An accurate survey of old and new datasets allowed us to probe the nature and role of fluids
in the seismogenic processes of the Apennines mountain range in Italy. New datasets …

Deep CO2 emissions characterize many nonvolcanic, seismically active regions worldwide,
and the involvement of deep CO2 in the earthquake cycle is now generally recognized …

Geological CO 2 degassing is a fundamental Earth process but still quite poorly understood,
since a thorough quantification with conventional measurement techniques is challenging …

Deep fluids play active roles during the preparatory phases of large earthquakes and,
through their chemical signature, carry information about deep processes within the …

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

We performed continuous recordings (May 2015–January 2017) of hydraulic pressure and
electrical conductivity of groundwater in the 190 m-long horizontal S13 borehole drilled next …

Insights into seismic precursors have been obtained in the last decades. However, a
detailed understanding of hydrogeochemical anomalies prior to earthquakes still remains …

An understanding of the origin and migration pathways of geofluids in an active seismic area
is of paramount importance in terms of societal challenges such as mitigation of seismic …

Abstract South Matese, Apennines, is a hydrothermally and seismically active extensional
area characterized by CO 2 outgassing and Mw≤ 7.1 earthquakes. There, meters-sized …

Understanding the physical mechanisms which link fluid injection with triggered
earthquakes is critical in minimizing hazard in subsurface fluid‐injection operations …