Earthquakes are classified as one of the most devastating natural disasters that can have
catastrophic effects on the environment, lives, and properties. Most recent devastating …

Earthquake catalogs describe the distribution of earthquakes in space, time, and magnitude,
which is essential information for earthquake forecasting and the assessment of seismic …

We examine localization processes of low magnitude seismicity in relation to the occurrence
of large earthquakes using three complementary analyses:(i) estimated production of rock …

Abstract Empirical Green's functions (EGFs) are widely applied to correct earthquake spectra
for attenuation and other path effects in order to estimate corner frequencies and stress …

Theoretical and observational studies suggest that between‐event variability in the median
ground motions of larger (M≥ 5) earthquakes is controlled primarily by the dynamic …

Source processes of injection‐induced earthquakes involve complex fluid‐rock interaction
often elusive to regional seismic monitoring. Here we combine observations from a local …

For a set of earthquakes in a perfectly elastic medium and provided that stress drop and
rupture velocity do not vary systematically as a function of magnitude and that the instrument …

Earthquake source spectra contain fundamental information about the dynamics of
earthquake rupture. However, the inherent tradeoffs in separating source and path effects …

To provide timely and accurate seismic alerts for potential users during the earthquake early
warning (EEW) process, several algorithms have been proposed and implemented. Some of …

Stress drop, while difficult to measure reliably and at scale, is a key source parameter for
understanding the earthquake rupture process and its relationship to strong ground motion …