Distributed acoustic sensing (DAS) is a new, relatively inexpensive technology that is rapidly
demonstrating its promise for recording earthquake waves and other seismic signals in a …

The discipline of seismology is based on observations of ground motion that are inherently
undersampled in space and time. Our basic understanding of earthquake processes and our …

Seismologists have recently begun using low‐cost nodal sensors in dense deployments to
sample the seismic wavefield at unprecedented spatial resolution. Earthquake early warning …

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 …

A procedure for removing noise or signal from seismic time series using the continuous
wavelet transform (CWT) is developed through the common assumption of noise stationarity …

Seismoacoustic signals at local distance (<∼ 10 km) are widely used as important
constraints on source parameters for near‐surface events, yet the seismoacoustic wave …

During the past few years, distributed acoustic sensing (DAS) has become an invaluable
tool for recording high‐fidelity seismic wavefields with great spatiotemporal resolutions …

Several sources of interest often generate both low‐frequency acoustic and seismic signals
due to energy propagation through the atmosphere and the solid Earth. Seismic and …

Although stand‐alone geophones have been used for decades within the active‐source
seismic community (eg, Mooney and Brocher, 1987), recent technological advances in …

We introduce SeisNoise. jl, a library for high‐performance ambient seismic noise cross
correlation, written entirely in the computing language Julia. Julia is a new language, with …