Competing geodynamic models, such as rigid-block extrusion, continuous deformation, and
the mid-lower crustal flow, have been proposed to describe the growth and expansion of …

Ambient noise tomography has proven to be effective in resolving shallow earth structure.
We applied ambient noise tomography on a dense seismic array in Long Beach, California …

We present a new high-resolution shear-velocity model of the lithosphere (down to about
160 km) beneath China using Rayleigh-wave tomography. We combined ambient noise and …

Groundwater is a critical resource for human activities worldwide, and a vital component of
many natural ecosystems. However, the state and dynamics of water‐bearing aquifers …

Abstract Since 2007/2008, seismographs were deployed in many new locations across
much of Antarctica. Using the records from 122 broadband seismic stations, over 10,000 …

Cross correlation of the ambient seismic field is now routinely used to measure seismic
wave travel times; however, relatively little attention has been paid to other information that …

Understanding the Mesozoic–Cenozoic tectonic evolution of the North China Craton (NCC)
and the NE Tibetan Plateau (TP) requires detailed knowledge of the lithospheric structure …

Broadband waveform inversion of ground velocities in the 0.02–0.10 Hz frequency band is
successfully applied to 181 earthquakes with ML≥ 3 of the April 2009 L'Aquila, Italy …

Rayleigh wave ellipticity, or H/V ratio, observed on the surface is particularly sensitive to
shallow earth structure. In this study, we jointly invert measurements of Rayleigh wave H/V …

Researches on the southeastern Tibetan Plateau provide important insights into the tectonic
evolution of the Tibetan Plateau. In this study, we have constructed a high-resolution 3D …