A Matlab tool for archaeomagnetic dating has been developed in this work. Well-dated
palaeosecular variation curves (PSVCs) can be used to date archaeological artefacts with …

Archeomagnetism allows one to track the temporal evolution in direction and intensity of the
Earth's magnetic field over the past few millennia, mainly from archeological material baked …

The available European database of archeomagnetic field values and instrumental data has
been used to produce a regional model for the geomagnetic field in Europe for the last 3000 …

In this work, we present 16 directional and 27 intensity high‐quality values from Iberia.
Moreover, we have updated the Iberian archeomagnetic catalogue published more than 10 …

Nineteen new archeointensity results were obtained from the analysis of groups of French
pottery fragments dated to the Early Middle Ages (6th to 10th centuries AD). They are from …

The magnitude and origin of the Levantine Iron Age geomagnetic Anomaly (LIAA), which
spanned the first half of the first millennium before the common era, are not yet well …

In order to extend the secular variation curve (SVC) of archaeointensity in Western Europe to
the first millennium BC, we studied 24 kilns and hearths in place, two displaced hearths and …

Over the last years new evidences of several short-lived regional maxima of the
geomagnetic field intensity at various times and locations have been defined. These …

Understanding the behavior of enigmatic geomagnetic traits such as the Levant intensity
high is currently challenged by a lack of full vector records of regional variations in the …

The number of reliable archeointensity determinations obtained from Western Europe for the
past millennium remains limited. Moreover, the large scatter between different datasets …