In microseismicity analyses, reliable focal mechanisms can typically be obtained for only a
small subset of located events. We address this limitation here, presenting a framework for …

Earthquake focal mechanisms are traditionally produced using P‐wave first‐motion
polarities and commonly require well‐recorded seismicity. A recent approach that is less …

Focal mechanisms, which reflect the sense of slip in earthquakes, provide important
constraints for understanding crustal tectonics and earthquake source physics, including the …

Earthquake focal mechanisms, determined with P‐wave polarities and S/P amplitude ratios,
are primary data for analyzing fault zone geometry, sense of slip, and the crustal stress field …

We utilized relative polarity measurements and machine learning techniques to better
resolve focal mechanisms and stress orientations considering a catalog of∼ 29,000 …

We present a statistical analysis of focal mechanism orientations for nine California fault
zones with the goal of quantifying variations of fault zone heterogeneity at seismogenic …

We introduce a Python package for computing focal mechanism solutions. This algorithm,
which we refer to as SKHASH, is largely based on the HASH algorithm originally written in …

Abstract<? A3B2 twb=. 3w?> In April 1998, a swarm of∼ 1800 microearthquakes near the
village of Iznajar (southern Spain) was recorded at the Granada basin short-period seismic …

Characterizing seismic moment tensors of small‐to moderate‐magnitude earthquakes (ie,
2.5< M< 4.0) still represents a challenge in observational seismology. To address this …

Using the method developed by,) termed the HASH method, we calculate focal mechanisms
for earthquakes that occurred in the southern California region from 1981 to 2010. When …