Global seismographic networks (GSNs) emerged during the late nineteenth and early
twentieth centuries, facilitated by seminal international developments in theory, technology …

Seismic interferometry involves the crosscorrelation of responses at different receivers to
obtain the Green's function between these receivers. For the simple situation of an impulsive …

We present the results of Rayleigh wave and Love wave phase velocity tomography in the
western United States using ambient seismic noise observed at over 250 broad-band …

Seismic velocity changes and nonvolcanic tremor activity in the Parkfield area in California
reveal that large earthquakes induce long-term perturbations of crustal properties in the San …

The term seismic interferometry refers to the principle of generating new seismic responses
by crosscorrelating seismic observations at different receiver locations. The first version of …

We have successfully applied full‐3‐D tomography (F3DT) based on a combination of the
scattering‐integral method (SI‐F3DT) and the adjoint‐wavefield method (AW‐F3DT) to …

The usage of seismic ambient noise has recently proved its efficiency in different contexts,
from imaging to monitoring. The impulse response (or Green's function [GF]) between two …

Monitoring landslides is essential to understand their dynamics and to reduce the risk of
human losses by raising warnings before a failure. A decade ago, a decrease of apparent …

Environmental seismology consists in studying the mechanical vibrations that originate from,
or that have been affected by external causes, that is to say causes outside the solid Earth …

This study presents surface wave dispersion maps across the contiguous United States
determined using seismic ambient noise. Two years of ambient noise data are used from …