Since the nineteen-eighties, the depth, number, position and shape of the heat sources
feeding the super-hot geothermal system of the Los Humeros caldera (Mexico) is under …

We present a 1D shear‐velocity model for Los Humeros geothermal field (Mexico) obtained
from three‐component beamforming of ambient seismic noise, imaging for the first time the …

A passive seismic experiment using 25 broadband and 20 short‐period stations was
conducted between September 2017 and September 2018 at Los Humeros geothermal …

In this study, we present results of an in situ stress state estimation for the Los Humeros
geothermal field (Mexico) located in the eastern section of the Trans-Mexican Volcanic Belt …

We have developed an approach to determine the time-dependent moment tensor and the
origin time in addition to commonly derived locations of seismic events using time reverse …

Faults and fractures are crucial parameters for geothermal systems as they provide
secondary permeability allowing fluids to circulate and heat up in the subsurface. In this …

The estimation of the source–location accuracy of microseismic events in reservoirs is of
significant importance. Time-reverse imaging (TRI) provides a highly accurate localization …

Locating and characterising (micro-) seismic events is beneficial in all development phases
of geothermal reservoirs. The spatio-temporal distribution of seismicity may be used to …