Mountain water resources are of particular importance for downstream populations but are
threatened by decreasing water storage in snowpack and glaciers. Groundwater …

Abstract The Alpine front's External Crystalline Massifs represent exhumation of mid-crustal
basement during late-stage continent-continent collision. We unravel the geodynamic …

Hydrothermal activity and seismicity are abundant along the Yushu-Ganzi-**anshuihe fault
system (YGXFS) in the eastern Tibetan Plateau. However, the processes and factors that …

The spatial and temporal evolutionary mechanisms of volatile components at plate
boundaries and their potential as earthquake precursors are not well understood. Based on …

Amagmatic geothermal systems within regional‐scale orogenic faults are promising
renewable resources for heat and possibly electricity production. However, their behavior …

Deep meteoric waters comprise a key component of the hydrologic cycle, transferring water,
energy, and life between the Earth's surface and deeper crustal environments, yet little is …

The measurement and assessment of heat flux in volcanic and geothermal areas are crucial
to studying the thermodynamic process, locating the activity of a geothermal field, evaluating …

Résumé The potential of high-temperature (> 150 C) geothermal systems in crustal fault
zones (fault cores and hundreds of meters wide networks of interconnected fractures in the …

The geochemistry of the fluids is spatially closely related to faults and earthquakes that have
been detected in the northern Sichuan-Yunnan (SC-YN) block. However, the processes and …

Abstract Carbon Capture and Storage (CCS) technologies play a critical role in achieving
global and Swiss climate goals, particularly with Switzerland aiming to domestically store …