Published relative paleointensity (RPI) records older than∼ 3 Ma are extremely limited in
time and space. To develop a more robust understanding of RPI variations, we have …

Ocean Drilling Program Sites 883 and 884 were cored as part of a three-site depth transect
down the slopes of Detroit Seamount in the North Pacific Ocean. Continuous mineral …

Long‐term changes of geomagnetic field intensity, including possible dependence on
lengths of polarity intervals, provide fundamentally important information for understanding …

Abstract Late Oligocene to Early Miocene relative paleointensity (RPI) proxies can be
correlated from the equatorial Pacific (IODP Site U1334 and ODP Site 1218) to the South …

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 performed new high-resolution magnetic measurements of sedimentary cores from the
east northern Pacific ODP Site 1021 and the East equatorial Pacific ODP Site 851. ODP Site …

Progress of relative paleointensity (RPI) estimations using marine sediments has greatly
contributed to better understanding of the behavior of the past geomagnetic field. To …

Abstract Information of past geomagnetic intensity variations is important for better
understanding of the geodynamo, and efforts to recover continuous paleointensity records …

Hydraulic piston coring operations at Deep Sea Drilling Project site 522 in the South Atlantic
retrieved an unusually continuous section of late Eocene to late Oligocene pelagic …

A record of relative paleointensity from marine sediments in the equatorial Indian Ocean
spanning the last 4 Ma completes a previous dataset from Ocean Drilling Program (ODP) …