Biogeochemical reactions of iron within pelagic sediments from the eastern and western
equatorial Atlantic are investigated by means of pore water chemistry, chemical leaching …

Studies of early Paleogene climate suffer from the scarcity of well-dated sedimentary records
from the southern Pacific Ocean, the largest ocean basin during this time. We present a new …

We use bivariate scatter plots to illustrate variations in selected rock magnetic properties
(low‐field susceptibility, anhysteretic and isothermal remanence) of late Neogene and …

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 …

Palaeomagnetic and rock magnetic measurements on sediment cores from Integrated
Ocean Drilling Program (IODP) Sites U1331 and U1332 in the equatorial Pacific are used to …

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 …

Abstract Upper Eocene to lowest Miocene sediments recovered at Deep Sea Drilling Project
(DSDP) Site 522 in the South Atlantic Ocean allow direct calibration of magnetostratigraphy …

The sensitivity of magnetic properties, which characterize the mineralogy, concentration, and
grain size distribution of magnetic minerals, to environmental processes may provide useful …

Geochemical and rock-magnetic investigations were carried out on a sediment core
collected from the SE Arabian Sea at 1420 m depth in oxygenated waters below the present …

Pelagic marine carbonates provide important records of past environmental change. We
carried out detailed low‐temperature magnetic measurements on biogenic magnetite …