Probabilistic approaches are widely adopted for the modeling of rockfall trajectories, but are
not widely discussed in the literature. This paper aims to help fill this gap by reviewing …

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 scope of this paper is to summarize previous research pertaining to the use of digital
elevation models (DEMs) and digital terrain models (DTMs) in the study of rockfalls and …

The development of susceptibility maps for debris flows is of primary importance due to
population pressure in hazardous zones. However, hazard assessment by process-based …

Rockfalls evolve rapidly and unpredictably in mountain environments and can cause
considerable losses to human societies, structures, economical activities, and also natural …

Rainfall-triggered shallow slope failures are very common in the western Southern Alps of
New Zealand, causing widespread damage to property and infrastructure, injury and loss of …

An example of the combined use of UAV photogrammetry and rockfall numerical simulation
is described. A case of fragmental rockfall occurred on 17 November 2018 in Cárcavos, a …

Unlike fragmental rockfall runout assessments, there are only few robust methods to quantify
rock-mass-failure susceptibilities at regional scale. A detailed slope angle analysis of recent …

Rockfall, which is a frequently seen disaster at mountainous regions, gives damage to
residential areas and transportation corridors. A combination of geological, topographical …

Rockfalls are ubiquitous diffuse hazard in mountain regions, cliffs, and cutslopes, with the
potential of causing victims and severely damaging buildings and infrastructures. A vast …