Abstract This study aims to synthesize seismic observations with gravity and magnetic data suggest a new scenario on the development of Harrat Lunayyir (HL) tectonic system eastern Red Sea coastline, Saudi Arabia. Gravity aeromagnetic anomalies distinctly mapped NE NW trends, while InSAR depict small NW–SE graben an dyke. High-resolution relocations, which are well-consistent focal mechanism so...

Tidal triggering of earthquakes in diverse tectonic settings has been well documented, albeit the mechanisms and implications remain elusive. Here we present solid earth ocean tide modulation micro-seismicity, associated with caldera dynamics 2015 axial seamount eruption Juan de Fuca ridge, from well-monitored micro-seismicity catalog mid-ocean ridge volcanoes to gain an insight into complex in...

Fault- and fracture-hosted multi-stage mineral assemblages that formed by fracture reactivation fluid migration, constitute archives of the tectonic evolution Precambrian cratons. Complex intergrowth patterns these records often hinder absolute dating mineralization events for geological models. We apply LA-ICP-MS/MS in situ Rb-Sr single crystal growth zones sub-mm-wide vein including illite, K...

N-nitroso compounds (NOCs) and Epstein-Barr virus (EBV) reactivation have been suggested to play a role in the development of nasopharyngeal carcinoma (NPC). Although chemicals have been shown to be a risk factor contributing to the carcinogenesis of NPC, the underlying mechanism is not fully understood. We demonstrated recently that N-methyl-N'-nitro-N-nitrosoguanidine (MNNG) enhances the geno...

Observations on tens-of-meter scale experiments of fault activation by fluid injection conducted in shales allow exploring how aseismic and seismic events may jeopardize the integrity a sealing caprock overlying CO2 sequestration reservoir. We contrast behavior shale faults with another set carbonates. Significant leakage occurs along initially low-permeability when rupture is activated. Most p...