Historic levels of drought, globally, call for sustainable freshwater management. Under
pressing demand is a refined understanding of the structures and dynamics of groundwater …

Over the past two decades, the development of the ambient noise cross‐correlation
technology has spawned the exploration of underground structures. In addition, ambient …

Robust estimation of ground motions generated by scenario earthquakes is critical for many
engineering applications. We leverage recent advances in generative adversarial networks …

Seismologists are eagerly seeking new and preferably low‐cost ways to map and track
changes in the complex structure of the top few kilometers of the crust. By understanding it …

Microseismic noise has been used for seismic velocity monitoring. However, such signals
are dominated by low‐frequency surface waves that are not ideal for detecting changes …

The fast‐growing interests in high spatial resolution of seismic imaging and high temporal
resolution of seismic monitoring pose great challenges for fast, efficient, and stable data …

We utilize train tremors as P‐wave seismic sources to investigate velocity‐strain sensitivity
near the San Jacinto Fault Zone. A dense nodal array deployed at the Piñon Flat …

Coda wave interferometry (CWI) holds promise as a technique for concrete stress
monitoring. This is because the coda, which consists of multiply scattered arrivals, is the …

Thawing of mountain permafrost in response to rising temperatures degrades the stability of
rock walls and thereby affects infrastructure integrity in Alpine terrain. In this study, we use …

Temporal changes in subsurface properties, such as seismic wave speeds, can be
monitored by measuring phase shifts in the coda of two seismic waveforms that share a …