This paper reviews the concepts underlying the well-documented receiver functions (RFs)
method, and places it in the conceptual framework of seismic interferometry. We first …

The Sanriku ocean‐bottom seismometer system uses an optical fiber cable to guarantee
real‐time observations at the seafloor. A dark fiber connected to a Distributed Acoustic …

Fiber optic seismic sensors have important application prospects in the field of earthquake
science research and underground structure detection, due to their strong adaptability in …

Mars is the first extraterrestrial planet with seismometers (Seismic Experiment for Interior
Structure, SEIS) deployed directly on its surface in the framework of the Interior Exploration …

Since early February 2019, the SEIS (Seismic Experiment for Interior Structure) seismometer
deployed at the surface of Mars in the framework of the InSight mission has been …

Seismic body waves from distant earthquakes, which propagate near vertically beneath
recording stations, provide tools for imaging shallow Earth structures with high vertical …

We autocorrelate the continuously recorded seismic wavefield across a dense network of
seismometers to map the P wave reflectivity response of the Jakarta Basin, Indonesia. The …

Single‐station autocorrelations of seismic ambient noise allow to obtain the shallow
subsurface reflection response without the need of any active source or earthquake …

By analyzing P reflectivity extracted from stacked autocorrelograms for teleseismic events on
a dense seismic profile, we obtain a detailed image of the mid‐lithosphere discontinuity …

In this study, we use ambient seismic noise recorded at selected broadband USArray
Earthscope Transportable Array (TA) stations to obtain effective reflection seismograms …