We use ambient seismic noise and earthquake recordings on a temporary regional network
in southern Norway to produce Rayleigh and Love wave phase velocity maps from 3 to 67 s …

We produce a S-wave velocity model of the crust and upper mantle around the Sorgenfrei–
Tornquist Zone, southern Scandinavia, by analysing ambient seismic noise and earthquake …

This work presents the first comprehensive 3-D model of the crust beneath The Netherlands.
To obtain this model, we designed the NARS-Netherlands project, a dense deployment of …

Application of the ambient noise surface wave tomography method (ANT) for determination
of the upper-mantle structure requires data on long-periodic noise (T> 40 s). The ANT …

Taking advantage of the large number of seismic stations installed in Europe, in particular in
the greater Alpine region with the AlpArray experiment, we derive a new high-resolution 3-D …

We present a new 3D shear-wave velocity model and Moho map of Scandinavia, which is
based on the inversion of the merged phase dispersion curves from ambient noise and …

We use ambient noise tomography to investigate the crust and uppermost mantle structure
beneath the Carpathian–Pannonian region of Central Europe. Over 7500 Rayleigh wave …

A model for the upper mantle SV-wave velocity under southern Norway is obtained by depth
inversion of the average phase velocity of the Rayleigh wave fundamental mode in the area …

We study seismic noise recorded in the northeast of the Netherlands by beamforming and by
using empirical Green's functions obtained by seismic interferometry. From beamforming we …

We extend ambient noise surface wave tomography both in bandwidth (10–50 s period) and
in geographical extent (across much of Europe) compared with previous applications. 12 …