Abstract The Human-induced Earthquake Database, HiQuake, is a comprehensive record of
earthquake sequences postulated to be induced by anthropogenic activity. It contains over …

Featured Application This article describes various applications of in situ acoustic emission
(AE) monitoring in the context of structural health monitoring (SHM) in mines and extensively …

A very unusual time-space distribution of seismicity accompanying coal exploitation has
been observed in a Polish mine. The earthquakes did not follow the depth of mining but …

Anthropogenic seismicity (AS) is the undesired dynamic rockmass response to technological
processes. AS environments are shallow hence their heterogeneities have important impact …

Dynamic failure of rock masses around deep tunnels, such as fault-slip rockburst and
seismic-induced collapse, can pose a significant threat to tunnel construction safety. One of …

Induced seismicity exhibits diverse source mechanisms that are often difficult to constrain for
small events. Here, we use data from the in‐mine seismic network, the Natural Earthquake …

In-situ acoustic emission (AE) monitoring is carried out in mines, tunnels and underground
laboratories in the context of structural health monitoring, in decameter-scale research …

The Coulomb stress changes imparted by the 2012 Varzaqan-Ahar earthquake doublets to
the surrounding area have been examined and correlated with the spatial distribution of the …

Strong mining‐induced earthquakes are often followed by aftershocks, similar to natural
earthquakes. Although the magnitudes of such in‐mine aftershocks are not high, they may …

Mining-induced seismic events can be followed by aftershocks that increase the risk
associated with the exploitation. The understanding of the aftershock generation process in …