Three projects within the SPP Planetary Magnetism dealt with reconstructing past
geomagnetic field morphology and variations based on paleo-and archeomagnetic data in …

In the depths of planet Earth there is a layer composed essentially by molten iron, which
moves in a complex and constant manner on a planetary scale (Earth's outer core). This …

An archaeomagnetic intensity study was conducted on nineteenth-century firebricks
manufactured in Scotland and used in an iron foundry in Melbourne, Australia, between …

ABSTRACT The Rhino Early Iron Age site near Thabazimbi in the far north of South Africa is
a sixth-to eighth-century AD example of an agricultural settlement that followed the …

New archaeointensity results from the Indian archaeological excavation at the historical
Harappa Rakhigarhi site, India, dating from the third millennium BC, are reported. Fifteen …

The understanding of the paleosecular variations (PSV) of the geomagnetic field in South
America is still biased by the scarcity of data. Especially, the recent geomagnetic PSV is …

The Earth's magnetic field (or geomagnetic field) has been measured for hundreds of years,
starting with maritime observations from logbooks for navigation purposes to present day …

Archaeomagentic research in the Mount Buhwa area of south-central Zimbabwe focused on
a Silver Leaves village (2030CB19) and the famous Gokomere site of Mabveni (2030AD5) …

The structure of the lowermost mantle and the core-mantle boundary (CMB) has profound
implications for Earth's evolution and current-day dynamics. Whilst tomographic studies of …

The process of magnetic field stretching transfers kinetic energy to magnetic energy and
thereby maintains dynamos against ohmic dissipation. Stretching at depth may play an …