Archaeological and Anthropological Sciences最新文献

This paper presents a study of treatment by soldering for a unique bronze oil lamp combined with Eros and dog figurines. In this object, there are two types of soldering; the first is ancient, used to join the three pieces together, and the other is used in conservation treatments to stop the degradation of the object. Soft solders have been a modern method of repair, with its historical use as the original joining technique demonstrating its general durability and effectiveness. Optical microscopy, portable X-ray fluorescence, and micro-Raman spectroscopy were used to identify the soldering treatment, the chemical composition of the alloy, and the corrosion products. Investigation techniques showed the use of a modern tin-lead alloy as soft soldering in past interventions to treat cracks and fill losses. Cracks propagated due to soil pressures and ongoing corrosion processes, as well as the combined action of tensile forces and the surface-active molten solder. The ancient solder used to attach the dog and Eros to the lamp was a hard solder. The three pieces were made of high-leaded tin bronze, with Pb contents ranging from 10.5 to 13 wt%. The chloride and sulfate corrosion products detected by µ-RS were more aggressive in the object structure. The corrosion products of the soft solder consisted mostly of lead and tin oxides, basic carbonates, and sulfates.

This paper presents results from the first collaborative anthracological (archaeological wood charcoal analysis) study in northern Australia’s southwest Gulf of Carpentaria region. The analysis focused on charcoal from a Late Holocene combustion feature and surrounding dispersed charcoal on a buried floor surface. The results suggest that the combustion feature likely functioned as a ground oven associated with a potential specific function, with the majority of fuel wood coming from wakuwaku/marnunggurrun (Callitris columellaris or White Cypress Pine) and Myrtaceae species. These species are found in low woodlands associated with hilly and freshwater springs settings, and their abundance and dispersal are influenced by fire regimes (e.g., Aboriginal fire regimes). Information provided by members of the Marra Aboriginal community about our findings focused on the social and cultural significance of wakuwaku/marnunggurrun, with particular emphasis around its role in past and present wood collection strategies (fire-making and transport, high value timber etc.). By exploring how anthracology and cultural knowledge intersect to generate new understandings about the relational qualities of wood (charcoal), we aim to highlight how collaborative archaeobotany can help reorient research questions in the discipline, providing an opportunity to make such specialised analyses meaningful to communities.

Ceramics of Late Byzantine and Ottoman Thessaloniki (the 13th-19th centuries) were studied with archaeological and scientific methods aiming to characterise the ceramic production in this major city of the Balkans and the Eastern Mediterranean. The paper explored the impact of the Ottoman conquest, migrations and socio-economic changes in the city on the ceramic production technology. With this aim, common pottery and tobacco pipes excavated at the site of Hamza Bey Mosque, located in the centre of historical Thessaloniki, were subjected to macroscopic, petrographic and chemical analyses. The integrated results contributed to the identification of several urban potting traditions that can be associated with distinct workshops. The production of glazed tableware is characterised by the long technological continuity, spanning between the 13th and 19th centuries, despite frequent changes of decorative styles that followed consumption trends. This continuity is visible in all production sequences, from the procurement of raw materials to the application of high-lead glazes. In addition, two other potting traditions of the Ottoman period introduced technological diversity that could reflect the socio-economic complexity of Thessaloniki between the 15th and 19th centuries.

Balma Guilanyà shelter (north-eastern Iberian Peninsula, Spain) contains a stratigraphic sequence spanning the Late Upper Palaeolithic to early Holocene. During excavations from 1992 to 2008, seventeen human teeth, and several cranial and postcranial bones were unearthed from the layer E (Late Glacial). In this contribution, we report new unpublished dental remains, which add to the previously dental assemblage from level E at Balma Guilanyà. The purpose of this article is to provide an updated description of the morphology of this material, as well as an analysis of the MNI, age at death, and the presence of several pathologies, approaching it from a holistic vision of the teeth assemblage from the Late Glacial. This review has made it possible to diagnose a dens invaginatus, the persistence of a deciduous upper central incisor (possibly caused by a mesiodens), teeth with cavities, deep occlusal pits conducive to cariogenesis, an atypical lower second molar and several molars with fused roots. This pattern of dental anomalies attributed to a single individual (Individual III) is not usual among hunter-gatherers who lived 13,000 years ago. Likewise, the presence of enamel hypoplasia in several teeth allows us to discuss this aetiology. These new identifiers derived from the review of the dental assemblage from Balma Guilanyà can help extend our knowledge of dental pathologies and stress markers in Late Glacial Homo sapiens populations in Western Europe. Additionally, an accumulation of teeth attributed to two individuals found in a confined area of the excavation was examined. Potential scenarios were assessed regarding the arrangement of this grouping, which presents challenges in attributing its formation to post-depositional or natural processes. This pattern would have the potential to elucidate behavioural funerary practices among late glacial hunter-gatherer populations.

Palù di Livenza is a Neolithic pile-dwelling site located in north-east Italy, inscribed since 2011 on the World Heritage List of UNESCO in the transnational serial property “Prehistoric pile-dwellings around the Alps”. Its study is crucial for investigating the transition from the Recent to Late Neolithic periods in the region. Eighteen vessels from 5 structural phases, dated approximately between 4300/4200 and 3600 BC, have been analysed using X-ray computed microtomography, X-ray diffraction, inductively coupled plasma optical emission and mass spectrometry, as well as portable X-ray fluorescence (pXRF), in order to investigate the pottery forming techniques, the technology and the provenance of the vessels based on their minero-petrographic and chemical characteristics. The results of pXRF analyses have been further evaluated through principal component analysis (PCA). The results obtained indicate that most of the vessels, including the four-spouted vessels typical of the Square Mouthed Pottery culture, were locally produced using the coiling technique. The vessels were tempered with carbonate material that has dissolved due to taphonomic factors and/or large fragments of other rocks originating form geological formations outcropping nearby the archaeological site. The identified fabric groups, in use throughout the entire duration of the settlement, seem to suggest that no significant technological changes occurred at the transition between Recent and Late Neolithic. Interestingly, the PCA analysis of reliable chemical elements revealed that, despite the overall similarity of the assemblage, certain samples with distinct chronology and typology demonstrate remarkably homogeneous chemical characteristics. This suggests slight variations in the raw materials and/or recipes used over time.

Hunting strategies in the Paleolithic period represent a significant and complex challenge, influencing the lifestyles of early human populations dependent on the seasonal activity of herds. Varying seasonally, a composition of a herd caused changes in the speed of animals movements, their aggressiveness, hides and the fatness and flavor of their meat. The morphological criteria for determining grazer sex and age have long been established in zooarchaeology. However, many traits associated with bison sex are poorly defined for archeozoological collections due to the fragmented and scattered nature of the bone remains. The objective of presented study was to demonstrate the potential utility of proteomic tooth enamel analysis detecting the AmelX and AmelY peptide fragments for prey-sex determination in cases where morphological criteria did not work. In the study, the tooth enamel samples from 18 animals were analyzed, including eight modern specimens of known sex, and ten Pleistocene specimens of unknown sex from four different Paleolithic sites. A blind test conducted for the modern collection yielded a 100% accuracy. This outcome prompted the development of the criteria for sex determination in the bison based on proteomic analysis of tooth enamel.

Cattle and, to a lesser extent, sheep/goat and pigs, were crucial components of Norway’s socio-cultural and economic dynamics in the Middle Ages. Zooarchaeological analyses of faunal samples from different urban sites reveal that changes in cattle husbandry practices occurred in Norway over the medieval period, and especially in its early phases. This is clearly demonstrated in the case of medieval Oslo, where an in-depth zooarchaeological study provides the first comprehensive review of cattle husbandry strategies. In the first centuries of the medieval period (11th -mid 12th c. AD), cattle were mainly raised for milk and meat production, while fewer young and more numerous older individuals, most of which probably oxen, were present from mid 12th -13th c. AD onwards. This hypothesis is supported by biometrical analyses of cattle postcranial bones, indicating changes in the sexual composition of cattle herds over time. Therefore, from ca. mid 12th -13th c. AD onward, cattle seem to have been more used for ploughing and, only once old, to have been culled for their meat. In turn, this evidence suggests that more arable lands had to be ploughed, especially in eastern and central Norway. Here, demographic growth and settlement expansion would have led to an increase in food demand; at the same time, more favourable climatic conditions might have contributed to an increase in the availability of arable fields. This article suggests that medieval Norwegian farming was not static as historically thought, but rather connected to wider-scale agricultural innovations characterising other parts of medieval Europe.

This paper compares various ‘earthen’ construction materials and building techniques from three Middle Bronze Age tell (multi-layered settlement) sites in Hungary: Százhalombatta-Földvár, Kakucs-Turján (Vatya material culture) and Borsodivánka-Marhajárás-Nagyhalom (Otomani-Füzesabony Cultural Circle (OFCC)). It employs microscopic analyses – archaeological soil micromorphology and phytolith analysis within thin sections – to examine floor, wall and fire installation materials at a high resolution. The term ‘earthen construction materials’ is used in archaeology extensively to refer to anything from soils to sediments that sometimes lack proper classification or terminology. Through a closer look at the types of materials used at the three analysed sites, we describe more clearly what comprises ‘earthen’ construction materials. Using this data, we then employ a chaîne opératoire approach to think through various stages in the sourcing and preparation of building materials. In analysing this, the paper makes visible the decisions by Bronze Age builders and discusses their possible reasons, which include environmental conditions and socially learned practices. Further, by comparing three contemporary sites within a micro-landscape, our analysis highlights that even small variations in the environment and therefore the available raw materials impact building materials and techniques, and that different groups of people can make different decisions even when facing similar environments.

Waste management is paramount to town planning and ancient civilizations across the world have spent resources and mobilized labor for waste disposal and reuse. The study of waste management practices offers a unique window into the daily lives, social organization, and environmental interactions of ancient societies. In the Indus Valley Civilization, known for its urban planning, understanding waste disposal in rural settlements provides crucial insights into the broader socio-economic landscape. While extensive research has documented sophisticated waste management systems in urban Indus centers, little is known about practices in rural settlements. This gap limits our understanding of regional variations and rural-urban dynamics within the civilization. In this paper, using isotopic and microscopic proxies, we characterize the waste disposed of at the rural Indus settlement of Kotada Bhadli to reconstruct the sources of waste, including heated animal dung, and burned vegetation. We propose that rural agro-pastoral settlements in Gujarat during the Indus Era systematically discarded such waste in specific locations. By characterizing waste produced at Kotada Bhadli, we are also able to reconstruct the natural environment and how the natural and cultural landscape around the settlement was exploited by the residents of the settlement for their domestic and occupational needs. Our identification of the attention paid to waste disposal by the inhabitants of Kotada Bhadli adds significant data to our understanding of waste disposal as an insight into past lives.

Littoral resources have been consumed by humans since at least the Middle Palaeolithic. Examples of the use of molluscs have been documented along the shores of Europe during that period but it was not until many millennia later that European hunter-fisher-gatherer societies exploited those resources intensively—see the case of Nerja cave during the Younger Dryas. This economic activity caused the accumulation of shells at archaeological sites during the Mesolithic, resulting in the formation of the so-called shell middens, a very common type of deposit along the Atlantic seaboard of Europe. Despite the large number of research projects that have studied the exploitation of coastal environments and the way of life of Mesolithic populations, questions such as the relationship between human mobility and mollusc exploitation patterns still remain. The archaeomalacological study of the shell midden in La Chora cave (Cantabria, Spain) confirms that people foraged for shellfish at several places along the coast, mainly in the estuary of the River Asón. The main difference between La Chora and other Mesolithic sites is its longer shellfish collection radius as the inhabitants travelled over 10 km to the open coast to collect shellfish. This study has expanded the available data about the subsistence strategies of Mesolithic groups in a little-studied area and improved our knowledge of mobility patterns among Mesolithic societies in the northern Iberian Peninsula.