DNA in cremated bones from an early bronze age cemetery cairn

The discovery of polymeric DNA in charred wheat grains and other burnt plant remains prompted us to examine a set of cremated bones for the presence of ancient DNA. Extracts of cremated bones from an early Bronze Age cemetery cairn were analysed by hybridization probing and the polymerase chain reaction. Hybridization with two probes targeting human DNA resulted in strong positive signals. Polymerase chain reactions directed at a multicopy sequence in human nuclear DNA were successful, extracts of five burials giving amplification products of the expected size. Exploitation of ancient DNA in cremated bones could be of great value in archaeology as it may enable information pertaining to sex and kinship to be obtained from fragmented material.     

Frequency table analysis: Examples from early bronze age axe decoration

This paper describes the use of log—linear models for the analysis of frequency tables and also introduces an alternative technique, “iterative proportional scaling” (IPS). The log—linear approach is illustrated using data on the reliability of reported decoration in a set of Early Bronze Age axes from southern Britain. The method, as implemented in the computer package GLIM, is then applied to data on the decoration of the faces and sides of those axes, divided into two chronological phases to form a three-dimensional table. The same table is analysed using IPS, and the relative advantages and the applicability of the two methods are discussed. The appendices give some practical information on the availability of programs and the computational steps involved in IPS.     

The life cycle of bronze age metalwork from the Thames

The high proportion of Bronze Age metalwork found in the Thames has aroused interest for many years, but all too little is known of the circumstances in which this material was deposited. Much of it is weaponry, but there are finds of tools as well. This paper examines the material found upstream of Teddington and considers its treatment before it entered the river. A high proportion of the artefacts had been used and some of them deliberately destroyed. There are marked variations in the selection and treatment of these artefacts along different lengths of the river and in different periods of the Bronze Age, but it seems likely that the proportion of fine metalwork that was deliberately damaged before it entered the river increased sharply over time.     

Provenance study of early and middle bronze age pottery from Kaman-Kalehöyük,Turkey, by heavy mineral analysis and geochemical analysis of individual hornblende grains

The provenance of Early Bronze Age and early Middle Bronze Age pottery produced between 2100 and 1970 B.C. and excavated from Kaman-Kalehöyük, Turkey was studied using mineralogical methods, including heavy mineral analysis and geochemical study of individual hornblende grains. The relative abundances of heavy minerals in the fabrics of 20 Early Bronze Age (EBA) and early Middle Bronze Age (MBA) pottery sherds, together with 27 local sediments collected within a radius of 25 km of the site were studied. The heavy mineral distributions in the Kaman region were statistically analyzed for consistencies in their occurrence. Amphibole was found to be the most abundant heavy mineral in most of the analyzed samples, followed by titanite and epidote. The amounts of other minerals such as garnet, clinopyroxene, and zircon are subordinate. Different proportions of heavy minerals in the fabrics allow categorization of the EBA and early MBA potteries into 5 groups. Comparative study of heavy mineral assemblages of local sediments and pottery suggests that half of the EBA and most of the MBA potteries were produced from sediment near the excavation site, whereas the other half of the EBA potteries were produced from sediment occurring at 25 km east or more east of the site. The geochemistry of individual amphibole grains was studied by electron-microprobe analysis. Most of the studied amphibole grains are calcic and aluminous, corresponding to hornblende. They can be further characterized into four types based on their chemical composition. The combination of heavy mineral identity and hornblende geochemistry provides diagnostic evidence for the origins of Kaman-Kalehöyük pottery. These and analogous heavy mineral techniques are effective archaeometric tools for determining pottery provenance.     

Radiocarbon dating of the bronze age bone pins from Eurasian steppe

Bone catapult and hammer-headed pins played one of very specific roles in funerary offerings in the Bronze Age graves uncovered in the Eurasian Steppes and the North Caucasus. Scholars used different types of pins as key grave offerings for numerous chronological models. For the first time eight pins have been radiocarbon dated. ¹⁴C dating of bone pins identified the catapult type pin as the earliest one. They marked the period of the Yamnaya culture formation. Then Yamnaya population produced hammer-headed pins which became very popular in other cultural environments and spread very quickly across the Steppe and the Caucasus during 2900–2650 cal BC. But according to radiocarbon dating bone pins almost disappeared after 2600 cal BC.     

Two‐needle knitting and cross‐knit looping: early bronze age pottery imprints from anatolia and the caucasus

There is ample evidence for the use of prehistoric loom‐woven, tabby fabric (made by plain warp and weft technique) in the construction of pottery. Ancient potters from the steppe regions of central Asia through to Anatolia and in some parts of Europe sometimes built their wares aided by old fragments of cloth and basketry, which left impressions on and in the walls of their vessels. In the highlands of eastern Turkey at the site of Sos Höyük and at Chobareti, in Georgia, the impressions on Early Bronze Age pottery include an array of textiles and, notably, what appears to be the earliest known evidence for two‐needle knitting and for the continued use of the single‐element, cross‐knit looping (also known as Coptic ‘nalbinding’) made using an eyed‐needle, a craft which has been found in Pre‐Pottery Neolithic contexts of the Levant. Various basketry techniques are also represented.     

The neolithic and early bronze age of the Lake Baikal Region: A review of recent research

Rich settlement and burial evidence from the Baikal/Angara region in Central Siberia provides one of the most promising opportunities in the global boreal forest for studying Holocene foragers. The Neolithic and Early Bronze Age prehistory of the region is known to western scholars only through a few English translations of the works of A. P. Okladnikov. Since the publication of Okladnikov's model, the region has witnessed large-scale archaeological fieldwork that has produced abundant quantities of new evidence. Moreover, the model has been partly invalidated by extensive radiocarbon dating. Research advances over the last couple of decades have augmented the area's previous reputation but have also revealed the need for new theoretical perspectives and modern analytical techniques.     

射线成像技术与商周青铜器铸接

商周青铜器生产基于独特的泥范块范法铸造技术体系,分铸铸接是实现铸件大型化和复杂化的主要途径。但直到20世纪中叶,盖滕斯才关注到这一问题。他起先采用剖切器物的方式认识铸接,又于60年代使用X射线照射成像,并使之成为古器物的常规检测方式,但结果常受器形局限。80年代起工业计算机断层扫描(CT)被用于青铜器检测,该技术不仅突破了X射线照射成像的局限,还带来了更多新的发现。新千年在日本和中国分别对青铜器做了大量检测,仅青铜铸接方面即有半环接榫、柱状销钉、铸焊等一系列新发现。本文简要回顾对青铜铸接的认识历史,揭示认知手段的变化,凸显射线成像的价值,强调问题意识和原创理论、方法和手段的重要性。     

Looking for circular structures in post hole distributions: Quantitative analysis of two settlements from bronze age England

A statistical procedure is suggested for the analyses of hypothetical round-house plans among post hole patterns. The data are compared with an analogous random scattering of points and differences are noted. Plausible interpretations are contrasted with chance configurations to determine their strength. Single-link cluster analysis and statistical geometry are used. The emphasis throughout the paper is on data analysis rather than hypothesis testing.     

黄河流域早期铜器演进初探

黄河流域是中国早期铜器起源与发展的关键区域,早期铜器的演进受社会复杂化程度制约。在文明化进程的视野下,本文通过用铜遗存的考古信息与社会经济背景,将黄河流域早期铜器的演进分为早期用铜的萌芽、发展初期及区域化特征形成三个阶段,初步阐释铜制品从出现到规模化使用的过程。人群流动、定居农业、手工业生产、城市与权力的集中是影响黄河流域早期铜器演进模式的重要因素。大体在公元前2300年至前1400年的文明进程中,黄河上游铜器的制作与使用具有相似的风格及开放共融的特征,而黄河中下游地区防御性城市与权力的发展,推动了铜器技术与社会功用的本土化转变。     

Synchrotron radiation-based x-ray analysis of bronze artifacts from an Iron Age site in the Judean Hills

Seven bronze bangles from Tell en-Nasbeh, northern Judah, were investigated to understand the phase composition and manufacturing process of the artifacts, and possibly suggest a provenance for their origin. Synchrotron x-ray radiation diffraction (XRD) and fluorescence (XRF) were used in the analysis to avoid any destructive sampling and at the same time penetrate through the surface into the core metal. These techniques enabled us to determine that the bangles were not just tin bronze, but leaded tin bronze. Based on excavation reports, it is unlikely that the metal objects were manufactured locally at Tell en-Nasbeh; rather, preliminary XRD and XRF data point towards the neighboring region of Edom as their origin. Despite their political enmity during the Iron Age II, the data suggest that Judahite social demands for bronze may have fostered a strong economic relationship between these two polities.     

The technology Of the yamnaya (pit grave) ceramic production And its relevance to the population history Of the volga-ural region in the early bronze age

Based on ceramic assemblages from the Yamnaya (Pit Grave) culture burials, the technology of pottery manufacture practiced by the Early Bronze Age people of the Middle Volga–Southern Ural region is described. The analysis follows the methodology developed by A.A. Bobrinsky. The results are used for reconstructing the origin and evolution of the Pit Grave culture. The role of ceramics in Early Bronze Age funerary ritualism is discussed.     

六朝初期铜鎏金铺首衔环保护与研究

为了对一件六朝初期的铜鎏金铺首衔环进行保护,运用X光透视、扫描电镜、红外光谱等仪器对其鎏金层和腐蚀产物进行了分析。通过扫描电镜能谱分析得知鎏金层含有较高的金元素并有部分的汞元素,由于汞元素的存在,进一步验证了其为鎏金器。根据浅绿色锈蚀样品的红外光谱分析,浅绿色锈蚀是有害锈氯铜矿(Cu2(OH)3Cl),必须对其进行除氯处理。而覆盖鎏金层的绿色锈蚀在扫描电镜能谱分析中所示氯离子含量并不明显,并根据红外光谱的分析确认其为无害锈孔雀石(Cu(OH)2.CuCO3),但其影响了铺首鎏金层艺术欣赏价值,需采取措施将其清理,对位于铺首背面的则给予保留。保护修复过程中,尝试了先用去离子水浸渍填充鎏金文物毛细管后,再用强酸性离子交换树脂快速处理覆盖鎏金层的绿色锈蚀,达到了预期效果。实践证明该方法可以有效地把铺首左面鎏金层清理出来。     

Iron age chronology and biblical history rejoinders: The late bronze/iron age transition,Tel ʿEton and Lachish

ABSTRACT

In this article, I review three recent articles. In the first, Asscher and Boaretto (2018 Asscher, Y. , and Boaretto, E. , 2018. ‘Absolute time ranges in the plateau of the Late Bronze to Iron Age transition and the appearance of Bichrome pottery in Canaan, Southern Levant’, Radiocarbon 60, 1–25. doi: 10.1017/RDC.2017.96 [Crossref] , [Google Scholar]. ‘Absolute time ranges in the plateau of the Late Bronze to Iron Age transition and the appearance of Bichrome pottery in Canaan, Southern Levant’, Radiocarbon 60, 1–25) suggest that the Late Bronze/Iron I transition occurred in neighboring sites a century and more apart. In the second, Faust and Sapir (2018. ‘The “Governor's Residency” at Tel ?Eton, the United Monarchy and the impact of the old-house effect on large-scale archaeological reconstructions’, Radiocarbon 60, 801–820.) date the construction of a solid building at Tel ?Eton to the tenth century bce and interpret this as validation for the historicity of the United Monarchy of ancient Israel. In the third, Garfinkel et al. (2019a Garfinkel, Y. , et al. , 2019a. ‘Lachish fortifications and state formation in the Biblical kingdom of Judah in light of radiometric datings’, Radiocarbon 61, 1–18. doi: 10.1017/RDC.2019.5 [Crossref], [Web of Science ®] , [Google Scholar]. ‘Lachish fortifications and state formation in the Biblical kingdom of Judah in light of radiometric datings’, Radiocarbon 61, 1–18) announce the discovery of a city-wall belonging to Level V at Lachish, and affiliate it with the building operations of King Rehoboam of Judah, described in 2 Chronicles. Scrutiny of the methods and facts dismisses all three theories.