The study of migration is essential for understanding the earliest phases of the Roman period in the Lower Rhine delta. This paper applies an integrated and interdisciplinary approach, combining... Show moreThe study of migration is essential for understanding the earliest phases of the Roman period in the Lower Rhine delta. This paper applies an integrated and interdisciplinary approach, combining and comparing historical, archaeological and science-based evidence and methodologies, allowing a more detailed reconstruction of immigration during this period. Our study suggests that various groups migrated to our region, probably over a longer period of time, originating from different regions and arriving in a land with a (probably limited) residual population. This marked and varied immigration should be understood in the context of Roman frontier policy and the (ethnic) recruitment of Germanic groups by the Roman military. Show less
Roxburgh, M.A.; Heeren, S.; Huisman, H.; Os, B. van 2018
This paper argues that portable X‐ray fluorescence spectrometry (pXRF) is a suitable elemental measurement technique to study the production of copper‐alloy artefacts. However, rather than try... Show moreThis paper argues that portable X‐ray fluorescence spectrometry (pXRF) is a suitable elemental measurement technique to study the production of copper‐alloy artefacts. However, rather than try to imitate the accuracy and precision of laboratory techniques, it is more beneficial to deploy it in a survey role, one that attempts to model chronological and geographical changes within large quantities of artefacts. To achieve this, it was investigated to what extent corrosion and the issues surrounding surface measurements affect the potential of this type of research. Analyses on early Roman period brooches gathered in the Nijmegen region of the Netherlands were subsequently compared with published data. Show less
Roxburgh, M.; Heeren, S.; Huisman, H.; Os, B. van 2017
We present herea compositional study ofa large number of copper-alloy broochesusing Handheld X-ray Fluorescence Spectrometry (HHpXRF). The brooches, which come fromthe area of Nijmegen, date from... Show moreWe present herea compositional study ofa large number of copper-alloy broochesusing Handheld X-ray Fluorescence Spectrometry (HHpXRF). The brooches, which come fromthe area of Nijmegen, date from the Late IronAgeuntil the 2nd c.A.D. Our aim is to explore the ways in which artefact production was organized both in the context of Roman centresand in the countryside. Show less
