Gully erosion is the most severe type of water erosion and is a major land degradation
process. Gully erosion susceptibility mapping (GESM)'s efficiency and interpretability …

Gully maps are important prerequisites for the study of gully erosion and land degradation.
Many digital elevation model (DEM)-based methods have been proposed to enable …

Gullies pose a great threat to the sustainable development of agricultural production and the
ecological environment. Accurate mapping of gully affected areas plays an important role in …

Agricultural terraces are important for agricultural production and soil-and-water
conservation. They comprise treads and risers that require manual construction and …

The gully erosion process poses a threat to the ecological environment, land management,
and agronomic productivity. Although current studies on gully feature mapping conducted at …

Gully erosion can reach alarming dimensions, and in several cases contributes significantly
to soil loss and sediment yield in catchments. The studied example is one of the largest …

Gullies characterized by frequent material exchange have profoundly affected the loess
landforms evolution in the Loess Plateau of China. Accompanying gully development …

As a type of terrain break, the gully shoulder line is of great significance to locate the scope
of surface failure and soil erosion. Based on the knowledge of the terrain structure of loess …

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

Ephemeral gullies, which are widely developed worldwide and threaten farmlands, have
aroused a growing concern. Identifying and mapping gullies are generally considered …