Archaeomagnetic data are fundamental for our understanding of the evolution of Earth's
magnetic field on centennial to millennial timescales. From the earliest studies of the …

Abstract Earth's Magnetic Field variation strength may provide crucial information to
understand the geodynamo mechanism and elucidate the conditions on the physics of the …

Our knowledge of the Earth's magnetic field intensity changes over the past few thousand
years is still limited because of the uneven spatial and temporal distribution of data, which …

Abstract Earth Magnetic Field is characterized by continuous variations in terms of direction
and intensity. These fluctuations occur with periodicities of the order of years to tens of …

We present here the results of a detailed archaeomagnetic and thermoluminescence
investigation performed on bricks from two ancient kilns excavated at Kato Achaia, Greece …

The causes of the systematic decay of the Earth's Magnetic Field strength since eighteen
century have been a matter of debate during the last decade. It is also well known that such …

A good characterization of the geomagnetic field strength at centennial to millennial time
scales in the Southern Hemisphere is particularly crucial to disentangle the long-term …

Absolute intensity determinations using the Coe variant of the Thellier method have been
carried out on some selected pottery fragments collected in the wetlands of the lower Paraná …

A combined archaeomagnetic and thermoluminescence study was carried out as part of a
rescue archaeological excavation on a kiln discovered during the installation of methane …

A magnetic mineralogy and absolute geomagnetic intensity study was carried out on
prehispanic ceramic fragments from the Southern Andes region (Northwest Argentina) …