We present a new crustal thickness map of the Chinese mainland and adjacent areas based
on a compilation of previously published data. More than 1900 estimates of crustal thickness …

The stunningly increased resolution of the deep crustal levels in recent industrial seismic
profiles acquired along most of the world's rifted margins leads to the unraveling of an …

We present a novel method for joint inversion of receiver functions and surface wave
dispersion data, using a transdimensional Bayesian formulation. This class of algorithm …

Continental China consists of a complex amalgamation of geotectonic units and has
experienced strong and widespread tectonic deformation since the Mesozoic. To …

Rifting of continental margins is generally diachronous along the zones where continents
break due to various factors including the boundary conditions which trigger the extensional …

We analyze a large amount of receiver function data recorded by regional seismic networks
of the China Earthquake Administration to estimate crustal structure and deformation …

We analysed a large amount of teleseismic receiver function data recorded by 172
broadband stations in the NE Tibetan plateau and its surrounding areas to investigate the …

The South China Sea formed by magma-poor, or intermediate volcanic rifting in the
Paleogene. We investigate the structure of the continent-ocean transition (COT) at its …

Crustal thickness and Poisson's ratio are two important parameters for understanding the
crustal structure, composition, and deformation of the South China block. Due to the …

We analyzed tens of thousands of receiver-function data recorded by 185 broadband
seismic stations to study the crustal structure beneath the northeast China. Moho depth and …