Change-detection monitoring plays a crucial role in geoscience, facilitating the examination
of earth surface processes and the mitigation of potential risks due to natural hazards. A …

Glacier flow velocity is crucial information to assess the impact of global warming on glaciers
since it is related to the ice thickness, its variations provide information on mass balance …

Understanding the triggering factors leading to rockfall is essential in managing their risk to
transportation infrastructure. Precipitation and freeze-thaw (FT) are widely studied rockfall …

Short-term monitoring of alpine glaciers is crucial to understand their response to climate
change. This paper presents a low-cost multi-camera system tailored for 4D glacier …

This work focuses on investigating the accuracy of 3D reconstructions from fixed stereo-
photogrammetric monitoring systems through different camera calibration procedures. New …

In this study, the geomorphological evolution of an inner flank of the Cratère Dolomieu at
Piton de La Fournaise/La Réunion was investigated with the help of terrestrial laser …

In this study, we present an approach to exploit the keypoint R-convolutional neural network
(CNN) structure for automated detection of ground control points (GCPs) in images acquired …

Accurate topographic data acquired at appropriate spatio‐temporal resolution is often the
cornerstone of geomorphic research. Recent decades have seen advances in our ability to …

Through the mobilization of movable objects due to the extreme hydraulic conditions during
a flood event, blockages, damage to infrastructure, and endangerment of human lives can …

This study presents a low-cost, multi-sensor monitoring setup for wadi discharge
assessment. The system comprises a time-lapse camera gauge and a Raspberry Shake …