The study investigated geomorphology of the Japan Trench located east of Japan, Pacific
Ocean. A high-resolution GEBCO Gridded Bathymetric Dataset was used for modeling …

Despite decades‐long debate over the mechanics of low‐angle normal faults (LANFs)
dipping less than 30°, many questions about their strength, stress, and slip remain …

Sub‐seabed fluid flow, gas hydrate accumulation and seafloor methane seepage are tightly
interwoven processes with implications for marine biodiversity, ocean chemistry and …

We estimate the hypocenter locations and the centroid moment tensor solutions of the
shallow very-low-frequency earthquake (sVLFE) activity that occurred in the Kumano-nada …

Abstract Knowledge of the in situ stress regime is critical to investigate the genesis of
recurrent triggered seismicity over the past five decades in the Koyna seismogenic zone …

The stress states in accretionary prisms are important for understanding the building and
releasing of seismic energy. Numerous researchers have conducted sandbox experiments …

To explore a local relationship between geological structures and the occurrence of very-low-
frequency earthquakes (VLFEs), a particular class of slow earthquakes with characteristic …

Abstract Knowledge of the contemporary in‐situ stress orientations in the Earth's crust can
improve our understanding of active crustal deformation, geodynamic processes, and …

Fault slip activity at subduction zones is governed by sediment frictional properties, which in
turn are affected by diagenetic processes. To study the spatial patterns in frictional …

Accretionary prisms commonly grow seaward, with the strata of the inner prism consisting of
older, previously accreted outer prism rocks overlain by thick fore‐arc basin strata. We focus …