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 The South Atlantic Anomaly (SAA) is a region at Earth's surface where the intensity
of the magnetic field is particularly low. Accurate characterization of the SAA is important for …

Speleothems can provide high-quality continuous records of the direction and relative
paleointensity of the geomagnetic field, combining high precision dating (with U-Th method) …

Paleomagnetic analysis of archaeological materials is crucial for understanding the
behavior of the geomagnetic field in the past. As it is often difficult to accurately date the …

Earth's magnetic field is presently characterized by a large and growing anomaly in the
South Atlantic Ocean. The question of whether this region of Earth's surface is preferentially …

We present new absolute archaeointensity data from six archaeological sites situated in the
Okayama Prefecture, Japan. The materials studied are well-dated fragments from pottery …

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

Dating archaeological materials is essential to understand time and rate of changes in
different civilizations. For this purpose, different dating methods are used in several …

Lake and lagoon sediments are important recorders of the Earth's magnetic field variations.
However, the Southern Hemisphere, particularly the South American continent, contributes …

A datação de materiais arqueológicos é essencial para entender, entre outras coisas, as
mudanças comportamentais em diferentes sociedades. Para tanto, diferentes métodos de …