The dimensions, the geographical position and the complex geological history of the Iberian
Peninsula makes it a unique and singular target to study its crustal and upper mantle …

The attenuation of seismic wave energy in NW Himalayas has been estimated using local
earthquakes. Most of the analyzed events are from the vicinity of the Main Boundary Thrust …

The coda quality factor of short‐period S waves (Q c) excited by local earthquakes in the
Pyrenees has been measured as a function of the length of the coda window (LW) for …

A geometrical attenuation model is proposed as an alternative to the conventional frequency-
dependent attenuation law Q (f)= Q 0 (f/f 0) η. The new model provides a straightforward …

Lateral variations of seismic attenuation in the Pyrenees are explored from the analysis of
local earthquake records. Scattering loss and intrinsic absorption both control the …

The quality factor of coda (Q c) waves has been estimated by using single backscattering
and single isotropic scattering models. The earthquakes used were recorded by three …

The study of focal mechanisms for shallow earthquakes of low-to-moderate magnitude at
regional distances requires a proper inversion technique. One of the major problems is the …

We used over 1000 regional waveforms recorded by 60 seismic stations located in
northwest Africa and Iberia to map the efficiency of L g and Sn wave propagation beneath …

Attenuation properties of the lithosphere around the Koyna-Warna seismic zone is studied
by estimating the coda-Q c from 30 local earthquakes of magnitude varying from 1.5 to 3.8 …

The complex volcanic system of Tenerife Island is known to have a highly heterogeneous
character, as recently confirmed by velocity tomography. We present new information …