Romans and Reducing Recidivism: Archaeology,Social Benefit,and Working with Offenders in Wales (Part 1)

Claims that public and community archaeology can help ‘change lives’ have recently come under criticism. Challenging these critiques, this article explores how archaeology can be socially beneficial in the rehabilitation of offenders. Using a case study from South Wales, this article demonstrates how a prison-based outreach project can offer an innovative trajectory for public archaeology, highlighting the links between archaeology and political agendas. The article challenges the concept of ‘archaeologist-as-social-worker’ and considers the successes and limitations of such an approach, including the challenges of measuring impact. Ultimately, it demonstrates that archaeology-based activities can provide positive life experiences for offenders, but only through a successful partnership between heritage and offender management specialists, as part of a wider programme of support and intervention.     

Branch age and diameter: useful criteria for recognising woodland management in the present and past?

When prehistoric archaeological sites yield non-carbonised wood, one of the ways to test for management practices consisting of pollarding and coppicing is analysis of branch diameter and age. However, the interpretation of such data is often based on assumptions. To test whether it is in fact possible to identify past woodland management on the basis of age/diameter analysis in archaeological wood assemblages, this paper presents models that predict the expected age and diameter distribution of branches from unmanaged and managed trees. The models have been tested using data on modern-day Alnus glutinosa, Fraxinus excelsior and species of the genus Salix. Branches of modern-day unmanaged and managed trees with a diameter up to approx. 2 cm (not an absolute limit) have a comparable age. Branches with a diameter of approx. 2–6 cm from unmanaged trees are older than similar branches from managed trees. The age distribution in the latter also ends abruptly. The age/diameter data from the modern-day trees indicate that the models can be used to discern management in the past, if branches up to approx. 2 cm in diameter are avoided and if, critically, taxon, sample size, growing conditions, natural disturbance/opportunistic wood collection and the possibility of diameter selection are taken into account. Archaeological datasets mainly from prehistoric sites are then reinterpreted by means of comparison with the models. Indications of management in prehistory as demonstrated by age/diameter are scarce but available. There is thus a clear need for further research in this field. Practical suggestions are provided for improving the quality of future research on woodland management practices by means of branch age/diameter analysis.     

The MSA sequence of Diepkloof and the history of southern African Late Pleistocene populations

This paper presents the first multidisciplinary synthesis of the Middle Stone Age sequence of Diepkloof Rock Shelter (South Africa). We explore the main cultural changes that characterized southern African hunter–gatherer societies from OIS 5 to the beginning of OIS 3. We discuss the tempo of these changes, test the current interpretative hypotheses and explore an empirical model to explain the early appearance of symbolic marking within the Pleistocene hunter–gather societies of southern Africa.     

Identifying the woody resources of Diepkloof Rock Shelter (South Africa) using scanning electron microscopy of the MSA wood charcoal assemblages

This article presents the results of the anatomical identification of wood charcoal from pre-Still Bay, Still Bay and Howiesons Poort assemblages at Diepkloof Rock Shelter (South Africa) using scanning electron microscopy. In the earliest phases, with pre-Still Bay stone tools, the charcoal shows a predominance of Afromontane forest taxa, some riverine woodland species, mesic thicket and proteoid fynbos vegetation. With a change in lithic technology in Still Bay contexts, the balance of Afromontane and thicket taxa shifts towards favouring the latter. A more diverse array of proteoid fynbos species emerges, and there is evidence for the use of plants from the local wetlands of the Verlorenvlei. In Howiesons Poort contexts, typified by a different lithic technology, the charcoal shows some Afromontane forest persisting, but the overwhelming change is towards greater species diversity, with the woody taxa being increasingly representative of thicket and shrubland. Some of the fynbos and thicket species are typical of vegetational communities which inhabit well-drained soils, rocky or dry locations at the present day. More wetland plants from the Verlorenvlei were selected for use.     

Alchemy of Evidence: Mau Mau,the British Empire,and the High Court of Justice

Restorative justice in various forms is a phenomenon that has swept across the globe over the last three decades. Most recently, it is unfolding in the High Court of Justice in London where five Kenyans have filed a claim against the British government, alleging that they suffered acts of mistreatment and torture at the hands of British colonial and military personnel. Three revisionist Mau Mau historians have served as advisors and expert witnesses for the claimants. Judicial procedure and the positivist stance of the court have framed their production of evidence and its reading. This article will examine the production of the historians’ witness statements, and the impact that the recent Hanslope Disclosure has had upon their work. The discussion is framed within the broader context of Mau Mau revisionism and the critiques that ensued after the publication of Imperial Reckoning and Histories of the Hanged.