▪ Abstract Recent developments in volcanic seismology include new techniques to improve
earthquake locations that have changed clouds of earthquakes to lines (faults) for high …

Parameter Estimation and Inverse Problems, Third Edition, is structured around a course at
New Mexico Tech and is designed to be accessible to typical graduate students in the …

We studied the anatomy of the fault system where the 2009 L'Aquila earthquake (MW 6.1)
nucleated by means of~ 64 k high‐precision earthquake locations spanning 1 year. Data …

We present a new technique for the efficient measurement of the traveltimes of long period
body wave phases. The technique is based on the fact that all arrivals of a particular seismic …

We processed the complete digital seismogram database for northern California to measure
accurate differential travel times for correlated earthquakes observed at common stations …

We compute high‐precision earthquake locations using southern California pick and
waveform data from 1981 to 2005. Our latest results are significantly improved compared to …

Earthquake location using relative arrival time measurements can lead to dramatically
reduced location errors and a view of fault-zone processes with unprecedented detail. There …

In early December 2006, a massive fluid injection was carried out at 5 km depth below the
city of Basel, Switzerland, for geothermal reservoir enhancement. During the six-day …

Microseisms are the most ubiquitous continuous seismic signals on Earth at periods
between approximately 5 and 25 s (Peterson 1993; Kedar and Webb 2005). They arise from …

Automated location of seismic events is a very important task in microseismic monitoring
operations as well for local and regional seismic monitoring. Since microseismic records are …