A meaningful solution to an inversion problem should be composed of the preferred
inversion model and its uncertainty and resolution estimates. The model uncertainty …

The problem of inverting for multiple physical parameters in the subsurface using seismic full-
waveform inversion (FWI) is complicated by interparameter trade-off arising from inherent …

We derive high-resolution P and S seismic velocities (VP and VS) within the South-Central
Transverse Ranges section of the San Andreas Fault (SAF), using a new double-difference …

Resolution and covariance of global seismic tomography models are most often unknown
quantities. However, there are many potential applications of these matrices in the broad …

This proof-of-concept study presents a parameter-free, linear Backus–Gilbert inversion
scheme, tractable for seismic tomography problems. It leads to efficient computations of …

Magnetic surveys conducted in complex conditions, such as low magnetic latitudes, uneven
observation surfaces, or above high-susceptibility sources, pose significant challenges for …

ABSTRACT The Great Tumulus of Apollonia in northern Greece, with a diameter of~ 100 m
and a height of 19 m, is among the largest of its kind in the region of the ancient kingdom of …

Tomographic-geodynamic model comparisons are a key component in studies of the
present-day state and evolution of Earth's mantle. To account for the limited seismic …

The generalized finite-element method (GFEM) has been applied frequently to solve
harmonic wave equations, but its use in the simulation of transient wave propagation is still …

Seismic tomography inverse problems are among the largest high-dimensional parameter
estimation tasks in Earth science. Although iterative algorithms can be used to efficiently …