In order to constrain the rate of magnetic enhancement in soils, we investigated modern
soils from five fluvial terraces in the eastern Wind River Range, Wyoming. Profiles up to 1.2 …

We report a novel authigenic nanoscale magnetite source in marine methane seep
sediments. The magnetite occurs in large concentrations in multiple horizons in a 230 m …

Rocks are often magnetically altered during burial, thus providing a useful method to study
their thermo-chemical history. In order to improve the understanding of burial diagenetic …

Intracellular crystals of magnetite synthesized by cells of the magnetotactic vibroid organism,
MV-1, and extracellular crystals of magnetite produced by the non-magnetotactic …

Magnetotactic bacteria, which most commonly live within the oxic-anoxic transition zone
(OATZ) of aquatic environments, produce intracellular crystals of magnetic minerals …

Magnetite is both a common inorganic rock-forming mineral and a biogenic product formed
by a diversity of organisms. Magnetotactic bacteria produce intracellular magnetites of high …

This study focuses on the field characteristics and mineral magnetism of four stacked
paleosols in the Upper Pennsylvanian (Virgilian, Asselian) Roca Shale exposed near …

Low temperature magnetic techniques provide useful tools to detect the presence of
magnetite and pyrrhotite in sediments through identification of their low temperature …

High‐quality paleointensity data are essential for improving our understanding of the
geomagnetic field; however, it is challenging to find materials that reliably record full vector …

Pedogenesis produces fine-grained magnetic minerals that record important information
about the ambient climatic conditions present during soil formation. Yet, differentiating the …