Soil piping is a widespread, although often overlooked land degradation process. So far,
subsurface soil erosion studies have been focused on the importance of soil piping in …

Gullies exhibit rapid short-term changes, with lithology serving as a primary predisposing
factor influencing their gradual evolution. However, the relationship between lithology and …

The study and mapping of evidences of soil piping using non-destructive techniques is a key
issue in quantitative geomorphology. This paper attempts to combine Aerial mapping …

The automated recognition of landforms holds significant importance within the framework of
digital geomorphological mapping, serving as a pivotal focal point for research and practical …

Gullies characterized by frequent material exchanges and dramatic morphological changes
sculpt fragmented surface landscapes and generate severe soil erosion, yet research on …

Soil erosion is a geomorphic process that can cause hazards and socioeconomic losses.
These processes occur through subsurface and overland flows. We conducted a literature …

In the granitic red soil hills region of South China, gully headcut erosion is considered one of
the main processes in the development of gullies. However, the dynamics of run‐off …

Ski tourism's popularity is driving a rise in the number of ski resorts. This study aims to
present the impact of ski infrastructure on soil erosion processes in the example from a small …

Gully erosion presents an environmental challenge in many arid landscapes, exerting
profound effects on land stability, agricultural viability, and ecological equilibrium. Despite its …

Terrestrial laser scanning (TLS) and structure‐from‐motion (SfM) photogrammetry are
prevalent erosion monitoring techniques. However, their relative performance for field …