In this publication we address the lack of knowledge in the design and construction of
photogrammetric systems for high spatio-temporal resolution rockfall monitoring …

During the last decade, the number of available satellite observations has increased
significantly, allowing for far more frequent measurements of the glacier speed. Appropriate …

Digital image correlation (DIC) is a commonly-adopted technique in geoscience and natural
hazard studies to measure the surface deformation of various geophysical phenomena. In …

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 …

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 …

Featured Application This study proposes a method that enables the automatic application
of image cross-correlation when monitoring any displacements in the geosciences. As such …

Today, more and more velocity observations are available online or on-demand. However,
this amount of data is complex to analyze since velocity observations span different temporal …

Short-duration rainfall characteristics in the form of certain intensity, time, and spatial
distribution become valuable contribution for lahar flow disaster mitigation in a mountainous …

In this article, we present a method for combining image-based displacements to build time
series. This method takes advantage of the redundancy of these displacements, which …

Currently, the Sentinel-2 twin satellite constellation of the Copernicus program is in
operational mode and generates high repeat acquisitions at high-latitudes during polar day …