We present a new high‐resolution model of P‐wave anisotropic tomography of the
uppermost mantle beneath NE Asia obtained by inverting 88,303 high‐quality manually …

A high‐resolution velocity and anisotropy model of the uppermost mantle under the Hainan
Island and surrounding areas is obtained by a tomographic inversion of 8192 Pn arrival …

We used a newly developed Pn tomography method to obtain high‐resolution uppermost
mantle velocity and anisotropy structures beneath the Northwest Pacific region. The …

Abstract The North China Craton has experienced significant tectonic reactivation and
destruction, and it is a natural place to study structural heterogeneities and their influences …

The ray path of Pn waves is concentrated in the limited depth range of the uppermost
mantle, which has unique advantages in ray transverse coverage density. Therefore, the Pn …

In the present study, we present a new Pn anisotropic tomographic model of the uppermost
mantle underneath the South China Sea and surrounding areas through the inversion of …

To enhance our comprehension of the dynamic processes associated with complex plate
subduction, volcanic magmatism, and lithosphere deformation beneath the Ryukyu–Taiwan …

Abstract The northern South China Sea (SCS) plate between Taiwan and the Philippines
experienced complex underplating and overriding. Ocean-bottom seismometer (OBS) data …

Based on joint inversion with 14 484 P-wave (Pg and Pn) first arrival times, we obtained
regional 3-DP velocity structure beneath the central-eastern Tibetan Plateau, including …

为获取青藏高原中东部地壳和上地幔顶部的精细结构, 本文基于1 万4 484 条天然地震的P 波(Pg
和Pn) 到时数据, 对青藏高原中东部地壳和上地幔顶部进行P 波三维速度结构层析成像 …