Transpression occurs in response to oblique convergence across a deformation zone in
intraplate regions and plate boundaries. The Korean Peninsula is located at an intraplate …

Degassing of deeply-derived fluids (eg, He and CO 2) prevails along seismically active
faults in continental collision settings such as the Tibetan Plateau, where potential insights …

Abstract Earth's mantle releases 38.7±2.9 Tg/yr CO2 along with other reduced and oxidized
gases to the atmosphere shaping microbial metabolism at volcanic sites across the globe …

Volatiles such as helium and carbon dioxide provide insights into geological processes
spanning from the Earth's deep interior to its surface. Integration with geophysical data …

Active fault zones are critical pathways for the migration of deep fluids to the Earth's surface,
carrying gases such as He, Rn, and CO2 that provide evidence for the physical and …

Continental rift systems are first-order emitters of deep-sourced CO 2 but their impact on the
global budget is largely unknown. For instance, the estimate of the total amount of deep …

Carbon dioxide (CO 2) is one of the main components of greenhouse gases, and there is a
great concern about emissions mainly from human activities. However, long term CO 2 …

We report on the results of an extensive geochemical survey of fluids released in the Vardar
zone (central‐western Serbia), a mega‐suture zone at the boundary between Eurasia and …

Springs and hot spas have been used worldwide since ancient times as sources of potable,
medicinal and bathing water, as well as for industrial purposes. They also sustain spring …

In general, mantle-derived volatiles are mainly released into the atmosphere through
volcanoes in mid-ocean ridges and subduction zones. However, relatively little attention has …