The past decade has been a period of rapid growth for marine electromagnetic (EM)
methods, predominantly due to the industrial adoption and promotion of EM as a valuable …

Fluid pressure in the crust may be controlled by different mechanisms according to depth,
temperature, and the mineralogy of the host rocks. Where rocks are fluid‐saturated, fluid …

I review recent investigations on the electrical conductivity of the lithosphere and
asthenosphere in Europe. The principal method in the reviewed studies is the …

In the absence of drilling, surface‐based geophysical methods are necessary to observe
fault zones and fault zone physical properties at seismogenic depths. These in situ physical …

All explanations of the high-conductivity layers (HCL) found by magnetotellurics in the
middle or lower crust incorporate a mixture of a low-conductivity rock matrix and a highly …

Eastern Anatolia is the location of a young continent-continent collision between the Arabian
and Eurasian plates. Long-period magnetotelluric data have been used to image the …

We present results of a study of the seismicity and the geoelectric structure of the Eastern
Carpathians. After the evaluation of the seismicity, new methods of processing and …

Abstract The Transbrasiliano Lineament represents a continental shear belt that transversely
intersects the South American Platform from NNE to SSW. Much evidence of this lineament …

The Beattie Magnetic Anomaly (BMA) and the Southern Cape Conductive Belt (SCCB), two
of Earth's largest continental geophysical anomalies, extend across the southern African …

The review covers the main results of the oceanic electromagnetic studies presented during
last 4–5 years. Seafloor electromagnetic observations are dedicated to studies in solid Earth …