With the emergence of portable broadband seismic instrumentation, availability of digital
networks with wide dynamic range, and development of new powerful analysis techniques …

Volcanoes produce a wide variety of seismic signals originating from a number of
mechanisms, ranging from the complex interaction between multiphase fluids and their …

Nonvolcanic tremor (NVT) activity is revealed as episodes of higher spectral amplitude at 1–
8 Hz in daily spectrograms from the continuous seismological records in Guerrero, Mexico …

We analyse daily cross-correlation computed from continuous records by permanent
stations operating in vicinity of the Klyuchevskoy group of volcanoes (Kamchatka). Seismic …

We develop a network‐based method for detecting and classifying seismovolcanic tremors.
The proposed approach exploits the coherence of tremor signals across the network that is …

Linking volcano‐seismic signals with subsurface processes is crucial to improve the
forecasting of volcanic eruptions. One of the most enigmatic signals is shallow volcanic …

In 1992, a large and dense array of geophones was placed around the geyser vent of Old
Faithful, in the Yellowstone National Park, to determine the origin of the seismic …

Typical records of volcanic tremor and explosion quakes at Arenal volcano are analyzed
with a high-resolution time-frequency method. The main characteristics of these seismic …

We present a method for automatic location of dominant sources of seismovolcanic tremor in
3‐D, based on the spatial coherence of the continuously recorded wavefield at a seismic …

Volcano seismology, while its value for surveillance of an active volcano is undebatable, is a
very demanding field when it comes to station deployment, maintenance, and finally …