Monitoring landslides is essential to understand their dynamics and to reduce the risk of
human losses by raising warnings before a failure. A decade ago, a decrease of apparent …

Landslides (LS) represent geomorphological processes that can induce changes over time
in the physical, hydrogeological, and mechanical properties of the involved materials. For …

Abstract Billions of Radio-Frequency Identification (RFID) passive tags are produced yearly
to identify goods remotely. New research and business applications are continuously …

Artificial intelligence (AI) applications have introduced transformative possibilities within
geohazard analysis, particularly concerning the assessment of rock slope instabilities. This …

Earthquake-induced slope failure often results in a large loss of life and property, and thus,
understanding how a slope responds to seismic shaking can reveal the mechanism and …

The Q-slope system is an empirical method for discontinuous rock slope engineering
classification and assessment. It has been introduced recently to provide an initial prediction …

A methodological approach based on the integration of different survey techniques may be
particularly suitable for the study of areas with complex geology such as those affected by …

Seismic measurements on unstable rock slopes are a complementary tool to surface
displacement surveys to characterize and monitor landslides. A key parameter is seismic …

Scientists from different disciplines at ETH Zurich are developing a dynamic, harmonised,
and user-centred earthquake risk framework for Switzerland, relying on a continuously …

Reliable monitoring of unstable rock slopes is a prerequisite for successful mitigation of
landslide hazards. However, most state‐of‐the art techniques rely on measuring the local …