Magnetofossils are magnetic nanoparticles that represent the fossil remains of
microorganisms that biomineralize magnetic minerals in a genetically controlled manner …

A recent trend in paleomagnetism is the study of samples of ever decreasing sizes, going
down to (sub) millimeter scales and even microscopic scales, including single-silicate …

Progress in the discrimination of fine-grained magnetic minerals in sediments and sediment
sources using measurements of magnetic susceptibility at two frequencies and of magnetic …

Fine‐grained magnetic particles in deep‐sea sediments often statistically align with the
ambient magnetic field during (and shortly after) deposition and can therefore record …

Core OL-92 from Owens Lake, California, was obtained using rotary-core drilling into 323 m
of lacustrine sediments, estimated to represent the past 800,000 years (Smith and Bischoff …

Oriented samples were collected in the southern Mongolia Plateau and north‐eastern
Tibetan Plateau to detect links between microstructural features, which are inferred from …

Dendrites are crystals that grow in branches that diverge along crystallographically defined
directions. Despite the importance of dendrites in paleomagnetic research, little is known …

Relative paleointensity data from sedimentary rocks play an important role to decipher the
workings of the geodynamo and to correct for atmospheric cosmogenic radionucleide …

This paper describes the magnetostratigraphy of lower and middle Eocene, lower and upper
Oligocene, and lower Miocene terrigenous sediments recovered in three on shore …