In this review, I discuss the basic principles of joint inversion and constrained inversion
approaches and show a few instructive examples of applications of these approaches in the …

This review paper focuses on joint modelling and interpretation of electromagnetic data and
other geophysical and petrological observables. In particular, integrated geophysical …

Abstract Based on the Markov Chain Monte Carlo method, we present a reconciliation
analysis of the three most important but not directly related sets of seismic, selenodetic, and …

Large earthquakes away from plate boundaries pose a significant threat to human lives and
infrastructure, but such events typically occur on previously unknown faults. Most cases of …

To quantitatively convert upper mantle seismic wave speeds measured into temperature,
density, composition, and corresponding and uncertainty, we introduce the Whole‐rock …

The main purpose of the present study is to evaluate the lunar bulk composition (BSM) and
the composition of a three-layer mantle based on a joint inversion of lunar mass and …

We consider lithological tomography in which the posterior distribution of (hydro) geological
parameters of interest is inferred from geophysical data by treating the intermediate …

We reassess the mantle transition zone structure below the northeast Asia margin in the
context of subduction of the Pacific plate below the Eurasian continent. We use two …

We present a new methodology for inverting P‐to‐S receiver function (RF) waveforms
directly for mantle temperature and composition. This is achieved by interfacing the …

Geoscience is a comprehensive research field dedicated to the study of our planet. Its
primary focus is to understand the processes and interactions that shape the Earth, its …