This paper shows a new multidisciplinary interpretation approach to the internal structure of
Tenerife Island. The central core of this work is the determination of the three-dimensional …

Abstract Volcanic activity on Tenerife Island is extremely diverse. Three radial rift zones are
characterized by cinder cones from basaltic fissure eruptions. A triple junction in central …

In recent years, an increasing number of studies have focussed on resolving the internal
structure of ocean island volcanoes. Traditionally, active source seismic experiments have …

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 …

In this work we have done a 3D joint interpretation of magnetotelluric and seismic
tomography models. Previously we have described different techniques to infer the inner …

We present a high resolution 3 dimensional (3D) P wave velocity model for Tenerife Island,
Canaries, covering the top of Teide volcano (3,718 m asl) down to around 8 km below sea …

In this work, we present regional maps of the inverse intrinsic quality factor (Q i− 1), the
inverse scattering quality factor (Q s− 1) and total inverse quality factor (Q t− 1) for the …

The accurate estimation of the arrival time of seismic waves or picking is a problem of major
interest in seismic research given its relevance in many seismological applications, such as …

We present a new three‐dimensional (3D) image of attenuation beneath Mt. Etna volcano
based on the coda normalization method. Mt. Etna is an ideal natural laboratory for the …

In the present paper we describe the on-land field operations integrated in the TOMO-ETNA
experiment carried out in June-November 2014 at Mt. Etna volcano and surrounding areas …