Many geoscientific applications exploit electrostatic and electromagnetic fields to interrogate
and map subsurface electrical resistivity—an important geophysical attribute for …

Machine learning, and specifically deep-learning (DL) techniques applied to geophysical
inverse problems, is an attractive subject, which has promising potential and, at the same …

Urban geological mapping is a key to assist management of new developed areas,
conversion of current urban areas or assessment of urban geological hazards. Geophysics …

SUMMARY A big potential lies in the quantitative integration of multiple geophysical
measurements for what concerns more unique and robust inversion results, complementary …

For hydrocarbon applications, seismic exploration is the workhorse of the industry. Only in
the borehole, electromagnetic (EM) methods play a dominant role, as they are mostly used …

Offshore seismic and electromagnetic (EM) imaging for hydrocarbons can require up to tens
of millions of parameters to describe the 3D distribution of complex seabed geology and …

We modeled surface-to-borehole controlled-source electromagnetics to assess the
sensitivity of electromagnetic fields to the detection and evolution of the waterfront position in …

Abstract The structure of Cerdanya Basin (north-east of Iberian Peninsula) is partly known
from geological cross sections, geological maps and vintage geophysical data. However …

In recent years, marine controlled-source electromagnetic (CSEM) surveying has become
an effective supplemental interpretation tool to the seismic reflection method to help mitigate …

Comprehensive understanding of the principles governing the geological activity of the
Earth was obtained in continental and oceanic mountains. It is not expected that the …