This work presents MARE2DEM, a freely available code for 2-D anisotropic inversion of
magnetotelluric (MT) data and frequency-domain controlled-source electromagnetic (CSEM) …

We review and describe the electromagnetic transmitters and receivers used to carry out
magnetotelluric and controlled source soundings in the marine environment. Academic …

The differential motion between the lithosphere and the asthenosphere is aseismic, so the
magnetotelluric (MT) method plays an important role in studying the depth and nature of the …

We have developed a three‐axis electric field receiver designed to be towed behind a
marine electromagnetic transmitter for the purpose of map** the electrical resistivity in the …

The role of subducting topography on the mode of fault slip—particularly whether it hinders
or facilitates large megathrust earthquakes—remains a controversial topic in subduction …

For geophysical electromagnetic (EM) forward modeling problems, the accuracy of solutions
mainly depends on the numerical modeling method used and the corresponding boundary …

SUMMARY A key aspect of geophysical inversion is the ability to model the earth with a low
dimensional representation. There exist various approaches to solve the inverse problem …

We acquired coincident marine controlled source electromagnetic (CSEM), high‐resolution
seismic reflection and ocean‐bottom seismometer (OBS) data over an active pockmark in …

Marine controlled-source electromagnetics (MCSEM) is an effective method to map the
spatial distribution of gas hydrate and calculate gas hydrate saturation. An MCSEM survey is …

We apply a reversible-jump Markov chain Monte Carlo method to sample the Bayesian
posterior model probability density function of 2-D seafloor resistivity as constrained by …