Ascending hydrothermal fluid flow and subsequent hypogene karstification can control the
formation of high-permeability zones in folded or faulted carbonate rocks. This study …

The present study used a multitool approach to characterize fractures of several orders of
magnitude in large fracture corridors, caves, and canyons to investigate their impact on fluid …

Caves developed in carbonate units have a significant role in fluid flow, but most of these
subsurface voids are below seismic resolution. We concentrated our study on four caves to …

Understanding the karstification process in fractured carbonates is a key factor in develo**
and exploiting fractured and karstified reservoirs. This study documents the relationship …

Fractured and karstified carbonate units are key exploration targets for the hydrocarbon
industry as they represent important reservoirs. Furthermore, large water reserves and …

Several giant oilfileds have been discovered during recent exploration in the Ordovician
carbonates in zone between the Awati and Manjiaer depressions, Tarim Basin, China …

This study combines multiscale analyses of geological, fault, fracture, and stable isotope
data to investigate strike-slip deformation and channeling of hydrothermal fluids along the …

The Lilstock outcrop in the southern Bristol Channel provides exceptional exposures of
several limestone beds displaying stratabound fracture networks, providing the opportunity …

This study examines the impact of polyphase tectonics on the development of structurally
controlled hydrothermal fluid pathways in carbonate geothermal reservoirs. Our case study …

Hydrothermal silicification generates secondary porosity and permeability and could play an
important role in carbonate reservoirs. We investigated the Cristal Cave, which is hosted in …