This study examined the temporal patterns of paleo-earthquake recurrences on the Korean
Peninsula, situated near the Eurasian Plate boundary, by using electron spin resonance …

The construction of spatiotemporal models of earthquake occurrence for intraplate areas is
challenging due to the low deformation rates in these areas. In this study, we conducted …

Korea has been recognized as an earthquake-safe zone, but over recent decades, several
earthquakes, at a medium scale or higher, have occurred in succession in and around the …

Transpression occurs in response to oblique convergence across a deformation zone in
intraplate regions and plate boundaries. The Korean Peninsula is located at an intraplate …

Integration of geological and geophysical data is essential to elucidate the configuration and
geometry of surface and subsurface structures, as well as their long-term evolution. The …

An intraplate tectonic fault evolves with repeated seismic cycles that may exhibit multi‐mode
slip behaviors (continuous aseismic sliding, slow slip with silent earthquakes, and …

Deciphering the internal composition of large-scale fault zones helps to better understand
the various geologic factors that govern their seismic rupture behavior. We used new …

We present a new example of the termination of strike-slip paleoearthquake ruptures in near-
surface regions on the Yangsan Fault, Korea, based on multi-scale structural observations …

Some parts of the Yangsan Fault, a prominent mature intraplate fault on the Korean
Peninsula, are still active. However, structural and paleoseismic investigations are limited …

Fault materials and deformed sediments formed by coseismic rupturing events in the near-
surface region show various deformation characteristics. To gain insights into rupture …