Reliable dispersion measurement between two seismic stations is an essential basis of
surface wave imaging. Noise source directivity has become an inescapable obstacle and a …

Seismic techniques using earthquakes are powerful tools for exploring the Earth's internal
structure. However, the earthquake distribution limits the spatial resolution. In recent years …

In the past two decades, seismic ambient‐noise cross correlation (CC) has been one of the
most important technologies in seismology. Usually, only the fundamental‐mode surface …

Stacking of ambient noise correlations is a crucial step to extract empirical Green's functions
(EGFs) between station pairs. The traditional method is to linearly stack all short-duration …

We build a new radially anisotropic shear wave velocity model of Southern California based
on ambient noise adjoint tomography to investigate crustal deformation associated with …

We present the first application of full‐waveform ambient noise inversion to observed
correlation functions that jointly constrains 3‐D Earth structure and heterogeneous noise …

The Tengchong volcano (TCV) is a large active volcano system in the southeastern Tibetan
Plateau. It is characterized by large‐volume magmatic gas emission, active hydrothermal …

Adjoint tomography has been recently applied to ambient seismic noise and teleseismic P
waves separately to unveil fine‐scale lithospheric structures beyond the resolving ability of …

Seismic tomography is the most abundant source of information about the internal structure
of the Earth at scales ranging from a few meters to thousands of kilometers. It constrains the …

Research on faulting is of fundamental significance to the exploration of geothermal
resources since faulting is an important factor in the formation of traps for water …