Remarks on Early Iron Age Burial Sites from Southern Cameroon

For the first time, graves dating to the Early Iron Age between 2000 BP and 1700 BP have been discovered in the southern Cameroonian rain forest. The features in question, from the sites of Akonétye and Campo, were almost identically furnished with iron objects and ceramic pots. Other features with more or less corresponding finds have been discovered at Mouanko–Lobethal, Mouanko–Epolo, Kribi–Mpoengu, and Yaoundé–Obobogo. The spatial distribution of these sites and their near synchronous dating suggest that a particular burial rite was practiced over a considerable area of southern Cameroon during the Early Iron Age.     

New Early Iron Age Statue From Sary-Arka

The article introduces a statue of the Saka period from Sary-Arka (Central Kazakhstan) and shows the similarities between its attributes and the weaponry of the Early Iron Age cultures of the Eurasian steppes. Specific features of the Sary-Arka statues and their iconographic similarities with Eastern European Scythian sculpture are described.     

Kozlov Mys-2 Burial Ground and Issues of Chronology for the Early to Late Iron Age Transition in the Trans-Ural Region

This article addresses issues of dating and the duration of the transition from the Early to the Late Iron Age using findings from Kozlov Mys-2 burial ground in the subtaiga Tobol region and sites attributable to the final stage of the Sargat culture. Absolute dates suggest that intermediate sites existed in the forest steppe and subtaiga areas east of the Urals in the first half of the 4th century AD.     

Resilient Social Actors in the Transition from the Late Bronze to the Early Iron Age on Cyprus

Journal of World Prehistory - Our understanding of the earliest Iron Age on Cyprus has long remained somewhat obscure. This is the result of both a relative lack of material evidence and the fact...     

Iron Age Ferrous Hammerheads from Britain

There are more than thirty iron hammerheads known from the pre-Roman Iron Age in Britain, the majority of which are assigned to the first centuries BC and AD. They include specialised tools, such as set hammers and a swage sledge-hammer which are blacksmiths' tools. The hand-hammers are more numerous and many of these are probably also metalworkers' tools. Fourteen have been examined by metallography showing that at least ten are quench hardened at one or both faces and some may have been tempered.     

Iron Age iron files from England

There are more than 40 iron files known from the pre-Roman Iron Age in England, of which 26 come from settlements with evidence of manufacturing activities. The files vary considerably in size and form. The coarse-cut files were probably intended for working soft or fibrous materials such as wood or horn, whereas the finer-cut files were probably for working more compact or harder materials, including metals. This corresponds to the metallographic evidence from a sample of 17 files, of which only seven finer-cut ones have been found to be quench-hardened. The discovery of metal particles in five files provides further evidence of use.     

Statistical Analysis of Spatial Distribution of Ceramics from Late Bronze Age/Early Iron Age Sites in Southwestern Siberia

Results of the statistical analysis of spatial distribution of ceramics at Chicha-1, Zavialovo-5, and Linevo-1 indicate ethnic heterogeneity and the presence of native and immigrant ceramic traditions within separate sites and even within single dwellings. The arrangement of pottery inside residence structures follows certain regularities. All residents, however, were apparently involved in the same manufacture.     

Pottery and the Visual World at Early Iron Age Hascherkeller,Germany

Abstract

On most late prehistoric and early historic settlement sites all over the world, pottery is the most abundant material recovered by archaeologists. Analysis of pottery provides information about the chronological position and cultural affiliation of a site, as well as about techniques of manufacture, organization of production, trade relations, and patterns in the social structure of the community. Here, a new approach is presented that focuses on pottery as a principal factor in the visual world of the people who made and used it. Pottery from the Early Iron Age settlement of Hascherkeller in southern Germany is examined in the context of the physical and social world of which the community was a part. It is argued that the shapes, textures, and decoration of the pottery refer to other elements of the physical world. This approach offers a new way to understand how prehistoric people responded to economic and political changes through the purposeful fashioning of their material culture.     

Petrographic and geochemical analysis on the provenance of the Middle Bronze and Late Bronze/Early Iron Age ceramics from Didi Gora and Udabno I, Eastern Georgia

We report thin section petrographic and geochemical analysis of a total of 20 Middle Bronze, Late Bronze/Early Iron Age ceramics excavated from Didi Gora and Udabno I located in the Eastern part of the Republic of Georgia and 31 clay samples from eight different regions in the surrounding areas of the sites. The major and trace element compositions of the ceramics and clays were determined using a wavelength dispersive X-ray fluorescence technique. The results indicate that the ceramics were manufactured from local clays in Eastern Georgia, mainly from two local clays without any preference of one of the sources during the Middle Bronze, Late Bronze/Early Iron Age.     

Modeling Expansive Phenomena in Early Complex Societies: the Transition from Bronze Iron Age in Prehistoric Europe

The Bronze Age/Iron Age transition in Prehistoric Europe represents a perfect case study to test different and competing hypotheses of social dynamics and economic change in small-scale societies. The paper discusses the possibilities of modeling what could have happened in Europe between 1800 and 800 bc, in terms of spatiotemporal dynamics. The paper presents some theoretical aspects of the dynamic study of expansive phenomena and gives an overview of a computer model programmed to explain the way new burial forms expanded in Europe. The main idea is comparing classic demic diffusion models (spread of population), cultural transmission models (spread of ideas), and technological innovation diffusion model (spread of goods). We will present the fundamentals of a preliminary study towards the computational simulation of such hypothetical social mechanisms, using a dataset composed of more than 1,500 georeferenced and radiocarbon dated archaeological contexts of a period between the Early Bronze Age and the first Iron Age (1800–800 bc) from an area including the North-East of Iberian Peninsula, Southern France, Northern and Central Italy, Switzerland, Austria, and Southern Germany.     

Towards the identification of dyestuffs in Early Iron Age Scandinavian peat bog textiles

A large systematic dye investigation of prehistoric Danish and Norwegian bog textiles was carried out using high performance liquid chromatography with photo diode array detection. After the selection of the most suitable protocol for dye extraction and HPLC analysis for this specific group of archaeological samples, the second part included the characterisation of the dyes detected in the whole series of the Early Iron Age textiles and the interpretation of the dyeing technology. Natural organic dyes were found from the three main categories of natural dyes, hence throwing new light on the use of biological dye sources in Early Iron Age Scandinavia. The results clearly indicate that most Scandinavian peat bog textiles originally were dyed and that already during the 1st millennium BC, the populations in Scandinavia were familiar with the dyeing technology.     

Organic Geochemical Evidence for Pine Tar Production in Middle Eastern Sweden During the Roman Iron Age

Several funnel-shaped features of unknown function were discovered at excavations related to a new stretch of the highway E4 in middle Sweden during 2002–2003. These features could be sub classed into two categories: large funnel-shaped pits dated to 600–1100 AD (Vendel period – Viking Age) and small funnel-shaped pits dated to 240–540 AD (late Roman Iron Age – Migration period) respectively. Soil samples were analysed for diterpenoids derived from abietic acid (mainly retene, abietic acid, dehydroabietic acid and methyl dehydroabietate) by Gas Chromatography-Mass Spectrometry (GC-MS) in order to test the hypothesis that the features might be connected to pine tar manufacture. For comparison, samples from historically known pine tar and charcoal production features were analysed. The resinous fraction in the larger funnel-shaped features were very similar to those of the historical pine tar and charcoal production features, while the composition in the small funnel-shaped pits was dominated by retene and methyl dehydroabietate. The biomarker, methyl dehydroabietate, could be identified in several of the soil samples from the funnel-shaped pits. We suggest that both of these features have been used for pine tar production, which makes the smaller funnel-shaped features the oldest known tar production features in Europe.     

Constructing Identities in Early Iron Age Thessaly: The Case of the Halos Tumuli

This paper examines the Early Iron Age tumulus–cemetery of Halos in south–eastern Thessaly, with its unique cremation pyre–cairn combination. As there are no parallels for such combination of burial practices either in Thessaly or in any other area of the Greek world, it has usually been suggested that the tumuli were erected by people foreign to Thessaly, most probably of a northern origin. This paper presents evidence suggesting a local custom closely related to the desire to create a new identity.     

Miliacin in palaeosols from an Early Iron Age in Ukraine reveal in situ cultivation of broomcorn millet

During the archaeobotanical investigation of Scythian–Sarmatian period (Early Iron Age), pits with crop processing waste, discovered in the floodplain of Donets River, eastern Ukraine, and charred remains of cereal grains, dominated by broomcorn millet, were recorded. The grains from the pits were radiocarbon dated to the fifth to first century BC. Those pits are distant from any known contemporaneous settlement. The apparent disconnection of these pits from any local settlement suggests that (1) millet was brought from other locations by mobile groups, or (2) millet was cultivated locally by populations whose settlements have left no discernible archaeological trace. The analysis of molecular biomarkers preserved in palaeosols that are stratigraphically connected to the pits revealed high levels of miliacin, a molecule that can be preserved in ancient soils and sediments, and that is consistent with broomcorn millet (Panicum miliaceum). High levels in miliacin in soils stratigraphically connected to the pits are interpreted as the result of a large biomass of P. miliaceum produced at time of soil formation. Our biogeochemical results applied to a palaeosol thus attest to the in situ cultivation of crops dominated by the broomcorn millet during the early Iron Age in the floodplain of Donets River. Biochemical examination of soils and palaeosols can thus provide useful information on past dynamics of land-use by ancient population, especially when settlements or macrobotanical remains are absent.     

Inferences from the human skeletal material of the Early Iron Age cemetery at Agios Dimitrios,Fthiotis, Central Greece

The Geometric cemetery of Agios Dimitrios (850–740 B.C.) yielded a human osteological sample, with an MNI of 51 and equal numbers of males and females and adults and subadults. This site is of significant archaeological importance, as it provides information on human health status, diet, and activity patterns as well as mortuary behavior for a little studied time period. The results, including a) stable carbon and nitrogen isotopic data suggesting a C₃ low-protein plant diet, b) relatively high infant mortality, c) low stature estimates, d) significant prevalence of possible anemic conditions, and e) high dental infection and loss rates, all point to a rapidly increasing, stressed, and relatively malnourished population which did not exploit nearby marine resources, experienced suboptimal living conditions, and could not reach its biological potential. Furthermore, the study of this group provides evidence of equal burial treatment of all age and sex categories, no dietary differences in terms of sex and status, and no sex differentiation in pathological conditions.     

The Transition from the Later Stone Age to Iron Age in Kondoa, Central Tanzania

Many scholars assume that the spread of Iron Age (IA) agropastoralism traditions to Sub-Saharan Africa was associated with the domination, assimilation, or dislocation of Later Stone Age (LSA) autochthonous populations. Archaeological data from Kondoa, central Tanzania show evidence of interaction between IA agropastoralists and LSA hunter-gatherers around 1030 years bp. Despite that, replacement of the LSA traditions seems to have taken a considerably slow pace, leading to the suggestion that autochthonous LSA groups were not displaced or assimilated by IA people but became agropastoralists through a process of acculturation. This outcome raises questions about the reliability of the assimilation or displacement models typically used by scholars to account for the fate of prehistoric LSA hunter-gatherers during contact with IA agropastoralists in Sub-Saharan Africa.     

从黏土到人工制品:非洲早期铁器时代制铁技术的资源选择

在漫长的人类史中,铁器时代占有重要的地位,而早期铁器时代的炼铁技术则更值得研究和探索。本文是麻省理工学院的S.特里·乔尔兹写于上世纪80年代的一篇实验性研究文章。其中阐述了对于东非坦桑尼亚卡盖拉地区早期铁器时代炼铁所选用黏土的实验过程以及研究结果。作者长期在卡盖拉地区进行考察,并通过田野采集、实验分析和测试焙烧的方法对该地区早期铁器时代炼铁熔炉的材质选择进行了研究。结果表明,卡盖拉地区的史前炼铁工人对于建炉材质有着自己的认识,他们会选择耐火性较高的黏土来建造可能会承受极高温度的部分,如焙烧中心、风口末端,并且已经掌握了通过向黏土添加瘠性掺合料,从而提高黏土的耐火性并防止其在极端高温中膨胀、破裂、剥落。同时,他们在材料黏土的耐火性、稳定性和可获得性方面进行了权衡。他们并不完全依赖从远处沼泽地区采集的高品质黏土,而是更多地选择居住环境周围容易获得的沙质黏土和白蚁冢。通过向其中添加掺合料,这些材料同样在建炉过程中取得了良好的效果。本文的研究揭示出非洲早期铁器时代的炼铁工人对材料黏土的选择方式和依据,说明了他们非常重视综合考量,权衡技术控制、劳动效率和材料可获得性等诸方面因素,从而对于制铁资源做出了合理的折衷选择。     

The Complexity and Fragility of Early Iron Age Urbanism in West-Central Temperate Europe

The development of large agglomerations is one of the most important phenomena in later Eurasian prehistory. In west-central temperate Europe, the origins of urbanism have long been associated with the oppida of the second to first centuries BC. However, large-scale excavations and surveys carried out over the last two decades have fundamentally modified the traditional picture of early centralization processes. New results indicate that the first urban centres north of the Alps developed over time between the end of the seventh and the fifth century BC in an area stretching from Bohemia to southern Germany and Central France. Sites such as the Heuneburg, Závist, Mont Lassois and Bourges produce evidence of a process of differentiation and hierarchization in the pattern of settlement that was concurrently an expression of, and a catalyst for, increasing social inequality. Although contacts with the Mediterranean world would certainly have played a role in such processes, endogenous factors were primarily responsible for the development of these early Central European agglomerations. This paper summarizes recent fieldwork results, showing the heterogeneity and diversity of Early Iron Age central places and outlining their diachronic development. The fragility and ephemeral character of these centres of power and their territories is highlighted. Their demise was followed by a period of decentralization that constitutes a prime example of the non-linear character of history.