SUMMARY The Arunachal and Bhutan Himalaya, which are tectonically distinct from other
regions of the Himalaya, have a structure that is quite intricate. The eastern Himalayan …

Regional variations of coda wave attenuation (Q c− 1 Q_c^-1) have been analyzed for
western Tibet using single isotropic scattering model. A total of 628 local earthquakes …

This study evaluates the depth-dependent seismic wave attenuation characteristics in the
Andaman region which is a part of the Andaman-Nicobar Subduction zone (ANSZ), and …

In this study, we aim to understand the characteristics of the crust beneath Bhutan Himalaya
in terms of body wave attenuation properties. Extended coda normalization method …

本文利用2009—2019 年间中国大陆固定台站记录的宽频带地震波形数据, 采用反双台法,
获得了约36 万个台站对的Lg 波Q 值, 并反演得到了中国大陆Lg 波的衰减模型. 结果显示 …

In this study, the depth-dependent seismic wave attenuation beneath western Tibet have
been investigated using 628 local earthquakes recorded at Y2 network operated by US …

We have investigated the spatial variation of body wave attenuation in Garhwal-Kumaun
Himalaya region from the datasets of 465 well located earthquakes, recorded at 52 …

We investigate the spatial variations of coda attenuation (Q c) structure in the tectonically
complex Andaman–Nicobar subduction zone (ANSZ). This is probably the first attempt to …

The lateral Lg wave attenuation in western Tibet and surrounding regions is studied. A total
of 706 Two-station method (TSM) and 533 Reverse two-station method (RTSM) pairs are …

We present a tomographic attenuation model using crustal Lg waveform data recorded by
permanent broadband seismic stations from 2009 to 2019 in the Chinese mainland. We …