Vernacular memorialization in the military: personal acts of remembrance at RAF Thorpe Abbotts

ABSTRACT

In September 2017, an archaeological excavation at RAF Thorpe Abbotts (also known as Station 139) uncovered 7 identification ‘dog’ tags belonging to airmen of the United States Army Air Force (USAAF). It is the thesis of this article that these were purposefully buried by individuals within the 100th Bomb Group (Heavy) as acts of remembrance. Alongside the dog tags were a number of other artefacts, including coins, bottles, and a canteen cup. These likely formed the material culture of self-developed grieving rituals established by the primary group responsible for the deposition of the dog tags.     

RAF Ein Shemer: A Forgotten Case of Jewish and Arab Work in a British Army Camp in Palestine during the Second World War

This article explores lingering recollections of a marginalised sphere of participation by Jewish and Arab citizens of Mandatory Palestine in the Allied war effort. During the war, Palestine became a major staging ground for Allied troops in the Middle East. Some 15,000 Jewish and 35,000 Arab workers worked in administrative, construction, catering, and maintenances roles within the newly built army bases. The story of civilian labour in RAF Ein Shemer reveals previously neglected normative and non-normative patterns of inter-communal relations between British soldiers and Jewish and Arab workers on the social, economic, ideological, and romantic levels within the context of a colonial-era military installation.     

Burnt bones and teeth: an experimental study of color,morphology, crystal structure and shrinkage

Burnt osteological materials are one focus of interest in forensic, archaeological, and palaeontological studies. We document the effects of experimental, controlled heating on a sample of modern bones and teeth from sheep and goats. Four aspects of heating specimens to between 20 and 940°C were considered: color, microscopic morphology, crystalline structure and shrinkage. Our results show that changes in both color and microscopic morphology of burnt bones and teeth can be divided into five stages each of which is typical of a particular temperature range, although the stages based on color do not correlate exactly with those based on micromorphology. These stages can be used to determine (1) if specimens of unknown taphonomic history were burnt, and (2) the maximum temperature reached by those specimens. In addition, powder X-ray diffraction studies show that heating causes an increase in the crystal size of hydroxyapatite, the major inorganic component of bones and teeth. This fact in conjunction with the microscopic morphology can be used to confirm deduced heating to 645°C or more. The data on shrinkage are analyzed to yield a polynomial expression that summarizes percentage shrinkage as a function of the maximum temperature reached by bones. Thus, the original size of specimens can be reconstructed within limits since the maximum temperature reached by the bones can be deduced on the basis of color, microscopic morphology and/or powder X-ray diffraction patterns. Finally, because there is a discrepancy between the maximum heating device temperature and the maximum specimen temperature, caution must be exercised in distinguishing between the effects of man made and natural fires.