The Vlochos Archaeological Project (2016–2018) was a Greek-Swedish archaeological investigation of the remains of the ancient urban site at Vlochos in western Thessaly, Greece. Employing a wide array of non-invasive methods, the project succeeded in completely mapping the visible remains, which had previously not been systematically investigated. The extensive remains of multi-period urban fortifications, a Classical-Hellenistic city, a Roman town, and a Late Antique fortress were identified, evidence of the long history of habitation on this site. Since comparatively little fieldwork has been conducted in the region, the results significantly increase our knowledge of the history and archaeology of Thessaly.

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This paper presents preliminary results of the Palamas Archaeological Project relating to the Late Roman and Early Byzantine periods in the study area in western Thessaly, Greece. These periods are comparatively understudied in Thessaly, and the aim of this work is to highlight the extent of the material and the potential of investigating the archaeology of Late Antiquity in the region. The work was centred on excavations and survey at the site at Vlochos, alongside architectural survey at the neighbouring site on Kourtikiano hill. The paper also presents studies into Late Roman and Early Byzantine material found during cleaning at Vlochos. Additionally, an unpublished inscription spoliated in a church in nearby Palamas is presented. The results show a dynamic and detailed range of Late Antique activity in the area, adding significantly to our understanding of the post-Classical habitations on the western Thessalian plain.

Approaches to aerial photography and remote sensing have become increasingly complex, can rely on opaque workflows, and have the potential to be published with inaccessible language. Conversely, aerial capture has become increasingly accessible with affordable, user-friendly unmanned aerial systems (UAS) now being commonplace in the field-archaeology toolkit. This means that considerable amounts of data are being produced by diverse projects, yet only a limited quantity are subject to advanced processing techniques. This paper aims to address this imbalance through a low-cost, accessible workflow that pairs frequent (multi-temporal) surveys with straightforward, out of the box processing. The results are comparable to more complex methodologies without the need to invest in expensive hardware (although a fast computer will make processing quicker) or abstract workflows. The detail and depth are still available if needed, but the aim is to make the interpretation of a wide range of imagery easier, rather than focus on the mechanics of the phenomena. The results demonstrate an effective, inexpensive and user-friendly workflow that requires only limited computational skills, but which offers robust, highly interpretable results.

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