Red clay widely occupies the seafloor of pelagic environments in middle latitudes, and
potentially preserves long paleoceanographic records. We conducted a rock-magnetic study …

Recent investigations have discovered an unexpected abundance of magnetofossils in oxic
pelagic red clays. These have potential to serve as paleoenvironmental tracers in otherwise …

Nonfossiliferous red clay can be used for elucidating long‐range environmental changes,
although such studies were limited so far because of the difficulty in precise age estimation …

We describe transition metal behaviour during early diagenesis in sediments collected
along a transect across the eastern flank of the East Pacific Rise (EPR) at 14° S overlying …

An environmental magnetic study was conducted to investigate temporal variations of the
sources of magnetic minerals in the Pacific Ocean using sediment cores of Pleistocene age …

A rock magnetic study was conducted on upper Pleistocene marine sediments from
International Ocean Discovery Program Expedition 350 Site U1437 in order to highlight the …

Magnetic properties are increasingly used for paleoclimatic and paleoceanographic studies.
Utilizing recently developed proxies, an environmental magnetic study was conducted on …

We have conducted a paleomagnetic study of five hemipelagic-clay cores of 4–7 m in length
obtained from the West Caroline Basin, western equatorial Pacific. The purpose of this study …

We investigated the magnetic properties of u-channel samples from a giant piston core
(IMAGES MD01–2407), in order to obtain high-resolution records of past geomagnetic field …

Magnetic detection and classification of magnetofossils have been proposed as potential
tools for paleoenvironmental studies. Magnetosomes in bacterial species living in different …