This study explores the complex interplay between vegetation and soil stability on slopes to
enhance soil-bioengineering and slope stabilization techniques. We assess the multifaceted …

Large-scale land consolidation projects (LCPs) have been carried out on the Loess Plateau
to increase the area of agriculture land. The newly created land is prone to soil erosion …

This study aimed to develop a physical-based approach for predicting the spatial likelihood
of shallow landslides at the regional scale in a transition zone with extreme topography …

During the rainy season, many slopes are eroded by precipitation on the China Loess
Plateau (CLP). Hence, Guar gum (GG) is used to stabilize the topsoil of loess slopes to …

Physically-based landslide susceptibility analysis has been extensively employed to predict
the likelihood of landslides owing to its remarkable predictive capability. However, due to an …

The mechanical strength and fertility retention capacity of vegetation concrete (VC) are
insufficient when prepared using sandy soil. Biochar (BC) has been used to improve the …

The quantification of soil strength parameters is a crucial prerequisite for constructing
physical models related to hydro‐geophysical processes. However, due to ignoring soil …

Shallow slope failures due to erosion are common occurrences along roadways. The use of
deep-rooted vegetative covers is a potential solution to stabilize newly constructed slopes or …

Vegetation slope protection has been widely utilized as an eco-friendly approach for slope
stability. Up to now, research on the slope protection effect of shrubs and herbaceous …

Influenced by autochthonous geological conditions and external environmental changes,
the evolution of landslides is mostly nonlinear. This article proposes a combined neural …