Successful control of erosion requires effective monitoring and an in-depth understanding of
erosion processes over large areas. Data from repeated unmanned aerial vehicles (UAV) …

ABSTRACT High-Resolution Topography (HRT) data sets are becoming increasingly
available, improving our ability and opportunities to monitor geomorphic changes through …

Mapping landscape change at fine scales (eg< 1.0 m resolution) using airborne LiDAR data
from manned aircraft is a significant challenge. This challenge is magnified in disaster …

Addressing the problem that traditional methods cannot reliably monitor surface subsidence
in coal mining, a novel method has been developed for monitoring subsidence in mining …

Recent developments in geospatial information technology have prompted researchers to
utilise geospatial information for decision making in disaster situations. Cultural properties …

This paper proposes a novel method to incorporate unfavorable orientations of
discontinuities into machine learning (ML) landslide prediction by using GIS-based …

Repeated temporal mapping of landslides is essential for investigating changes in landslide
movements, legacy effects of the landslide triggering events, and susceptibility changes in …

Earthquake ground motion often triggers landslides in mountainous areas. A simple, robust
method to quickly evaluate the terrain's susceptibility of specific locations to earthquake …

In the last decade with increasing frequency of extreme weather events, an accurate,
sustainable, and effective planning of torrent control structures has become essential to …

A destructive landslide occurred in Himmetoğlu village in Göynük District (Bolu, NW Turkey)
caused by open-pit coal mining activities. Field observations after the landslide failure and …