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Can I read Bioarchaeological perspectives to mobility in Roman Phoenicia: A biodistance study based on dental morphology on EtoBox?

Bioarchaeological perspectives to mobility in Roman Phoenicia: A biodistance study based on dental morphology by Mahmoud Mardini; Ali Badawi; Tania Zaven; Raffi Gergian; Efthymia Nikita is a Earth and Planetary Sciences article available to read on EtoBox.

What is Bioarchaeological perspectives to mobility in Roman Phoenicia: A biodistance study based on dental morphology about?

Given their geographic location and political stability, Tyre, Beirut, and Byblos were major administrative and commercial centers along the Levantine coast during the Roman period. While archaeological research from Byblos suggests that the city prospered under Roman rule, it was mostly overshadowed by its coastal neighbors, Beirut and Tyre. In this paper we analyze the biodistances within and between three contemporary (1st–4th century AD) human skeletal assemblages from Byblos, Beirut, and Tyre. Dental measurements and nonmetric traits were recorded on 97 individuals. Both individual- and group-level analyses were performed; the individual-level analysis was based on PERMANOVA/PERMDISP using Gower distances, whereas the group-level analysis was based both on Gower distances and a Mahalanobis-type distance for mixed continuous and binary data. The results showed that Tyre and Beirut were more heterogeneous, that is, they exhibited higher intra-assemblage distances; this pattern was more prominent in Tyre. The inter-assemblage biodistances supported a relative proximity between Tyre and Beirut, followed by some affinity between Beirut and Byblos. In contrast, Tyre and Byblos were

Who reads Bioarchaeological perspectives to mobility in Roman Phoenicia: A biodistance study based on dental morphology?

It is typically read by researchers, students, and practitioners in Earth and Planetary Sciences.

Author
Mahmoud Mardini; Ali Badawi; Tania Zaven; Raffi Gergian; Efthymia Nikita
Publisher
Elsevier BV
Published
2023
Language
EN
Field
Earth and Planetary Sciences (Social Sciences)

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