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

Quantifying today's topography can provide insights into landscape evolution and its
controls, since present topography represents a cumulative expression of past and present …

Fault location and geometry are the most fundamental input data in seismic hazard analysis,
the ultimate aim of which is to mitigate damage from future large earthquakes. In regions …

This study focuses on the post-Miocene neotectonic evolution of the slope-perched
sedimentary basins around the Eastern Korean Continental Margin and which category …

Shore platforms, essential for coastal analysis and management, are poorly understood in
terms of their long-term evolution, particularly regarding coastal cliff retreat rates and trends …

Advanced technologies such as light detection and ranging (LiDAR) and unmanned aerial
vehicles (UAVs) have revolutionized the detection of subtle surface deformation and the …

Comprehending the nature, extent, and distribution of seismogenic structures, along with
their seismogenic potential to induce destructive earthquakes in low seismic strain regions …

Abstract The 2016 magnitude (MW) 5.5 Gyeongju earthquake, which occurred in Korea near
assumed epicenters of several substantial historical earthquakes and Quaternary fault …

In slowly deforming intraplate regions, identifying active faults is challenging due to their low
slip rates or concealment by recent sedimentation and anthropogenic activity, requiring …

Despite the common use of 2D electrical resistivity surveys to investigate active faults buried
under Quaternary sediments in Korea, interpretation of the geological characteristics of …