Fast and accurate assessment of slope topography and geological information and
understanding of slope deformation evolution are of great significance in emergency …

In this work, we present the results of a rockfall trajectory study performed on the south-
western slope of Mt. Catiello (Sorrento Peninsula, southern Italy). Such a study develops …

Rock slope monitoring using 3D point cloud data allows the creation of rockfall inventories,
provided that an efficient methodology is available to quantify the activity. However …

A 3D surface model of an active limestone quarry and a vegetation-covered plateau was
created using unmanned aerial vehicle (UAV) technique in combination with terrestrial laser …

Digital photogrammetry (DP) represents one of the most used survey techniques in
engineering geology. The availability of new high-resolution digital cameras and …

In rockfall hazard management, the investigation and detection of potential rockfall source
areas on rock cliffs by remote-sensing-based susceptibility analysis are of primary …

Earth flows are complex gravitational events characterised by a heterogeneous
displacement pattern in terms of scale, style, and orientation. As a result, their monitoring, for …

The identification of rockfall source areas is a fundamental work for rockfall disaster
prevention and mitigation. Based on the Culmann model, a pair of important indicators to …

Land Surface Temperature (LST) is an important climate factor for understanding the
relationship between the land surface and atmosphere. Furthermore, LST is linked to soil …

In recent years, geological disasters have frequently occurred on basarlt highway slopes.
Studying the stability of highway slopes in this type of area is of great significance for traffic …