Mapping lithology and geological structures accurately remains a challenge in difficult
terrain or in active mining areas. We demonstrate that the integration of terrestrial and drone …

The anomalous enrichment of clay minerals in fault zones is considered a key factor
affecting the seismic behavior of faults, fault permeability, and mineralization. This process …

A different approach to investigate the origin of fluids, temperature conditions, age of
hydrothermal activity of mineralization in the Biga Peninsula,(Koru, Tesbihdere and …

In contrast to faults in clastic reservoirs, rules to predict the exploration and production
timescale fault-seal potential in carbonates are lacking. This paper provides a summary of …

Detrital zircon multi‐chronology combined with provenance and low‐grade metamorphism
analyses enables the reinterpretation of the tectonic evolution of the C retaceous S himanto …

Fossil structures, such as exhumed accretionary prisms, are the only direct recorders of the
fluids wetting the plate interface near the base of the seismogenic zone. By studying …

In order to constrain deformation processes close to the brittle-ductile transition in
seismogenic zone, we have carried out a microstructural study in the Shimanto accretionary …

Radiocesium released by the severe nuclear accident and nuclear weapon test is a
hazardous material. Illitic clays play a key role in the spatial distribution of radiocesium in …

Atera Fault clay gouges were collected for age dating near Kawaue, Nakatsugawa City,
Central Japan, and the results integrated within its complex geological history. The results …

In this study, we describe radiolarian fossils, analyze sandstone petrography and
geochemistry, and perform detrital zircon U–Pb dating on the Late Cretaceous and …