We present a graphical user interface to facilitate the processing of teleseismic shear-wave
splitting observations. In contrast to a fully automated technique, we present a manual, per …

Seismic shear-wave splitting is difficult to measure accurately because of the complexity of
the shear-wave signal. A variety of techniques have been developed for measuring time …

We compare sensitivity and reliability of three basic techniques of shear-wave splitting
analysis–cross-correlation of wave components, minimization of covariance matrix …

The propagation of two orthogonally polarized shear waves, or shear-wave splitting, is
arguably the most robust indication of seismic anisotropy in the Earth. This splitting can be …

The Seismic Analysis Code (SAC) is one of the most widely used analysis packages for
regional and teleseismic seismic data. For the first time, this book provides users at …

High noise levels hamper teleseismic shear wave splitting measurements, which bandpass
filtering does not always help. To investigate how robust splitting measurements are to …

We introduce and discuss an automated, analytical method for determination of shear-wave
splitting. To determine the polarization direction of the first-arriving shear wave (fast wave) …

Seismic shear waves emitted by earthquakes can be modeled as plane (transverse) waves.
When entering an anisotropic medium, they can be split into two orthogonal components …

A multichannel analysis is introduced to constrain seismic anisotropy from the shear wave
splitting of SKS and SKKS. This technique utilizes simultaneously a set of records coming …

We present an automatic shear wave splitting measurement tool for local earthquakes, with
the sole manual step of choosing an S arrival time. We apply the technique to three data sets …