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 …
X Jiang, S Hu, H Yang - Journal of Geophysical Research: Solid …, 2021 - Wiley Online Library
Fault zone (FZ) structure is critical for understanding earthquake rupture propagation and assessment of seismic hazard. In this study, we develop a new 2‐D dense‐array‐based …
We use teleseismic receiver functions computed from an∼ 35‐day nodal dataset recorded along three profiles in the northern basins of Los Angeles, California, to map the depth and …
A Hao, H Zhang, S Han, W Xu - Science China Earth Sciences, 2023 - Springer
In this study, high-resolution Moho depth and average crustal V p/V s ratio distributions in northeast China were obtained through joint inversion of receiver functions and gravity data …
Z Zhang, T Olugboji - Journal of Geophysical Research: Solid …, 2023 - Wiley Online Library
The Earth, in large portions, is covered in oceans, sediments, and glaciers. High‐resolution body wave imaging in such environments often suffers from severe reverberations, that is …
Abstract The Indo-Gangetic Plain and the adjoining Siwalik Himalaya are the seismically most vulnerable regions due to high density of human population and presence of thick …
SUMMARY A blanket of sedimentary and regolith material covers approximately three- quarters of the Australian continent, obscuring the crustal geology below and potential …