How It Was
Violence as a lens to Viking societies: A comparison of Norway and Denmark
Jan Bill et al.
Journal of Anthropological Archaeology, September 2024
Abstract:
Comparing Viking Age Norway and Denmark, the article examines the primary proposition that as centers of authority become progressively more robust, violence will be proportionately contained. The article introduces a new approach in using indications of violence as a focal point to elicit broader social practices. The disciplines employed in this study -- archaeology, osteology, philology, and sociology -- are used together in the study of covariance of different indicators across a societal range. The indicators for assessing violence include skeletal trauma and weapon frequency. For assessing the steepness of the social pyramid, we use runestones, indicating variations in social stratification, and monumental constructions as a measure of power to command labor. Among the findings: weapons and interpersonal violence in Norway was much more widespread than in Denmark, and the social pyramid in Denmark was progressively steeper and more complex than in Norway. “Official” executions accounted for the preponderance of violence in Denmark, while rare in Norway. Denmark was evidently a more “civilianized” society than Norway. The comparative research supports the primary proposition. The research, furthermore, suggests that Denmark and Norway were sociologically distinct societies, which accords with recent findings that the respective regions displayed distinct, though still similar, genetic profiles.
Ancient Egyptian scribes and specific skeletal occupational risk markers (Abusir, Old Kingdom)
Petra Brukner Havelková et al.
Scientific Reports, June 2024
Abstract:
Men with writing proficiency enjoyed a privileged position in ancient Egyptian society in the third millennium BC. Research focusing on these officials of elevated social status (“scribes”) usually concentrates on their titles, scribal statues, iconography, etc., but the individuals themselves, and their skeletal remains, have been neglected. The aim of this study is to reveal whether repetitive tasks and maintained postures related to scribal activity can manifest in skeletal changes and identify possible occupational risk factors. A total of 1767 items including entheseal changes, non-metric traits, and degenerative changes were recorded from the human remains of 69 adult males of well-defined social status categories from the necropolis at Abusir (2700–2180 BC). Statistically significant differences between the scribes and the reference group attested a higher incidence of changes in scribes and manifested themselves especially in the occurrence of osteoarthritis of the joints. Our research reveals that remaining in a cross-legged sitting or kneeling position for extended periods, and the repetitive tasks related to writing and the adjusting of the rush pens during scribal activity, caused the extreme overloading of the jaw, neck and shoulder regions.
A novel view of the destruction of Pompeii during the 79 CE eruption of Vesuvius (Italy): Syn-eruptive earthquakes as an additional cause of building collapse and deaths
Domenico Sparice et al.
Frontiers in Earth Science, July 2024
Abstract:
The ancient city of Pompeii, destroyed by the 79 CE Plinian eruption of Vesuvius, is one of the most famous archaeological sites worldwide and an open-air laboratory for many disciplines. The destruction of Pompeii has so far been reconstructed in terms of a succession of volcanic phenomena and related effects, identified as the accumulation of pumice lapilli on roofs and dynamic pressure exerted by pyroclastic currents on buildings, and neglecting the potential effects of the syn-eruptive seismicity, the occurrence of which is beautifully described by an erudite eyewitness to the catastrophe, Pliny the Younger. During a recent excavation in the Insula dei Casti Amanti, in the central part of Pompeii, the peculiar evidence of building collapses, that overwhelmed two individuals, has been uncovered. The multidisciplinary investigation, involving archaeology, volcanology, and anthropology, gathered information on the construction technique of the masonry structures, the volcanological stratigraphy, the traumatic pattern of bone fractures of the skeletons, along with the detection of the wall displacements, that led to archaeoseismological considerations. The merging of the data has highlighted the need of an updated perspective in the assessment of the damage at Pompeii during the 79 CE eruption, by considering the syn-eruptive seismicity as a factor contributing to the destruction of the city and death of the inhabitants. By comparing the attitude and characteristics of different types of damage, and after ruling out any other possible damaging event, our conclusions point to the occurrence of syn-eruptive earthquake-induced failures of masonry structures. The structural collapses, based on our stratigraphic and volcanological data, are chronologically consistent with the beginning of the caldera-forming phase of the eruption which was accompanied by strong seismic shocks. The crush injuries of the skeletons of the two individuals are consistent with severe compression traumas and analogous to those shown by individuals involved in modern earthquakes testifying that, apart from other volcanic phenomena, the effects of syn-eruptive seismicity may be relevant. These outcomes lay the foundation for a more extensive study concerning the assessment of the contribution of the syn-eruptive seismic destruction at Pompeii and open new perspectives for volcanological, archaeoseismological and paleopathological studies.
Clovis points and foreshafts under braced weapon compression: Modeling Pleistocene megafauna encounters with a lithic pike
Scott Byram, Kent Lightfoot & Jun Ueno Sunseri
PLoS ONE, August 2024
Abstract:
Historical and ethnographic sources depict use of portable braced shaft weapons, or pikes, in megafauna hunting and defense during Late Holocene millennia in North and South America, Africa, Eurasia and Southeast Asia. Given the predominance of megafauna in Late Pleistocene North America during the centuries when Clovis points appeared and spread across much of the continent (13,050–12,650 cal BP), braced weapons may have been used in hunting of megaherbivores and defense against megacarnivores. Drawing from historical examples of pike use against lions, jaguars, boars, grizzlies, carabao and warhorses we consider the possibility of a fluted lithic pike. Associated osseous rods have been problematic as Clovis foreshafts due to the bevel angle and the apparent weakness of the splint haft when great strength is needed for deep penetration in megafauna hunting. However our review of Late Holocene pike use in megafauna encounters indicates the sharp tip becomes less important after hide or armor has been pierced because compression is sustained. Thus, foreshaft collapse after hide entry may not limit but rather increase the efficacy of the braced weapon. We conduct preliminary static experiments to model a fluted pike that adjusts during compression such that haft collapse and point detachment (when point jams on impact with bone) preserve the fluted biface, beveled rod and wooden mainshaft tip. In addition to Clovis point attributes and association with osseous rods, potential archaeological correlates of Clovis pike use include the high frequency of Clovis point isolates and concentrations of complete points with unbutchered mammoth remains at sites such as Naco in Arizona.
A comparative study of early shell knife production using archaeological, experimental and ethnographic datasets: 46,000 years of Melo (Gastropoda: Volutidae) shell knife manufacture in northern Australia
Fiona Hook et al.
Journal of Anthropological Archaeology, September 2024
Abstract:
We investigate archaeological evidence for the early production of Melo (or commonly named ‘baler’) shell knives recovered from Late Pleistocene and Early Holocene deposits in Boodie Cave, Barrow Island. The site is in the Country of Thalanyji people in northwestern Western Australia. The oldest shell knife fragments were recovered from units dated to 46.2–42.6 ka, making this one of the oldest Homo sapiens sapiens shell tool technologies currently described. We situate this early and ongoing tradition of shell tool manufacture within recent discussions of the early development of shell industries from both Island Southeast Asia and globally. Although shell knives have been previously reported from Pilbara and Gulf of Carpentaria surface middens in northern Australia, systematic analysis of the manufacturing process and associated debris, and especially from pre-Holocene contexts, has not been previously conducted. This research explores the shell knife chaîne opératoire through the integration of three data sets derived from archaeology, ethnography, and experimental archaeology. This study highlights the significance of shell tool industries in the northwest of Australia, and globally, from the Pleistocene and into the Late Holocene in areas with limited access to hard rock geology where shell reduction represents a unique technological strategy.