Seismic tomography has been a vital tool in probing the Earth's internal structure and
enhancing our knowledge of dynamical processes in the Earth's crust and mantle. While …

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 …

This paper presents a new model of the shear velocity structure of the crust and uppermost
mantle beneath the contiguous US The model is based on more than a decade of USArray …

Seismology has come a long way in providing insights into Earth's internal structure and
dynamics. Among many forward and inverse geophysical techniques developed, full …

It has been widely recognized that the cross‐correlation function of ambient seismic noise
data recorded at two stations approximates to the part of Greens function between two …

Based on 1–2 years of continuous observations of seismic ambient noise data obtained at
more than 600 stations in and around Tibet, Rayleigh wave phase velocity maps are …

USArray, a pioneering project for the dense acquisition of earthquake data, provides a semi-
uniform sampling of the seismic wavefield beneath its footprint and greatly advances the …

We present a new method of surface wave tomography based on applying the eikonal
equation to observed phase traveltime surfaces computed from seismic ambient noise. The …

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 …

A non-linear Bayesian Monte-Carlo method is presented to estimate a Vsv model beneath
stations by jointly interpreting Rayleigh wave dispersion and receiver functions and …