Exploring and exploiting high-temperature (even supercritical) geothermal resources are
significant to meet energy demands and reduce carbon emissions. The Yangbajing …

Slab-derived fluids control crustal dynamics in the subduction zone. However, the slab-
derived fluid budget has never been quantified beyond a geophysical and geological …

Unconventional geothermal resource development can contribute to increase power
generation from renewable energy sources in countries without conventional hydrothermal …

Assessing the thermal structure of a geothermal reservoir and its history is of critical
importance when evaluating the energy potential and heat source of the reservoir. However …

Carbon dioxide is the most abundant, non-condensable gas in volcanic systems, released
into the atmosphere through either diffuse or advective fluid flow. The emission of substantial …

Towada volcano is an active volcano in northeast Japan, that caused two large caldera‐
forming eruptions at 36 ka (episode N) and 15.5 ka (episode L). Petrological analyses and …

We examined the silicification zone in a granite-porphyry system in order to investigate the
caprocks in a supercritical geothermal system. At the top of the granite intrusion, a high …

In tephrochronology, trace-element compositions of apatite phenocrysts are useful because
they change in response to various magmatic conditions as apatite crystallizes. Moreover …

Caldera eruptions, occurring within subduction zones, are rare events but can have
catastrophic consequences. When a magmatic system progresses towards a violent …

Баланс воды в коре зоны дуги имеет решающее значение для вулканической
деятельности, реологии и баланса геотермальной энергии. В данном исследовании …