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 …

In tectonically active mountain belts, landslides contribute significantly to erosion. Statistical
analysis of regional inventories of earthquake-triggered-landslides after large earthquakes …

Groundwater is a critical resource for human activities worldwide, and a vital component of
many natural ecosystems. However, the state and dynamics of water‐bearing aquifers …

Monitoring groundwater tables (GWTs) remains challenging due to limited spatial and
temporal observations. This study introduces an innovative approach combining an artificial …

Water infiltration and recharge processes in karst systems are complex and difficult to
measure with conventional hydrological methods. In particular, temporarily saturated …

Abstract The sediments underneath Mexico City have unique mechanical properties that
give rise to strong site effects. We investigated temporal changes in the seismic velocity at …

We develop a new method to monitor and locate seismic velocity changes in the subsurface
using seismic noise interferometry. Contrary to most ambient noise monitoring techniques …

This study investigates changes in seismic velocities in the period 1999–2021 using about
700 permanent and temporary broadband seismic stations in the state of California. We …

Water‐resource management has become a major global issue in a world threatened by
climate change. High‐resolution geophysical methods may be of valuable help in …

SUMMARY A network of seismometers has been installed on the Gugla rock glacier since
October 2015 to estimate seismic velocity changes and detect microseismicity. These two …