We introduce an algorithm for declustering earthquake catalogs based on the nearest‐
neighbor analysis of seismicity. The algorithm discriminates between background and …

Fluids are well known to influence earthquakes, yet rarely are earthquakes convincingly
linked to precipitation. Weak modulation or limited data often leads to ambiguous …

Abstract Changes in terrestrial water content cause elastic deformation of the Earth's crust.
This deformation is thought to play a role in modulating crustal stress and seismicity in …

Recent studies suggested that transient and long‐term stress changes caused by Earth's
surface processes (eg, extreme weather events, annual variations on groundwater storages) …

Abstract Shallow (≤ 40 km), low magnitude (M≥ 2.0) seismicity in southern Alaska is
examined for seasonal variations during the annual hydrological cycle. The seismicity is …

Abstract Regional networks of Global Navigation Satellite System (GNSS) stations cover
seismically and volcanically active areas throughout the United States. Data from these …

Studying the seismicity triggering response of fault systems to periodic stress fluctuations
can improve our understanding of earthquake nucleation, rupture failure processes, and …

We study temporal changes of seismic velocities associated with the 10 June 2016 M w 5.2
Borrego Springs earthquake in the San Jacinto fault zone, using nine component Green's …

The mechanisms of unusual shallow intraplate earthquakes that occasionally occur in stable
cratons remain poorly understood. Here we analyze coseismic and postseismic …

Aquifers and fault zones may interact through groundwater flow and stress redistribution, yet
their spatiotemporal relationship remains enigmatic. Here we quantify changes in water …