We discuss the subsurface structure of the Karadere–Duzce branch of the North Anatolian
Fault based on analysis of a large seismic data set recorded by a local PASSCAL network in …

Layered structure persists at the tops of subducting plates to depths in excess of 150km. A
low-velocity channel several km thick produces guided seismic guided waves, which …

A two‐dimensional solution for the scalar wave equation in a model of two vertical layers
between two quarter spaces is used to study properties of seismic waves in a laterally …

Seismic waves that travel along the surface of subducted slabs provide a means to infer
petrology to considerable depth. At high frequencies (0.5–10 Hz) they are particularly …

We analyse fault zone trapped waves, generated by∼ 500 small earthquakes, for high-
resolution imaging of the subsurface structure of the Coyote Creek, Clark Valley and Buck …

We analyse quantitatively a waveform data set of 238 earthquakes recorded by a dense
seismic array across and along the rupture zone of the 1992 Landers earthquake. A grid …

We perform comprehensive analyses of trapped waves and signals of damaged fault zone
rocks associated with time delays of body waves along the Parkfield section of the San …

In March 1998 a small-aperture (∼ 350 m) linear array of five broadband stations was
installed across a Pliocene strike-slip fault crossing the town of Nocera Umbra, central Italy …

We analyze seismograms recorded by four arrays (B1–B4) with 100 m station spacing and
apertures of 4–8 km that cross the surface rupture of the 2019 Mw 7.1 Ridgecrest …

The internal structure of the Clark fault in the trifurcation area of the San Jacinto fault zone is
imaged using seismograms recorded by a dense linear array (Jackass Flat, JF) crossing the …