The analysis and interpretation of 3D topographic change requires methods that achieve
low uncertainties in change quantification. Many recent geoscientific studies that perform …

This study investigates rock glacier destabilization based on the results of a unique in situ
and remote-sensing-based monitoring network focused on the kinematics of the rock glacier …

The quantification of rock glacier dynamics has gained increasing importance in recent
years. In this study, the spatial and temporal flow patterns of perennially frozen debris in the …

Airborne-and terrestrial laser scanning are used in combination with digital airborne
photogrammetry to monitor surface changes between 2009 and 2011 on rock glaciers and …

Topographic change at a given location usually results from multiple processes operating
over different timescales. However, interpretations of surface change are often based upon …

Surface velocities have been regularly monitored at the rock glacier in Outer Hochebenkar,
Ötztal Alps, Austria since the early 1950s. This study provides an update to previously …

Rockfalls are a major aspect concerning morphodynamics in high mountain areas and
represent a serious hazard for people and infrastructure. Recently, an increase of rockfall …

The application of multi-temporal topographic LiDAR data has become a standard for many
map** and monitoring applications in man-made and natural environments. With …

Change analysis of rock glaciers is crucial to analyzing the adaptation of surface and
subsurface processes to changing environmental conditions at different timescales because …

Regional assessments of whether a rock glacier is active are mainly based on expert
interpretation of surface characteristics. This study presents a quantitative approach to …