We present a new 3-D transversely isotropic shear wave velocity model of the European and
Mediterranean upper mantle obtained by analysis of surface waves. Data used are …

We present a new, S-velocity model of the European upper mantle, constrained by
inversions of seismic waveforms from broad-band stations in Europe and surrounding …

A model of upper-mantle S-wave velocity and transverse anisotropy beneath northwestern
Europe is presented, based on regional surface wave observations. Group velocities for …

We derive a global, three-dimensional tomographic model of horizontally and vertically
polarized shear velocities in the upper mantle. The model is based on a recently updated …

Summary A new model, EUR-S91, of shear-wave velocity variations in the upper mantle
beneath central Europe and surrounding regions, down to a depth of 670km, is presented …

We develop an approach that allows us to invert for the mantle velocity structure within a
finely parametrized region as a perturbation with respect to a low-resolution, global …

This paper presents a 3-D regionalized model of the European crust and mantle velocity
structure down to depths of approximately 300 km. The model is entirely based upon the …

The upper mantle velocity structure beneath Europe is investigated by body-wave modelling
of broad-band seismograms from earthquakes in the eastern Mediterranean recorded by …

We present a shear velocity model of the crust and upper mantle beneath central Eurasia by
simultaneous inversion of broadband group and phase velocity maps of fundamental-mode …

From a large set of fundamental-mode surface wave phase velocity observations, we map
the transversely isotropic lateral heterogeneities in the upper-mantle shear velocity structure …