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This research focuses on the Neolithic populations of Western Switzerland (5500–2200 BCE) and on establishing their paleopathological profile. This chronological period presents varying burial practices, and the aim was to be able to synthesise all information regarding the pathologies these populations exhibited, in such a way that statistical tests could be performed to determine whether geographical (site location), biological (age, sex, stature) and chronological factors played a role in lesion distribution. As a result, a methodology was devised to consider bone lesions in both a quantified and qualified manner, and able to handle individualised, multiple and commingled remains. The statistical analysis showed that pathological profiles differed depending on site location, with some exhibiting patterns that raise further questions as to the socio-economical functioning of these prehistoric societies. Biological factors also appear to play a role in lesion distribution, with immature individuals exhibiting more metabolic deregulations, whilst the adults—as expected—showed more signs of degenerative pathologies. Some chronological evolution of health is also perceivable; however, the small sample size available for some periods means these results are tentative at best. These remains, however, proved more than an accumulation of bone lesions, and the qualified data collected from them also yielded individual and collective narratives of health. Instances of infectious diseases were discovered, indicating that pathologies such as tuberculosis were a persistent presence at the time, with all the consequences this entails.

Virtual anthropology (VA) is based on applying anthropological methods currently used to analyse bones to 3D models of human remains. While great advances have been made in this endeavour in the past decade, several interrogations concerning how reliable these models are and what their proper use should be remain unanswered. In this research, a fundamental assumption of VA has been investigated: if the way we perceive and apply an anthropological method is truly similar when looking at bones macroscopically and through various 3D media. In order to answer, 10 skulls of known age and sex were scanned using a computed tomography (CT) scanner and a 3D surface scanner. Two observers separately applied a defined staging method to eight suture sites on these skulls, first looking at the bone macroscopically, then at the 3D surface scan, and finally on the CT scan. Two rounds of observation were carried out by each observer. Intra- and inter-observer error were evaluated, and two sample t-tests used to evaluate if the different types of medium used yielded significantly different observations. The results show a high degree of inter-observer error, and that data obtained from 3D surface scans differ from macroscopic observation (confidence level 95%, P ≤ 0.05). CT scans, in these settings, yielded results comparable to those obtained through macroscopic observations. These results offer many possibilities for future research, including indications on the kind of anthropological methods and anatomical landmarks that might be reliably transferable to the virtual environment. All current methods used in traditional anthropology should be tested, and if they prove unreliable, new techniques to analyse bones from virtual models should be developed.Key points Large discrepancies between observation on dry bones and computer-generated 3D models (surface scans or CT scans) could lead to the re-evaluation of the suitability of traditional anthropological methods for application on 3D models. This preliminary study evaluates whether macroscopic, 3D surface scans, and CT scans viewings generate different observations. The results indicate that the data are not always coherent across all three media of observation. Explanations include the aspect given to the bone by the 3D software, differences between handling bones in real life versus on a computer, and level of expertise of the observers.

Endocranial lesions known as serpens endocrania symmetrica (SES) appear relatively frequently in the paleopathological record, but their significance often goes undiscussed. For the past decade, however, research has proved conclusively that their presence is an indicator of illnesses within the corpus. As such, cases found in the archaeological record can provide clues as to the kinds of diseases that prehistoric populations endured. We report four cases of young individuals from Neolithic Western Switzerland bearing SES on their craniums and discuss the implications of such findings in terms of the paleopathological profile of these populations. The following article provides documentation for each case as well as a differential diagnosis including tuberculosis, meningitis, trauma, and metabolic conditions such as scurvy. These four individuals represent the oldest cases of such lesions described for this region.

The 3rd millennium BC in Occidental Europe and Northern Africa is marked by the appearance of a very specific type of ceramic: the bell beaker. As its name indicates, these beakers have the shape of inverted bells, and were decorated with various geometric patterns. They are found in well-defined natural and cultural contexts. Archaeologists, however, know from previous studies that there is no centralized production site for these ceramics. They do not reflect an economic network or a single group of people.

We present the case of an individual from the Simon Identified Skeletal Collection (Vaud, Switzerland) who appears to have been affected by a form of neoplastic disease. A detailed description and differential diagnosis of the lesions was conducted and is presented here. Considering the biological profile of the individual, the distribution of the lesions, and their appearance, a case is made for multiple myeloma as the most likely diagnosis. This case study demonstrates the importance of adopting a detailed approach for recording the metric and non-metric traits of lesions, using multiple methods of analysis, and providing graphic and photographic documentation in order to provide valuable comparison material through publication. The good preservation of the remains and the background information available for the individual also make this case ideal for inclusion in future comparative studies.

International audience; This paper aims to collect and comment on up-to-date typological and contextual data for the study of items that are as problematic as they are emblematic of the Bell Beaker phenomenon: the so called ‘wrist-guards’ or stone bracers. The first stage presents the results, method and geographical distribution of a new critical inventory of continental Western Europe stone bracers (Netherlands, Luxemburg, Switzerland, France, Spain, Portugal). 186 stone bracers could be recognised while 79 items have been rejected as they do not meet the proposed criteria. The second step is a descriptive analysis of the recorded stone bracers’ typological features. These appear simple except in the most easterly regions where the typological pattern is richer. The third part deals with contextual reliability and relationships of the corpus. The vast majority of contexts are funerary; however, reliable assemblages are in a minority. Metallurgy and archery seem to be equally represented among associated grave goods, the former more particularly in the Iberian Peninsula and the latter in the Rhine basin. Both typological and contextual data can be compared to what occurs in Great Britain and Central Europe. Finally, chrono-cultural and functional issues remain unresolved and need further work.

During the mid-3rd millennium BC central Slovenia, north-eastern Italy and the eastern Adriatic coast developed similar cultural traditions in pottery production which have been ascribed to the so-called Ljubljana culture. Among the investigated sites of this period, the Deschmann’s pile dwellings near Ig, in the Ljubljansko barje in central Slovenia, in their younger phase of existence (c. 2600-2400 B.C.), are probably the most famous. As many scholars already pointed out, numerous finds attributed to the Ljubljana culture suggest a potential interaction between this culture and the Bell Beaker one: among them, ceramic vessels with a specific ornamentation technique (the so-called barbed-wire decoration), flint daggers, boar’s tusks, metal daggers and awls, and so on. Nevertheless, a small pear-shaped vessel from the Deschmann’s pile dwellings, decorated with a linear band incised motif reminiscent of the Bell Beaker metope decoration, is the only artefact of this type known from central Slovenia. Despite its similarity with the typical beakers of the Bell Beaker culture, no precise typological analogies have been found in the literature. For these reasons, technological and chemical analysis have been carried out on it and comparative pottery materials attributed to the Ljubljana Culture with the purpose to understand if such beaker was locally produced or imported to central Slovenia. Since thefinds from the Deschmann’s pile dwellings cannot be sampled for destructive analysis, we have adopted a non-destructive approach combining X-ray Computed Microtomography (microCT) and Prompt Gamma Activation Analysis (PGAA) to explore their average structural and compositional (elemental) features, respectively. The results obtained so far will be presented at the Conference.