The investigation of Aeginetan potters’ mobility focused initially on the study of deposits from a number of sites along the Euboean Gulf, a water passage leading from the Saronic Gulf (with Aegina at its center) towards the central and northern parts of the Greek mainland. This has led to the identification of several examples of cooking pots that were manufactured using technology associated with the potting tradition developed on Aegina. In order to test the initial hypothesis that these pots represent products of potters trained on Aegina that moved to several locations along the Euboean Gulf, a scientific program integrating macroscopic study of manufacturing methods with analytical study of ceramic fabrics and technology was initiated. This program involved not only suspected products of migrant Aeginetan potters, but also actual imports from Aegina as well as other kinds of cooking pottery found in the same contexts and presumably produced by potters local to those areas. This way it was possible not only to better understand the reproduction of potting tradition associated with Aegina, but also to compare it against other contemporary traditions on the Greek mainland. In order to get more insights into potters’ choices and interaction with local landscapes and its resources, geological sampling was carried out around the sites included in the project.
As a result of this research program, an identical manufacturing process has been established for pottery produced on Aegina and similarly looking cooking pots identified at several sites along the Euboean Gulf. They were interpreted as products of potters trained in the same tradition.
Integration of analytical techniques – petrographic and elemental analysis – improved the understanding of both particular aspects of technology involved (like clay selection and preparation practices or firing regimes), possible production localities and interaction between various traditions. Again, additional links between the potters active on Aegina and those responsible for Aeginetan-tradition cooking pots in the Euboean Gulf could be demonstrated. Importantly, a substantial number of production localities as evidenced by a broad array of attested fabrics was revealed for the latter group. Only in a single case (Lefkandi) did the clay selection and preparation practices of Aeginetan-tradition cooking pottery showed certain overlap with choices made by other potters active in the same site/region, a fact pointing to a limited interaction and the consistency of potters’ choices even when working outside of Aegina.
This part of the project provided unequivocal evidence for activity of potters trained in Aeginetan tradition along the Euboean Gulf up to the modern city of Volos. In order to accomplish the other goal of the project, certain aspects of mobility like its human and temporal scale, motivations and impact were studied by considering socio-political and economic context on the Greek mainland around 1200 BC. It appears that the beginning of potters’ activity away from Aegina was related to seasonal itinerant potting, taking place mostly in the northern part of the studied area (region of Thessaly). This first stage was plausibly economically motivated since the last decades of the 13th century BC are characterized by the disruption of existing trade networks affecting circulation of pottery. From the 1200 BC onwards, we are dealing with a very different kind of movement – permanent resettlement to various places along the Euboean Gulf and further north. While the first stage of the mobility concerned most likely single potters and small working groups, this second stage plausibly involved larger social groups, with potters among them.
The results of TRACT were disseminated during a number of conference presentations and lectures aimed at the scientific community, while the wider public was reached through web-based news portals and radio. The results will also be presented in several publications in high-impact journals. Particular activities undertaken within TRACT were communicated through Facebook and the blog of the Fitch Laboratory.
