Gully erosion has important on and off site effects. Therefore, several studies have been
conducted over the past decades to quantify gully headcut retreat (GHR) in different …

Gully erosion is a major soil degradation problem in many parts of the world. Assessment of
this process and its contributing factors are becoming increasingly important, especially in …

Gully erosion is a disruptive phenomenon which extensively affects the Iranian territory,
especially in the Northern provinces. A number of studies have been recently undertaken to …

Gully headcuts are due to erosion generated by concentrated overland flow, non-uniform
infiltration, the presence of impermeable sub-surface soil layers, and a hydraulic gradient. It …

Losses of large volumes of soil through gully formation lead to serious environmental,
societal, and economic problems for human societies. This study establishes a framework …

Gully erosion is a major driver of elevated sediment yields across many areas of the globe,
and considerable rehabilitation has occurred to reduce the amount of sediment eroded from …

Despite the importance of delineating spatial modelling of gully headcuts (GHs) in erosion-
prone environments, assessments of the factors that control the occurrence of headcuts is …

Gully erosion is an essential source of soil loss in the world, severely causing land
degradation and threatening food security. It is essential to explore the gully morphological …

Gully erosion normally causes land degradation, especially on the Chinese Loess Plateau
(CLP). However, research on gully spatial variations at larger regional scales, particularly …

Gully erosion is one of the most intense landscape degradation mechanisms in areas with
varying environmental characteristics. Both natural and anthropogenic factors affect the …