A paleoimaging study of human mummies held in the mother church of Gangi, Sicily: Implications for mass casualty methodology. (December 2020)

• Record Type: Journal Article
• Authors: Beckett, Ronald G.; Conlogue, Gerald J.; Viner, Mark D.; Saleem, Sahar N.; Said, Ahmed Hesham; Piombino-Mascali, Dario
• Is Part Of: Forensic Imaging. Volume 23(2020)
• Publication Date: 2020-12
• Subjects: Paleoimaging -- Paleopathology -- Mass casualty -- DVI -- Sicily
• DOI: 10.1016/j.fri.2020.200416
• Languages: English
• ISSNs: 2666-2256

Abstract

Highlights: Mummification of the Gangi mummies was the result of natural desiccation. The Gangi mummies are in great need of conservation. Pathologies discovered included osteoarthritis, DISH, lytic lesions, renal/bladder stones, healed fractures and periodontal disease. Two of the Gangi mummies showed clear evidence of autopsy. Multimodal imaging proved to increase the efficiency and efficacy of data collection in this study. Abstract: Examination of human remains in archaeological contexts presents significant challenges. They are frequently located within sites of religious and cultural significance and this, coupled with their often-fragile nature, necessitates their examination in situ . These sites may also be in remote locations which present major logistical challenges. The strategies developed to overcome these challenges have implications for the management of post-mortem imaging examinations following mass casualty events in remote areas. This paper presents the paleoimaging and bioarchaeological analysis of 36 mummies within the burial chambers of the mother church of Saint Nicholas of Bari in Gangi, Sicily. Research questions included assessments of the state of external and internal preservation, age at death, mummification method, presence of pathologies and trauma, and the nature of the wax masks. Circumstances dictated that examination of the mummies should take place within the burial chamber and within a short time-frame. Methodology employed macroscopic examination and a multimodal imaging approach including photography, endoscopy, XRF, and two portable digital radiography stations. The methodological design adopted improved efficiency and efficacy. The use of two digital radiography stations for separate AP and lateral survey radiographs greatly improved throughput and minimized lifting and handling of the remains. All examinations (602 radiographs) were completed within under 15 hours. The methodology is an efficient model for studies in similar bioarchaeological and forensic situations and for the examination of the victims of mass casualty events in remote locations.