The structure and dynamics of the upper mantle control tectonics, seismicity, magmatism,
and the development of mineral deposits. Seismic tomography maps spatial variations in …

Seismic tomography is the most abundant source of information about the internal structure
of the Earth at scales ranging from a few meters to thousands of kilometers. It constrains the …

We present a new S-wave velocity tomographic model of the upper mantle beneath the
Australian Plate and its boundaries that we call Aus22. It includes azimuthal anisotropy and …

Ireland and neighbouring Britain share much of their tectonic history and are both far from
active plate boundaries at present. Their seismicity shows surprising lateral variations, with …

Variations in temperature within the Earth are of great interest because they indicate the
thickness and, consequently, mechanical strength of the lithosphere and density variations …

The unprecedentedly dense current sampling of the upper mantle with seismic data offers
an opportunity for determining representative seismic velocity models for the Earth's main …

High-frequency seismic surface waves sample the top few tens of meters to the top few
kilometres of the subsurface. They can be used to determine 3-D distributions of shear-wave …

In this study, we focus on Northwest Iran and exploit a dataset of Rayleigh-wave group-
velocity measurements obtained from ambient noise cross-correlations and earthquakes …

Ambient seismic noise tomography has, over the last two decades, developed into a well-
established tool for imaging seismic properties of the Earth's crust. Fundamental mode …

High quality maps of the geothermal gradient and temperature are essential when
assessing geothermal potential for a region. However, determining geothermal potential is a …