Soft sediment deformation structures from the Brahmaputra Basin: A window to the eastern Himalayan paleoseismicity and tectonics
The Brahmaputra foreland basin, is one of the most dynamic in terms of tectonism and
sediment load, revealed a variety of seismically generated soft sediment deformation …
sediment load, revealed a variety of seismically generated soft sediment deformation …
[HTML][HTML] 利用接收函数方法研究中国东北东南部地区不同构造体的地壳特征
李天觉， 陈棋福 - 地球物理学报, 2019 - html.rhhz.net
基于我们布设的探测深俯冲的中国东北地震台阵NECsaids 台阵和固定地震台长时段的观测
记录及NECESSArray 流动台阵共计152 个台站数据提取得到的33752 条P 波接收函数, 采用H …
记录及NECESSArray 流动台阵共计152 个台站数据提取得到的33752 条P 波接收函数, 采用H …
Late Miocene landform construction in east-southern Tibet: seismic evidence and a synthetic review
B Xiang, X Xu, J Yu, X Guo, Y Wu, C Li, J Wu… - Frontiers in Earth …, 2023 - frontiersin.org
The north-south striking landform perpendicular to the dominant collision zone between the
Indian and Eurasian plates was constructed in east-southern Tibet (EST) during the Late …
Indian and Eurasian plates was constructed in east-southern Tibet (EST) during the Late …
An appraisal of ground failure and hydrogeological changes associated with the 28 April 2021 Mw 6 Sonitpur earthquake, Assam, India, using field evidences and …
A Bhadran, KM Sreejith, D Girishbai… - Seismological …, 2022 - pubs.geoscienceworld.org
Widespread damage and coseismic ground disturbances are generally associated with
large magnitude and/or shallow focus earthquakes. Surprisingly, a deep focus (34 km) …
large magnitude and/or shallow focus earthquakes. Surprisingly, a deep focus (34 km) …
Analysis of the site effects in the North East region of India using the recorded strong ground motions from moderate earthquakes
Site effect estimation using recorded ground motion is an effective approach to assess the
seismic hazard of a region. Keeping the same thing in mind, an endeavor is being made to …
seismic hazard of a region. Keeping the same thing in mind, an endeavor is being made to …
An appraisal of crustal structure of the Indo-Burmese subduction region
We analyzed teleseismic receiver functions of 9 sites to determine the crustal structure
beneath the Indo-Burmese subduction region (IBR), which is seismically one of the most …
beneath the Indo-Burmese subduction region (IBR), which is seismically one of the most …
[HTML][HTML] A hybrid probabilistic seismic hazard model for Northeast India and Bhutan combining distributed seismicity and finite faults
F Ghione, V Poggi, C Lindholm - Physics and Chemistry of the Earth, Parts …, 2021 - Elsevier
Abstract In Probabilistic Seismic Hazard Analysis (PSHA), a widely used approach to model
earthquake sources consists of using homogenous source zones. This approach suffers the …
earthquake sources consists of using homogenous source zones. This approach suffers the …
[HTML][HTML] Crustal structure of different tectonic units in southeastern part of Northeast China using receiver functions
Based on our broadband seismological records named NECsaids (NorthEast China Seismic
Array to Investigate Deep Subduction) that deployed in NE China from July 2010 to May …
Array to Investigate Deep Subduction) that deployed in NE China from July 2010 to May …
Characterization of strong‐motion recording sites in the Himalayas and adjoining areas
ID Gupta, N Kumari - Earthquake Engineering and Resilience, 2023 - Wiley Online Library
In this paper, an attempt has been made to arrive at sufficiently realistic estimates of the
average shear‐wave velocity in the top 30 m of the ground () for 200 strong motion recording …
average shear‐wave velocity in the top 30 m of the ground () for 200 strong motion recording …
Crustal seismic anisotropy beneath Shillong plateau-Assam valley in North East India: Shear-wave splitting analysis using local earthquakes
We present crustal anisotropy estimates constrained by shear wave splitting (SWS) analysis
using local earthquakes in the Shillong plateau and Assam valley area, North East India (NE …
using local earthquakes in the Shillong plateau and Assam valley area, North East India (NE …