Digital 3D technologies are emerging methods for recording and visualizing forests.
Therefore, it is not surprising that these technologies have seen many applications and …

This manuscript presents a review on the application of a remote sensing technique
(terrestrial laser scanning, TLS) to a well‐known topic (rock slope characterization and …

Abstract Light Detection and Ranging (LiDAR) and Structure from Motion (SfM) provide large
amounts of digital data from which virtual outcrops can be created. The accuracy of these …

Various private and public infrastructure projects routinely involve the map** of geological
structure to determine potential instabilities, assess hazards, and calculate support …

Remote sensing technologies, specifically terrestrial-based static LiDAR and
photogrammetry, are transforming from state-of-the-art to state-of-practice tools for …

Remote sensing methods are now used to assess rockmass characteristics along
transportation corridors, in mines and tunnels, and in other areas where rock falls can affect …

Lidar is a remote sensing technology that uses time-of-flight and line-of-sight to calculate the
accurate locations of physical objects in a known space (the known space is in relation to …

Highways and railroads situated within rugged terrain are often subjected to the hazard of
rockfalls. The task of assessing roadside rockmasses for potential hazards typically involves …

Lidar collects high-resolution spatial data, making it a popular tool for outcrop investigations;
however, few of these studies utilize lidar's spectral capability. Lidar scanners commonly …

The main objective of this paper is to examine the influence of the applied confining stress
on the rock mass modulus of moderately jointed rocks (well interlocked undisturbed rock …