Over the last few decades, several landslide susceptibility and hazard map** (LSHM)
techniques have been developed. Maps for the same region have also been generated by …

Rock slope stability assessment is a vital component of geotechnical engineering, with
significant implications for sustainability and environmental management. This review …

This paper presents recommended methodologies for the quantitative analysis of landslide
hazard, vulnerability and risk at different spatial scales (site-specific, local, regional and …

The 1991 Randa rockslide in the Swiss Alps involved several complex mechanisms relating
to geological, mechanical and hydrological processes for which no clear trigger can be …

The combined finite-discrete element method (FDEM) is an advanced finite element and
discrete element coupling method, which is commendably suitable for simulating the slope's …

Since the early work of Heim (1932) and Terzaghi (1950), landslide researchers have
striven to better understand and predict catastrophic slope failure. Despite considerable …

We analyse the statistical pattern of seismicity before a 1–2 103 m3 chalk cliff collapse on
the Normandie ocean shore, Western France. We show that a power law acceleration of …

In this paper we examine data generated using high‐resolution three‐dimensional laser
scanning monitoring of coastal rock cliffs. These data are used to identify spatial and …

Despite improvements in recognition, prediction and mitigative measures, landslides still
exact a heavy social, economic and environmental toll in mountainous regions. This is partly …

Empirical models based on machine learning methods have been used for landslide
susceptibility map**. The most accurate model is usually chosen to generate the final …