Understanding the evolution of Earth's magnetic field can provide insights into core
processes and can constrain plate tectonics and atmospheric shielding. The absolute …

Statistical studies of paleosecular variation (PSV) are used to infer the structure and
behavior of the geomagnetic field. This study presents a new database, paleosecular …

Improvements in the spatial and temporal coverage of paleomagnetic data are essential to
better evaluate paleofield behaviour over the past 10 Myr, especially due to data scarcity at …

Reconstructions of long-term time-averaged geomagnetic field structures are important to
understand geomagnetic field evolution and to identify the longevity and scale of non …

Palaeomagnetic and modern geomagnetic measurements indicate that the South Atlantic
Anomaly (SAA) has undergone rapid changes over the past few hundred years. Its minimum …

SUMMARY A detailed palaeointensity study was performed using the modified Thellier
method on 18 Quaternary and Neogene volcanic units, ages ranging from 0.08 to 5.98 Ma …

The geomagnetic field is anomalously weak in the region of the South Atlantic causing a
reduced shielding effect against energetic cosmic particles and malfunctions of satellite …

Twenty‐two sites, subjected to an IZZI‐modified Thellier‐Thellier experiment and strict
selection criteria, recover a paleomagnetic axial dipole moment (PADM) of 62.2±30.6 ZAm2 …

The Microwave Palaeointensity System at the University of Liverpool has developed, over
30 years, into the current third generation version; a combined 14 GHz microwave resonant …

We present new radiometric ages and full-vector palaeomagnetic data from São Vicente
Island, Cape Verde. Samples were obtained from a sequence of 11 flows. A K-Ar age …