Source locations provide fundamental information on earthquakes and lay the foundation for
seismic monitoring at all scales. Seismic source location as a classical inverse problem has …

Underground mining has historically occurred in surface and near-surface (shallow) mineral
deposits. While no universal definition of deep underground mining exists, humanity's need …

Robust automatic event detection and location is central to real‐time earthquake monitoring.
With the increase of computing power and data availability, automated workflows that utilize …

With the proliferation of dense seismic networks sampling the full seismic wavefield,
recorded seismic data volumes are getting bigger and automated analysis tools to locate …

Microseismic methods are important tools for monitoring the status and consequences of
hydraulic fracturing. Because microseismic data recorded at the surface have a low signal-to …

Microseismic monitoring has been used in geo-energy related activities, such as shale-gas
exploitation, mining, deep geothermal exploitation, geotechnical and structural engineering …

Traditional earthquake location relying on first arrival picking is challenging for microseismic
events with low signal-to-noise ratio. Over the past years, alternative procedures have been …

The application of machine learning techniques in seismology has greatly advanced
seismological analysis, especially for earthquake detection and seismic phase picking …

In order to improve the accuracy of localization of projectile impact point, detection and
localization methods of projectile impact point based on remote sensing imagery are studied …

Seismic source location specifies the spatial and temporal coordinates of seismic sources
and lays the foundation for advanced seismic monitoring at all scales. In this work, we firstly …