BACKGROUND The solid Earth, oceans, and atmosphere together form a complex
interacting geosystem. Processes relevant to understanding Earth's geosystem behavior …

The historical records of earthquakes play a vital role in seismic hazard and risk
assessment. During the last decade, geophysical, geotechnical, geochemical …

Deep-learning techniques appear to be poised to play very important roles in our processing
flows for inversion and interpretation of seismic data. The most successful seismic …

Effective early warning, emergency response, and information dissemination for
earthquakes and tsunamis require rapid characterization of an earthquake's location, size …

The deformation of slow‐moving landslides developed in clays induces endogenous
seismicity of mostly low‐magnitude events (ML< 1). Long seismic records and complete …

Passive seismics help us understand subsurface processes, for example, landslides,
mining, geothermal systems, and so on and help predict and mitigate their effects …

Taiwan that is located at the junction of the Eurasian Plate and the Philippine Sea Plate is
one of the most active seismic zones in the world. Devastating earthquakes have occurred …

Abstract Analysis of continuous seismic waveforms from a temporary deployment at Sage
Brush Flats on the San Jacinto fault reveals earthquake‐and tremor‐like signals generated …

In order to mitigate economic and safety risks during mine life, a microseismic monitoring
system is installed in a number of underground mines. The basic step for successfully …

Collecting massive seismic signals is a high-priority task in seismic risk evaluation,
especially in densely populated areas, with cases of strong magnitude earthquake …