The P-wave velocity structure of the mantle below the Iberian Peninsula is investigated with
the method of delay-time tomography. More than 200,000 delay-times are inverted for …

New results from a seismic refraction/wide-angle reflection survey carried out in the Betic
Cordillera in autumn 1989, contribute to a better picture of its deep structure. One NW-SE …

Relative SV and SH wave speeds are generally attributed to radial seismic anisotropy which
can be used as the indicator of crust/mantle deformation styles. Surface wave data were …

The dimensions of the Iberian Peninsula, the facility of firing large charges in the
surrounding waters, the well-known and relatively uniform geology, and prior knowledge of …

We conducted a tomographic inversion of Rayleigh‐wave dispersion to obtain 2D phase
and group velocity tomographic images in the 10–100 s period range and shear‐wave …

A joint inversion of regionalized phase and group velocities of fundamental mode Rayleigh
waves is performed by means of a simulated annealing scheme which makes use of some …

Love and Rayleigh wave phase velocities are analyzed with the goal of retrieving
information about the anisotropic structure of the Iberian lithosphere. The cross-correlation …

The lithospheric structure of the Sinai Peninsula is shown by means of nine shear velocity
profiles for depths ranging from zero to 50 km, determined from the Rayleigh wave analysis …

A detailed dispersion analysis of Rayleigh waves propagating across the Iberian Peninsula
is carried out. The starting data are high-quality long-period data recorded at the broad-band …

A rigorous study of velocity dispersion of surface waves generated by teleseismic events
propagating across the Iberian Peninsula and traversing main geological units, has been …