Traditional approaches of using dispersion curves for S-wave velocity reconstruction have
limitations, principally, the 1D-layered model assumption and the automatic/manual picking …

Distributed acoustic sensing (DAS) is a rapidly expanding tool to sense wave propagation
and system deformations in many engineering applications. In terms of site characterization …

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

Distributed acoustic sensing (DAS) is a technology that uses a fiber optic cable as a linear
array of virtual seismic sensors. The article allows the reader to learn a little more about DAS …

Ambient seismic interferometry of distributed acoustic sensing (DAS) data acquired on
optical fibre arrays is an increasingly common approach for subsurface investigation. The …

Distributed acoustic sensing (DAS) is an innovative technology with great potential for
acquiring seismic data sets in urban areas. In this work, we check the suitability of a DAS …

Quick clay avalanche is one of the most devastating landslide types worldwide. Hence, an
early warning system is in demand to mitigate the fatal consequences caused by such …

Natural cyclical stress perturbations, including wet and solid earth tides, coupled with
repeatable seismic monitoring approaches, provide a tool for understanding the elastic …

Ocean bottom distributed acoustic sensing (OBDAS) is emerging as a new measurement
method providing dense, high-fidelity and broad-band seismic observations from fibre-optic …

Distributed acoustic sensing (DAS) is a relatively new technology used in many geophysical
applications. The versatility, high spatiotemporal resolution, and sensitivity to surface waves …