Strain energy change plays a pivotal role in the occurrence of earthquakes and rockbursts
during deep mining operations. This study is dedicated to elucidating strain energy changes …

Due to complex 3-D heterogeneous structures, conventional 1-D analysis techniques using
onshore seismograms can yield incorrect estimation of earthquake source parameters …

Submarine volcano monitoring is vital for assessing volcanic hazards but challenging in
remote and inaccessible environments. In the vicinity of Kita‐Ioto Island, south of Japan …

Many attempts have been made to investigate the energy budgets of stick‐slip events,
however, the strain energy contribution is still poorly understood. We developed a discrete …

Stress accumulation and release inside the plate remains poorly understood compared to
that at the plate boundaries. Spatiotemporal variations in foreshock and aftershock activities …

Aftershocks are well-known, however their triggering mechanisms remain unclear. The
Coulomb failure stress change (Δ CFS) has been widely implemented to understand the …

We investigated the deviatoric stress magnitude of the background stress fields before the
2016 Kumamoto earthquake sequence in Japan based on temporal changes in elastic …

The long‐term state of stress in the subduction forearc depends on the balance between
margin‐normal compression due to the plate‐coupling force and the margin‐normal tension …

The present-day stress field in the northwest Pacific Wadati-Benioff Zone (WBZ) has been
investigated on the basis of earthquake focal mechanism catalog covering the period from …

Shear strain energy is a pivotal physical quantity in the occurrence of earthquakes and
rockbursts during deep mining operations. This research is focused on understanding the …