Electromagnetic geophysical methods image the electrical conductivity of the subsurface.
Electrical conductivity is an intrinsic material property that is sensitive to temperature …

The electrical conductivity of mineral aggregates depends both on the properties of the
constitutive minerals and the ways those minerals are assembled. Mixing, or average …

The role of stishovite in transporting water in subducting slabs has been a subject of debate
for several decades. Here we investigated stishovite's water solubility and its potential role in …

High conductivity anomalies in the shallow mantle are frequently attributed to minor partial
melt (basalt or carbonatite) in the olivine-dominated peridotites. Conductivity of a melt …

Electrical conductivity is perhaps the physical property of rocks that is most sensitive to the
presence of hydrogen. Hydrogen enhances conductivity via proton conduction in minerals or …

Abstract The Bundelkhand Craton (BKC), one of the Archaean nuclei in the north central part
of the Indian shield, has a lesser surface exposure compared to other cratons. Recent …

Aqueous fluids are one of the principal agents of chemical transport in Earth´ s interior. The
precise determination of fluid fractions is essential to understand bulk physical properties …

Water has been stored in the Martian mantle since its formation, primarily in nominally
anhydrous minerals. The short-lived early hydrosphere and intermittently flowing water on …

Hydrogen (H) is the most abundant element in the known universe, and on the Earth's
surface it bonds with oxygen to form water, which is a distinguishing feature of this planet. In …

High electrical conductivity in the shallow mantle has long been recognized by
electromagnetic depth soundings, but the origin remains debated. Various candidates, of …