Plant use and crop husbandry in an early Neolithic village: Vaihingen an der Enz,Baden-Württemberg

Abstract

Rescue excavations carried out during the 1970s at the Iron Age hillfort of Broxmouth in East Lothian produced a small assemblage of fish bone. Despite some uncertainties surrounding the recovery of this material, recent analysis has produced highly unusual results. In particular, the presence of large specimens of ling and other species raises the possibility that the Broxmouth community was, at least periodically, engaged in deep-sea fishing. This suggestion is at variance with present understandings of Iron Age fishing strategies which generally envisage more expedient practices, such as line fishing from the shore. Indeed, it has even been suggested that the consumption of fish was avoided altogether in Iron Age Britain, for religious or cosmological reasons. The composition of the Broxmouth assemblage thus has potentially important implications for our understanding of Iron Age marine exploitation.     

Investigating Dietary Variation With Burial Ritual in Iron Age Hampshire: An Isotopic Comparison of Suddern Farm Cemetery and Danebury Hillfort Pit Burials

The formal Iron Age cemetery at Suddern Farm, located near Danebury hillfort, provides a unique opportunity to investigate whether differences in burial tradition and ritual behaviour seen at the two sites are linked to access to food resources during life. We measured the carbon and nitrogen isotopic ratios of 40 humans from Suddern Farm and compared this information to previously published faunal data from the site and human isotopic data from Danebury. Despite substantial variation in the faunal isotope signatures, the adult humans have notably homogeneous isotopic results, which are very similar to those at Danebury. This indicates that they had similar access to dietary resources, and supports other evidence for the interdependence of sites with regard to their farming practices. Any social practices that define groups within Hampshire Iron Age society at these sites do not seem to have had any detectable influence on diet.     

Arts and Crafts in Iron Age Britain: Reconsidering the Aesthetic Effects of Weaving Combs

Recent years have witnessed the formal acknowledgement of the privileged position from which decorative media in Iron Age Britain have traditionally been studied. Tension remains, however, between the study of the decorated metals that formed the basis for models of Celtic expansion, and decorated non‐metals. Despite the general paucity of decoration in Iron Age Britain, decorated non‐metals are still not viewed in the same light of social significance as metals. This paper will examine weaving combs from Glastonbury Lake Village, highly decorated objects of antler and bone. By concentrating on the fabrication and display of weaving combs, I aim to highlight the potential significance of the aesthetic effects of these objects.     

STABLE ISOTOPE INVESTIGATIONS OF THE DANEBURY HILLFORT PIT BURIALS

Carbon and nitrogen isotope analyses were performed on human and animal bones recovered from pits within Danebury Iron Age hillfort. All results are within the range expected for European Holocene specimens and are similar to those from other Iron Age sites in central southern Britain. Our results indicate that the human diet included a significant amount of animal protein (meat and/or dairy products) consumed on a regular basis, but do not preclude a diet based heavily on cereal consumption. In comparison with the extensive heterogeneity visible in the animal isotope values, the homogeneity of the human values is rather striking. This may be a reflection of the much slower turnover rate of adult human collagen and may also indicate that the humans consumed a much greater variety of food than the fauna (thus averaging many isotopic sources). This is consistent with the role of hillforts as central places and locations for food distribution and exchange.     

Iron Age Burial in Wales: Patterns,Practices and Problems

Until the latter part of the twentieth century, Iron Age burial in Britain was thought to be largely archaeologically invisible. However, over the last 40 years the recovery of large assemblages of human remains, often from pits and ditches rather than beneath monumental structures, has changed our understanding of Iron Age funerary practices. The problem, though, is that the majority of this material derives from core areas of study, particularly southern England and Yorkshire. Our knowledge of burial in the more peripheral areas of Britain, such as Wales, is much more poorly understood. The perceived paucity of burials from such regions is often still interpreted as resulting from the practice of archaeologically invisible disposal methods such as excarnation or the scattering of cremated remains. This paper presents a comprehensive review and analysis of Iron Age human remains in Wales. Although the resource for study is relatively small, a variety of practices, disposal methods and treatments of bodies can be recognized which challenge our current narratives. The scarcity of burials when compared to other parts of Britain, such as Wessex, is suggested to be a result of both poor preservation and bias in archaeological research strategies, rather than the dominance of an ‘invisible’ burial rite.     

A Happening at Danebury Hillfort – But When?

A group of six radiocarbon dates for human skeletons found at the Iron Age hillfort of Danebury are suggestive of a major killing event. We consider here how the dates, mitigated by a careful consideration of the archaeological evidence for context, can be used in constructing site history.     

NEW EVIDENCE FOR IRON AGE SECONDARY BURIAL PRACTICE AND BONE MODIFICATION FROM GUSSAGE ALL SAINTS AND MAIDEN CASTLE (DORSET, ENGLAND)

Summary.   The Middle and Late Iron Age samples of disarticulated human remains from the settlement site of Gussage All Saints and the hillfort of Maiden Castle (Dorset, England) were investigated for evidence of funerary rites. The samples were examined using osteological, forensic and archaeological methodologies for evidence of excarnation and secondary burial. The study found evidence for dry-fractures, animal gnawing and peri-mortem trauma, indicating that many individuals had received blunt-force cranial fractures and/or weapon injuries at the time of death. The taphonomic indicators showed that bodies were excarnated, received secondary burial treatment and then selected skull and long bones were incorporated into structured deposits. Osteological analysis also showed that the majority of individuals were adult males, which corresponded to patterns of trauma in the inhumated sample from Dorset. Two bones also provided unique evidence within Dorset for the cultural modification of human remains.     

Stable isotope investigations of charred barley (Hordeum vulgare) and wheat (Triticum spelta) grains from Danebury Hillfort: implications for palaeodietary reconstructions

Palaeodietary studies typically focus on the analysis of bone collagen due to the limited availability of plant remains. Isotopic analysis of plant remains, however, allow for a more extensive consideration of the contribution of plants to the human diet and can potentially provide information about the environment in which the crops were grown. This paper reports the results of carbon and nitrogen isotope analyses performed on charred barley and wheat grains recovered from pits within Danebury Iron Age hillfort. To the best of our knowledge, this is the first Iron Age site in Britain from which charred grains have been isotopically analysed. Our results suggest that cereals found at the hillfort were grown in several different environmental contexts. The isotope data demonstrate that the herbivores were not consuming a diet primarily based on grains as the δ¹⁵N values of the grains are very similar to those of the herbivores. Palaeodietary investigations typically assume that humans eating plant protein only would have the same δ¹⁵N value as the local herbivores. This assumption is clearly invalid at Danebury, where the humans and animals appear to have consumed either different parts of the same plants or different plants. Researchers typically interpret high differences between human and animal δ¹⁵N values as indicative of diets high in animal protein, however where major plant resources have δ¹⁵N values similar to those of the herbivores our ability to distinguish between plant and animal sources of protein in the diet is limited. Our research has demonstrated that whenever possible it is desirable to measure the isotopic signatures of potential major plant resources in order to understand past subsistence strategies.     

REDEFINING THE NORTHERN BRITISH IRON AGE

Summary.   Unlike Southern Britain, the Iron Age in Northern Britain spans two millennia from the introduction of iron technology to the Norse settlements. Northern Britain is divided into a series of geographical and archaeological regions, including for the pre-Roman Earlier Iron Age the whole of aceramic and non-coin-using northern England. Despite a wealth of settlement evidence, the Earlier Iron Age lacks diagnostic material assemblages, even in the ceramic Atlantic regions, where radiocarbon dating is now confirming the origins of Atlantic Roundhouses in the mid-first millennium BC. External connections may have been long-distance, reflecting a complex variety of selective connections. For the Later Iron Age, interpretation based upon historical sources has inhibited a proper archaeological evaluation of the 'Picts' and of the traditional view of Dalriadic settlement in Argyll, both of which are now under review.     

Elevated lead exposure in Roman occupants of Londinium: New evidence from the archaeological record

The evolution of metallurgical practices over several millennia has resulted in human exposures to a diverse variety of toxic elements. These exposures were not just confined to the metalworkers, but in many cases broadly impacted the larger community and society. The role of lead in Roman civilization is particularly fascinating, where the available evidence of lead use in a myriad of applications by Roman civilization suggests the potential for elevated exposures. The present paper addresses the hypothesis that because of these practices, Roman occupants of ancient Londinium (43–410 ad ) were exposed to levels of lead that far exceeded exposures in the preceding populations of Iron Age Britain (700 bc –43 ad ). The elemental content and stable lead and strontium isotopic signatures of 30 femora from three Londinium cemeteries and radiocarbon-dated representative burials were examined and the results then compared with 70 femora dating to the pre-Roman Iron Age from the well-known Iron Age hillfort of Danebury, Hampshire, and from three cemeteries in East Yorkshire. Extensive efforts were directed at the minimization of sediment and soil contamination, the assessment of contamination from burial artefacts and a careful review of the burial context of specimens. Data for lead and 20 additional trace and major elements were obtained by magnetic sector inductively coupled plasma mass spectrometry (ICPMS), after acid dissolution of pre-cleaned bone cores. Lead isotope ratios in the bone core digests (and burial soils) were measured by multi-collector ICPMS. It was found that concentrations of lead in the Roman/Londinium-era femora were > 70-fold greater than those from pre-Roman populations. This was confirmed by femoral data obtained from the analysis of a pre-Roman burial from the early first century bc found adjacent to the Southern Cemetery. Several major and trace element metrics for diagenesis demonstrate that levels of lead in the bone are robust indicators of human exposure during life. Lead isotope data for the Roman population are consistent with previously identified widespread lead pollution. The pre-Roman populations contain lead isotopic compositions consistent with highly localized, minor sources of lead. Together, these data provide unequivocal confirmation that the Romans in Londinium were exposed to elevated lead levels. Elevated blood lead levels would have resulted, negatively affecting their health and possibly contributing to declining birth rates.     

On the Medieval Ecclesiastical Architecture of Paris

Geophysical survey has shed new light on the history of Cadbury Castle, a hillfort of presumed Iron Age date situated west of the Exe Valley in Devon. At least two prehistoric phases of development have been identified, as well as a previously unknown additional external line of defence which is tentatively suggested to date from the seventeenth-century Civil War. In addition, the finds from a nineteenth-century ‘excavation’ of a shaft or well in the interior are reviewed and found to represent a significant assemblage of late Roman date, possibly suggestive of the survival of pre-Christian practices.     

Considerations for the identification of ritual deposits of animal bones in Iron Age pits

Although ritual practices amongst human groups are well documented, there are often great difficulties in deducing that ritual behaviour was one of the processes leading to the deposition of prehistoric animal bones. This paper examines developments in recent British literature, particularly those related to the interpretation of certain bones found in Iron Age pits and notably at Danebury hillfort. It discusses a set of arguments or criteria on which the growing literature on ritual is based. In most instances the criteria cannot be restricted to a solely ritual interpretation and a wider range of taphonomic explanations are possible. More rigorous excavation records and discussion of evidence are required to identify ritual satisfactorily.     

Archaeological prospection of forested areas using full-waveform airborne laser scanning

Airborne laser scanning (ALS) is a potential tool for recognising and measuring topographic earthwork features in wooded areas. To explore its potential for archaeological reconnaissance in a densely forested area, a test scan covering an Iron Age hillfort in the eastern part of Austria was carried out during the first phase of a research project.     

Excavations on the Titelberg,Luxembourg

Abstract

The center of the hillfort “Titelberg,” near Petange in extreme SW Luxembourg, was investigated in 1972-74 by the University of Missouri at Columbia and the Luxembourg Musées de l'État. The American excavations have revealed a side street which, when considered with evidence unearthed by the Luxembourgers, indicates an insula system for the hillfort in Gallo-Roman times. Habitation lasted until the 4th century A.C., but this part of the site was most heavily used in the time of Augustus, when a coin-flan casting operation was conducted in a provincial Roman-style building. Underneath this building were found 14 successive floor levels in at least two different Celtic-style structures also housing coin-casting operations. Calibrated and adjusted radiocarbon dates support an archaeological dating to ca. 300 B.C. in La Tène Ic or II for the earlier of the latter structures. The late Iron Age hillfort was preceded by two separate Neolithic occupations.     

A meal on the hoof or wealth in the kraal? Stable isotopes at Kgaswe and Taukome in eastern Botswana

Iron Age sites associated with the Toutswe tradition in Eastern Botswana date between CE 700–1300 and share a variety of settlement patterns, economic features and material culture. The presence of domestic fauna, settlement structures and concentrations of vitrified dung provide archaeological evidence for herding economies. However, due to factors of preservation and past retrieval techniques, evidence for plant remains is still somewhat limited for the Toutswe sites in Botswana. Additionally, archaeological remains such as flora, fauna and material culture often provide only indirect evidence for their contributions to diet. This study provides new evidence for the diet of individuals from the Toutswe tradition. Given the large numbers of animal remains and residues at Toutswe sites, the expectation is that animal domesticates were also an integral part of the diet. Stable isotopic analysis of human remains indicates that even though domestic cattle and sheep occur in great abundance at Toutswe sites, their contribution to the diet may be minimal. The main source of protein for individuals at Kgaswe and Taukome comes from C4 plants such as sorghum and millet and to a lesser extent, animal products. The practice of maintaining large domestic herds for economic and social reasons rather than for primary subsistence in southern Africa today may have its roots in the Iron Age populations of the region. Copyright © 2010 John Wiley & Sons, Ltd.     

The urban ecology of Iron Age Tel Megiddo: using microvertebrate remains as ancient bio-indicators

The potential of microvertebrate remains for reconstructing the paleoecology of urban sites remains largely untapped except for extensive research carried out at Roman and medieval sites in Britain. We apply taphonomic and ecological approaches to analyzing an assemblage of microvertebrate remains from the Iron Age IIA of Tel Megiddo, Israel. Sampling in a dense residential area including house floors and various fills produced 1080 identifiable specimens including fish, mammal, reptile and bird remains. The mammalian remains show a number of distinct patterns pointing to accumulation from the community of small animals which lived and died on-site. These patterns include evidence for fragmentation due to trampling and presence of burned specimens. The mammalian remains also differed in their taphonomy from an assemblage from Early Bronze Age II Megiddo which originated from predator accumulation during a period of abandonment. These analyses point to an especially low taxonomic diversity in the Iron Age residential assemblage suggesting that the urban environment of Megiddo supported a unique community of small mammalian animals. This differs markedly from ecological conditions in modern day cities which in some cases show greater than background levels of diversity and suggests a dense, homogenous urban environment. We suggest that reconstructing the evolution of urban fauna in greater detail will provide a sensitive tool for tracing historical processes of growth, decline and increasing complexity of urban sites in the Near East as well as other regions of the world.     

Upland agriculture and environmental risk: a new model of upland land-use based on high spatial-resolution palynological data from West Affric, NW Scotland

Marginality and climatic determinism are common themes in upland archaeology, particularly in northern Britain, but there is increasing evidence to challenge these assumptions, notably in the palynological record. An alternative model for land-use in a highland valley is developed using three high spatial-resolution pollen sequences from north-west Scotland. In spatial terms, land-use was shaped by the landscape but also structured to make the most productive use of the small, fragmented areas of better soil in a peat-dominated environment. Climate change alone provides an inadequate explanation for land-use dynamics. A combination of careful site selection, resource management, and social interactions buffered farmers from risks posed by upland conditions, whilst allowing the flexibility to respond to opportunities created by environmental and socio-economic change, particularly during the early Bronze Age, Bronze Age/Iron Age transition, Iron Age and ‘Little Ice Age’. Implications for the perception of upland farming, for the prediction of responses to environmental risk, and for the expected character and survival of archaeological evidence for past upland and mountain-farming systems are evaluated.     

The Pre-Roman Iron Age in Britain and Ireland (ca. 800 B.C. to A.D. 100): An overview

Those communities that lived in Britain and Ireland ca. 800 B.C. to A.D. 100 represent particularly well-researched examples of the complex agrarian, nonurban, societies with high population densities that characterize the Pre-Roman Iron Age across temperate Europe. This paper provides a critical introduction to the extensive recent literature on the Pre-Roman Iron Age in Britain and Ireland. Evidence from the large number of salvage excavations and surveys, the application of a wide range of analytical techniques, and important changes in interpretative frameworks are transforming understandings of this period. After reviewing these developments, a chronological account of the period is outlined which attempts to integrate these new results. This suggests that current interpretations of social processes across Iron Age Europe in terms of state formation, urbanization, and core-periphery relations with Mediterranean civilization need revision.     

NEW EVIDENCE FOR IRON AGE BURIAL AND PROPITIATION PRACTICES IN SOUTHERN BRITAIN

It has been 30 years since the first scheme that categorized fragmentary Iron Age human remains in southern Britain ( Wilson 1981 ), and nearly 20 years since Cunliffe's paper ‘Pits, Preconceptions and Propitiation’ was published ( Cunliffe 1992 ). This study integrates the osteological, forensic and field evidence to identify archaeological signatures from three interrelated areas. The results show different depositional trends for five sites in Hampshire, and that the hillforts studied – Danebury (Hampshire) and Maiden Castle (Dorset) – demonstrate yet another pattern. Three main depositional practices were observed; intentional exposure, propitiatory deposits, and intentional practices, in which the body was kept whole in death, ran in parallel with each another.     

Climate deterioration and land-use change in the first millennium BC: perspectives from the British palynological record

Climate deterioration at around the time of the Bronze Age/Iron Age transition has for long been argued to have resulted in upland abandonment in northern and western Britain, and recent research has provided evidence that a major climate downturn from 850 cal BC caused settlement abandonment in western Europe and potentially worldwide. It is, however, unclear to what extent only ‘marginal’ sites were affected, due to the lack of any systematic attempt to view the evidence for settlement and land-use change across a range of landscape types with differing sensitivities to environmental change. This paper addresses this issue by an evaluation of 75 pollen sequences spanning the late Bronze Age and early Iron Age in Britain to assess whether climatic deterioration was sufficient to cause widespread land abandonment. The results provide no evidence for wholesale land-use change at this time; the overall picture is one of continuity of land use or even increased agricultural activity. There are, however, hints of regional variability, with a greater tendency to abandonment of upland areas in Wales, and signs of woodland regeneration in agriculturally productive areas of lowland central southern England. The latter pattern may reflect a combination of rising ground-water levels affecting local land-use in the immediate vicinity of the mires which provide the source of the pollen data, against a backdrop of regional-scale social and economic changes at the Bronze Age-Iron Age transition.