Slow-moving landslides are common in the Three Gorges reservoir (TGR) region. It may
evolve into massive landslide hazards due to reservoir level fluctuation and rainfall. The …

As a consequence of seasonal variations in groundwater level and reservoir water level,
natural rocks generally experience the cyclic wetting-drying process, in which the change in …

Due to the complex and non-linear characteristics of landslide evolution, the deformation
law of landslides is always hard to be predicted. Considering the dynamical evolution …

Landslide displacement prediction has garnered significant recognition as a pivotal
component in realizing successful early warnings and implementing effective control …

An updated comprehension of landslide kinematics is a prerequisite for developing effective
risk assessment and emergency management in the context of climate variability and …

Accurate prediction of reservoir landslide displacements is crucial for early warning and
hazard prevention. Current machine learning (ML) paradigms for predicting landslide …

Characterized by abrupt and creep displacements, prediction and pre-warning of step-like
landslides pose significant challenges. To address this issue, we proposed a novel …

Since the impoundment of the Three Gorges Reservoir (TGR), China, the TGR region has
developed numerous landslides, most of which exhibited episodic movement behavior. As a …

Rainfall and reservoir water level are commonly regarded as the two major influencing
factors for reservoir landslides and are employed for landslide displacement prediction, yet …

Hydrodynamic pressure caused by a decline in reservoir water-level is one of the dominant
factors inducing the deformation of reservoir landslides in mountainous areas, which can …