We present a novel hybrid method to simulate wave propagation through remote regional
models. By reviewing and refining the two main existing hybrid categories, the multiple point …

Near‐surface seismic structure, particularly the shear wave velocity (Vs), can strongly affect
local site response, and should be accurately estimated for ground motion prediction during …

Cross-correlations of seismic ambient noise are frequently used to image Earth structure.
Usually, tomographic studies assume that noise sources are uniformly distributed and …

A new technique for P‐wave receiver function (PRF) inversion, within the framework of wave
equation‐based adjoint tomography and referred to as receiver function adjoint tomography …

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 …

To make full use of seismograms to put tight constraints on the structure of subsurface and
earthquake sources has always been the research focus in seismology. With increasing …

Teleseismic full‐waveform inversion has recently been applied to image subwavelength‐
scale lithospheric structures (typically a few tens of kilometers) by utilizing hybrid methods in …

The genesis of the Cenozoic intraplate volcanism in Central Mongolia, characterized by
sustained and low-volume eruptions remains debated due to the lack of a comprehensive …

Teleseismic waveforms contain abundant interpretable information about Earth's properties.
They can be used to explore the refined structure of Earth's interior, especially in the regions …

The growth process of the southeastern Tibetan Plateau remains a fundamental yet
unresolved question. Knowledge of detailed lithospheric structures and their potential …