, unit stream power, stream power, and unit energy) at low flow …

This research aims to investigate the degree of rill erosion and its relationship with the
factors effective on rill volume on unpaved forest roads in Bartın Province in Turkey. For this …

Road-related soil erosion is an important source of sediment that should be properly
evaluated. Terrestrial laser scanning (TLS) can quickly acquire field soil erosion information …

Near-surface features have a great influence on runoff and detachment processes by
overland flow, but the contributions are still unclear on steep slopes with yellow soil in …

Soil detachment capacity (Dc) is a key parameter in many soil erosion models and is
typically estimated using hydraulic parameters. However, the accuracy of predicting Dc and …