Although the widths of fault damage zones commonly show a positive correlation with
displacements, these relationships also show a somewhat scattered distribution. We believe …

Growing macroscale fold structures are one of the most dynamic and complex systems in
geology, where during fold growth pore fluid pressure, fluid temperature, and fluid …

Outcrop data has been used to examine the spatial arrangement of fractures in the damage
zones of a segment of the large-scale Moab Fault (45km in length), SE Utah. The …

Des failles recoupant des sédiments non consolidés du système du rift de la vallée de la
Roer (Pays-Bas) forment en général de fortes barrières vis-à-vis des écoulements …

[en] A fault can be both the inrush channel and the water source. In order to better
understand how such a mine disaster develops, a fluid–solid coupling analysis model and a …

Studies of fracture networks and hydrothermal mineralisation of several faults affecting
Jurassic siliceous sedimentary rocks, exposed in the Rapolano geothermal area (hinterland …

Fluid inclusions in crack-seal veins are analyzed in accreted mélange now on land. The vein
I inclusions are observed in the necked parts of sandstone blocks in mélange, and the vein II …

During coal mine operations, roadways may be located close to faults. When designing
these roadways, it is important to determine the width of the rock mass between a roadway …

Damaged and hydrothermally altered rocks are ubiquitous in fault zones, with the degree of
damage and type and intensity of alteration varying in space and time. The impact of …

While the presence of water on the surface of early Mars is now well known, the volume,
distribution, duration, and timing of the liquid water have proven difficult to determine. This …