Role of backbone fault system on earthquake spawning and geohazards in the Seoul metropolitan area
Major earthquakes in continental regions may cause significant damage. Preexisting fault
system across megacity receives high attention for possible seismic damages. Earthquake …
system across megacity receives high attention for possible seismic damages. Earthquake …
Inversion of acoustic thunder source spectral model from thunder-induced seismic waves in megacity
Thunder-induced seismic waves recorded at dense seismic stations in Seoul, South Korea
are analysed for inversion of thunder source spectra. Thunder-induced seismic waves from …
are analysed for inversion of thunder source spectra. Thunder-induced seismic waves from …
3-D shallow crustal structure and offshore geothermal potential of the Aegean region of Türkiye from ambient noise tomography
E Mulumulu, O Polat, FJ Chávez‑García - Journal of Asian Earth Sciences, 2025 - Elsevier
The definition of the upper crustal structure is a necessary input in seismic hazard studies or
in geothermal exploration projects. In this study, we use ambient noise tomography (ANT) to …
in geothermal exploration projects. In this study, we use ambient noise tomography (ANT) to …
Continent‐Side Uplifted Mantle and Geological Imprints Along a Paleo Rift in the Western East Sea (Sea of Japan)
We investigate the continent‐size lithospheric structures of paleo rift around the central
Korean Peninsula using ambient noise tomography and earthquake‐based Eikonal …
Korean Peninsula using ambient noise tomography and earthquake‐based Eikonal …
[HTML][HTML] Crustal and uppermost mantle S-velocity structure of the Seoul metropolitan area on the Korean Peninsula from Helmholtz tomography
The Seoul metropolitan area, the most densely populated part of the Korean Peninsula,
features complex subsurface structures and seismogenic faults, though their characteristics …
features complex subsurface structures and seismogenic faults, though their characteristics …
Potential Seismic Hazard in Seoul, South Korea: A Comprehensive Analysis of Geology, Seismic, and Geophysical Field Observations, Historical Earthquakes, and …
ABSTRACT A series of moderate‐size (M w 4.0–6.0) earthquakes occurred in South Korea
after the 2011 M w 9.0 Tohoku–Oki megathrust earthquake, incurring public concern about …
after the 2011 M w 9.0 Tohoku–Oki megathrust earthquake, incurring public concern about …
[HTML][HTML] Displacement of Dongducheon and Wangsukcheon Fault Observed by Gravity Field Interpretation
S Choi, SW Kim, EK Choi, Y Shin - Economic and Environmental Geology, 2024 - kseeg.org
To estimate the tectonic displacement of the Chugaryeong Fault System (CFS), gravity
surveys were conducted along the Dongducheon fault (DF) and the Wangsukcheon fault …
surveys were conducted along the Dongducheon fault (DF) and the Wangsukcheon fault …
[HTML][HTML] Analysis of the Causes of Clustered Scismicity Registered in Yeoncheon, the Middle Part of the Korean Peninsula through Gravity Field Interpretation and …
S Choi, SW Kim, EK Choi, Y Shin, TK Hong - … and Environmental Geology, 2022 - kseeg.org
Gravity data were analyzed to identify the cause of clustered seismicity that occurred
intensively in Yeoncheon, located in the central part of the Korean Peninsula. Our analysis …
intensively in Yeoncheon, located in the central part of the Korean Peninsula. Our analysis …