We herein describe the depth distribution of the Moho beneath the Chinese mainland,
determined via compilation and resampling of the interpreted results of crustal P-wave …

We assess the results of a number of deep seismic soundings performed in China over the
last few decades, and study the variations in crustal structure in 18 tectonic units comprised …

An extensive set of broadband and short‐period seismograms from regional seismic events
has been used to derive a tomographic image of broad‐scale variations of Lg coda Q for …

More than 36,000 km of Deep Seismic Sounding (DSS) profiles have been collected in
China since 1958. However, the results of these profiles are not well known in the West due …

Measurements of the Fourier amplitude spectra of Lg phases recorded at high frequency
(0.5 to 14.0 Hz) by broadband seismic stations are used to determine regional attenuation …

Abstract Frequency-dependent crustal attenuation (1/Q) is determined for seven distinct
physiographic/tectonic regions of the continental United States using high-quality Lg …

Fourier spectra of crustal guided Lg waves are collected to study seismic attenuation, or Q,
along the INDEPTH profiles. The 1 Hz Lg Q (Q0) values are measured between many pairs …

We investigate regional variations in the Lg‐wave quality factor (Q) in Northeast China and
its vicinity with a tomographic method. Digital seismic data recorded at 20 broadband …

A geometrical attenuation model is proposed as an alternative to the conventional frequency-
dependent attenuation law Q (f)= Q 0 (f/f 0) η. The new model provides a straightforward …

The crust and upper mantle in mainland China were relatively densely probed with wide-
angle seismic profiling since 1958, and the data have provided constraints on the …