Landslides are catastrophic natural hazards that often lead to loss of life, property damage,
and economic disruption. Image-based landslide investigations are crucial for determining …

The stability of loess landslides affects the production and livelihood of the people in its
vicinity. The stability of loess landslides is influenced by various factors, including internal …

The accurate modeling and predicting of landslide deformation is crucial to the prevention of
landslide hazard. This paper presents a pioneering study of modeling and predicting the …

Loess landslides are widely distributed in Northern China and pose a significant threat to
human life, natural resources, and infrastructure in mountainous regions. Accurate …

The Interferometric Synthetic Aperture Radar (InSAR) technique is a well-developed remote
sensing tool which has been widely used in the investigation of landslides. Average …

In the Heifangtai terrace, NW China, flooding irrigation is common for the cropland
production and has increased the groundwater table by 20–30 m over the past five decades …

The quantitative risk assessment of landslides requires the spatial impact probability of their
run-out processes to conduct vulnerability assessments and prioritize mitigation measures …

Successive landslides leave geomorphic imprints on loess tableland edge hillslopes and
dominate the morphologic evolution process. Here, on the basis of long-term landslide …

The input parameters of dynamic numerical models for landslide run-out distance
simulations cannot be measured accurately, which results in significant uncertainties in the …

This paper presents a case study of a large cross-section high-speed railway tunnel overlaid
by a Q 2 soft-plastic loess layer. Due to poor engineering properties of the soft-plastic loess …