Seismograms are convolution results between seismic sources and the media that seismic
waves propagate through, and, therefore, the primary observations for studying seismic …

Geophysical granular flows exert basal forces that generate seismic signals, which can be
used to better monitor and model these severe natural hazards. A number of empirical …

With the rapid development of computer technology, some machine learning methods have
begun to gradually integrate into the petroleum industry and have achieved some …

Foreshocks and/or aftershocks play critical roles in improving our understanding of the
processes of faulting, such as nucleation of earthquakes, earthquake triggering, and …

Seismic source locations are fundamental to many fields of Earth and planetary sciences,
such as seismology, volcanology and tectonics. However, seismic source detection and …

Slope disasters, such as landslides and rockfalls, can cause significant safety issues for land
and road use in many countries. Therefore, it is important to have effective monitoring and …

Rockfalls generate seismic signals that can be used to detect and monitor rockfall activity.
Event locations can be estimated on the basis of arrival times, amplitudes, or polarization of …

The template‐matching algorithm (TMA) has become an important tool for detecting small
and/or unconventional earthquakes, and newly detected seismic events have improved our …

Landslide-generated seismic waves (landslide-quakes), exhibiting distinctive waveforms
and frequency characteristics, can be recorded by nearby seismometers. Implementing an …

As glaciers retreat, landslide‐driven tsunamis pose mounting threats across the high
latitudes. The recent landslide tsunamis in Alaska and Greenland have spurred efforts to …