Landslides are considered a natural process, with hundreds of events occurring every year
in many regions of the world. However, human activities can significantly affect how stable a …

High precision structural displacement monitoring is challenging, but an effective method for
structural health monitoring and particularly damage evaluation. In this paper, a high …

The development of unmanned aerial vehicle photogrammetry over the last decade has
allowed terrain that is very difficult for humans to access to be captured at very high spatial …

Continuous use of diversion-based irrigation has been associated with an increase in the
frequency of loess landslides on the South Jingyang Platform, Shaanxi, China. A loess …

Landslides are destructive and recurrent natural disasters on steep slopes and represent a
risk to lives and properties. Knowledge of relict landslides' location is vital to understand …

This paper presents a methodology for measuring road surface deformation due to terrain
instability processes. The methodology is based on ultra-high resolution images acquired …

This paper presents a multi-temporal comparison of high-resolution 3D digital models from
two urban areas susceptible to landslides in three time periods. The study areas belong to …

This study describes the current state of the art related to the assessment of the positional
accuracy of spatial databases based on lines. The use of this type of element of spatial …

This study aimed to promote an efficient and reliable collection of deformation data for
earthen slopes by comparing the Total Station (TS), Distributed Strain Sensing (DSS), and …

This research tests the application of GNSS and RPAS techniques to the spatiotemporal
analysis of landslide dynamics. Our method began by establishing non-permanent GNSS …