A Donkey (Equus asinus L.) Partial Skeleton from a Mid-Late Anglo-Saxon Alluvial Layer at Deans Yard Westminster,London SW1

Abstract

A domestic donkey (Equus asinus) partial skeleton has been recovered from a mid-late Anglo-Saxon alluvial deposit situated below the present Westminster School at Deans Yard, Westminster, London. The remains have been radiocarbon dated to the 8th-9th century AD and, therefore, pre-date both the abbey of Edward the Confessor and the earlier foundation of St Dunstan. The skeleton is of particular importance as it is the only well dated specimen of its species recovered thus far in England from the Anglo-Saxon and Medieval periods.     

Terminal Pleistocene Later Stone Age Human Remains from the Mlambalasi Rock Shelter,Iringa Region,Southern Tanzania

This paper introduces research at the Mlambalasi rock shelter in the Iringa Region of southern Tanzania. The deposits are composed of a historic and Iron Age occupation, a microlithic Holocene Later Stone Age (LSA), and then a macrolithic Late Pleistocene LSA. Middle Stone Age deposits are also present on the slope in front of the rock shelter. Excavations in A.D. 2002, 2006, and 2010 yielded fragmentary human remains as well as pottery, iron, stone tools, faunal bone, and glass and ostrich eggshell beads. Among the human remains, four individuals are present: two adults and a juvenile were found in the same LSA context, and another adult associated with the Iron Age/historic period. The most complete skeleton is an adult of indeterminate sex that was found in situ in an LSA deposit. Charcoal in proximity to the bone was AMS radiocarbon dated to 12,925 cal BC (OxA‐24620), which is consistent with radiocarbon dates on giant land snail shells from above and below the remains. The skeleton exhibits a series of pathological changes such as extensive dental wear and carious lesions, as well as damage most likely caused by termites, post‐mortem. The most striking aspect of this individual is its small size; stature and body mass estimations place it in the range of historic Khoesan from southern Africa. Consequently, this research adds to the discourse regarding the existence of small‐bodied people in the East African LSA. Findings from this new skeletal sample will contribute to studies of human biology and variation in Africa during the terminal Pleistocene and Holocene. Copyright © 2013 John Wiley & Sons, Ltd.     

Bone weight: new reference values based on a modern Portuguese identified skeletal collection

Skeletal weight and/or weight of the different bones of the human skeleton are currently used in a wide range of applications such as archaeological cremations and forensics. Still, few reference values are available that compare the mean weights for the different skeletal parts. In this paper we present new reference values for total skeletal weight, including the weight of the different skeletal bones based on a modern Portuguese Identified Skeletal Collection (CEI) curated in the Museum of Anthropology of the University of Coimbra (Portugal). The mean weight of the entire skeleton for the CEI pooled sample is 3323.8 ± 779.6 g. Sex and age differences were investigated. As expected, males display heavier bones, at a statistically significant level. The mean weight of the male skeletons is 3850 g, and 2797.6 g for the female sample. Age differences were found, especially for the female samples in the 29–39 versus 50–59 and/or >60 age groups, probably as a consequence of age‐related bone loss in post‐menopausal women. For the male sample, no clear age‐related trend was observed but for the unexpected result that the second highest bone weight recorded is in the oldest age group (>60 years). This could result from high mechanical loadings and thus greater bone robusticy and amount of cortical bone. The percentage of weight of the different parts of the skeleton was also calculated. These new values can be quite useful in the study of very fragmentary and/or commingled human remains, recovered from historic or forensic contexts, since the complete identification, by side, of the remains is not necessary. Copyright © 2008 John Wiley & Sons, Ltd.     

Sagittal Clefting of the Fifth Lumbar Vertebra of a Young Adult Female from Apollonia Pontica,Bulgaria

A rare congenital anomaly in the form of sagittal clefting of the fifth lumbar vertebra was observed in the skeleton of a young adult female excavated from the Greek colonial site of Apollonia Pontica (5th to 3rd centuries BC) on the Bulgarian Black Sea coast. No compensatory changes had occurred to the adjacent vertebrae, and no other skeletal anomalies or pathological conditions were observed in the skeleton. This anomaly, the first of its kind documented in ancient Greek remains, was likely asymptomatic and of no clinical significance. Copyright © 2012 John Wiley & Sons, Ltd.     

A Possible Witness to the Sixth Century Slavic Invasion of Greece from the Stadium Tunnel at Ancient Nemea

Human remains recovered from the stadium tunnel at Ancient Nemea offer a window into one life in the time of the sixth-century CE Slavic invasion of the Greek Peloponessos. The remains likely represent a middle-aged male and show a cranial injury similar to conflict-related wounds seen in some medieval skeletal populations. The wound is well-healed and was inflicted some time before death. Lesions elsewhere on the skeleton reflect an active life involving hard physical work. This man’s injury and the unique find context of his remains may reflect the unsettled conditions of late sixthcentury Greece.     

Non-invasive Archaeology of Skeletal Material by CT Scanning and Three-dimensional Reconstruction

The remains of an ancient Sumerian skeleton, approximately 7000 years old, were investigated using the techniques of stereolithography. The very fragile and delicate skeletal material was recovered in a block, thus retaining it in the soil matrix. The excavated block was CT-scanned and the skeletal material was rendered in three dimensions. This formed the basis for a stereolithographic model of the mandible, which was used for physical and dental anthropological studies. Skeletal remains may thus be made available for research without having to remove them from the local matrix, which may be an advantage in an archaeological or palaeoanthropological setting. © 1997 by John Wiley & Sons, Ltd.     

Porotic hyperostosis in a Late Upper Palaeolithic skeleton (Villabruna 1, Italy)

Porotic hyperostosis (PH) is a well‐recognised skeletal indicator of physiological stress occurring during the early years of childhood growth. Although frequently found starting from the Neolithic, PH is poorly documented among earlier Palaeolithic hunter–gatherers. This study reports a case of PH in a Late Upper Palaeolithic skeleton (Villabruna 1) from northern Italy. Macroscopic and radiographic examinations of the skeleton show symmetric porotic lesions of the cranial vault, hair‐on‐end appearance, thinning of the cortical bone, diploic expansion and very slight cribra orbitalia (CO). All lesions are highly remodelled and suggest a condition suffered long before death. A differential diagnosis, carried out in order to discriminate between infectious and acquired conditions, points to anaemia as likely aetiology for the changes observed. Absence of postcranial involvement, lesion healing and survival to adulthood suggest a diagnosis of acquired anaemia. Among acquired anaemias, both dietary and infectious models are discussed in light of the individual's skeletal characteristics, as well as geographic location, paleoenvironmental data, subsistence modality and dietary information. The combined analysis of these data suggests that parasitic infestation resulted in megaloblastic anaemia in this individual. Copyright © 2009 John Wiley & Sons, Ltd.     

Antemortem pathological changes suggestive of reactive and degenerative arthritic disorders

The present case displays severe antemortem skeletal malformations suggestive of antemortem reactive arthritis (ReA), spondyloarthropathies and diffuse idiopathic skeletal hyperostosis (DISH). The ossified anterior longitudinal ligament on the right side of the thoracic vertebral bodies, with the presence of extraspinal enthesophytes, together indicates DISH. Fused lumbar vertebrae with costovertebral and sacroiliac joint fusion, combined with numerous large enthesophytes collectively suggest ankylosing spondylosis and ReA. Finally, some vertebrae showed evidence of age related osteoarthritis. However, the anatomical evidence for these conditions displays some inconsistencies with the known pathogenesis; therefore, a definitive account of this individual's antemortem condition remains uncertain. As no biological or medical information is known about the individual, skeletal morphology, irregular skeletal fusion and the presence of enthesophytes have been collectively used to propose the antemortem disorders that appear to have affected this individual's skeleton. Copyright © 2010 John Wiley & Sons, Ltd.     

Further aspects of fur trade life depicted in the skeleton

Osteobiographies were reconstructed from the skeletal remains of four adults from Fort Edmonton, a 19th century trading post of the Canadian fur trade. Three males were Caucasoid and probably ethnic Scots, given the usual origin of fur traders in this region. The lone adult female in the sample was Mongoloid, either Indian or Métis, and likely the ‘country wife’ of a fur trader, since she was buried in the European tradition in the fort cemetery. The cause of death is not discernible from any of the skeletal remains and none of these individuals exhibit any evidence of chronic infectious disease, malnutrition or neoplasia. Trauma, arthritis and other indicators of physical stress do appear, however, and present an opportunity to expand our understanding of the effects of fur trade life on the skeleton. Viewed in the context of historical accounts of life at the fort in the early 19th century, stress markers on the skeletons of three males have led to the conclusion that they were voyageurs who engaged in trading trips by canoe or boat. Lesions of the capsule attachment area at the proximal tibio‐fibular articulation appear unilaterally in two males and may be associated with ‘mushing’ or driving a dog sled in winter. The musculoskeletal lesions on the one preserved female skeleton are consistent with the arduous domestic activities documented at the fort, which include milking cows, churning butter, stirring lye soap, and harvesting grain and root vegetables by hand. Since specific occupations or behaviours cannot be precisely determined from muscular attachment and other stress markers, these interpretations are made cautiously and only in the culture‐historical context of the skeletal sample. Copyright © 1999 John Wiley & Sons, Ltd.     

A possible case of spondyloarthropathy in a prehistoric Japanese skeleton

Palaeopathology helps to define the migration of past diseases. Genetic and environmental factors play a role in the development of spondyloarthropathy (SpA). We report skeletal remains with SpA from the Jomon period in Japan. The skeleton is of a female who died at a young adult age. The skeleton had characteristic features seen in SpA as follows: (1) polyarticular arthritis; (2) erosions accompanying some bone formation; (3) enthesial ossification; and (4) periostitis in lower long bones. The findings suggest that SpA was present in prehistoric Japan before contact with European civilisation, and the present example of SpA is the oldest in Asia and the Old World. Copyright © 2004 John Wiley & Sons, Ltd.     

A new approach to sexual diagnosis in past populations. Practical adjustments from Van Vark's procedure

Determination of sex is a key aspect in the study of past populations. Bias in skeletal sexing is well known, however, and depends upon the completeness of the skeletal remains and the representativeness of reference samples. In order to correct these difficulties, the authors propose practical adjustments to Van Vark's well‐known procedure. Two fundamental aspects are considered to reduce the bias of sex allocation. First, we propose to increase the effectiveness of sexing during the first step (primary diagnosis only from the pelvic bone). Second, to improve the final step (secondary diagnosis from the extra‐pelvic skeleton), we consider posterior probabilities as essential. These two practical adjustments are successfully tested in a sample of known sex and lead to a classification with 94.5% accuracy. These results significantly improve sex determination in archaeological samples and therefore contribute to a better understanding of past populations. Copyright © 1999 John Wiley & Sons, Ltd.     

Metastatic carcinoma in a 14th–19th century skeleton from Constância (Portugal)

During 2002, the extensive archaeological excavations of the ancient Constância necropolis (Centre of Portugal), dated from 14th–19th centuries, resulted in the exhumation of 151 individuals. Among the several paleopathological cases, a middle‐aged female skeleton with osteolytic lesions in her skull, axial skeleton, upper limbs and femurs was observed. These pathological findings are characterised by an asymmetric pattern with osteolytic focus of distinct size and irregular shape. Some skeletal elements display both osteolytic and osteoblastic lesions. The latter exhibit deposition of fine layers of woven bone. Lesions were observed macroscopically and radiology was used as a complementary method of scrutiny, especially in cases of unclear observation. The case was diagnosed as that of a probable metastatic carcinoma due to the multifocal distribution of the lesions in areas of intense haematopoietic activity, their morphology and some osteoblastic responses, as well as the presence of pathological fractures in the ribs. The skeleton's sex and age at death are in agreement with the proposed diagnostic, constituting the first case of malignant carcinoma detected in non‐identified Portuguese human skeletal remains. Copyright © 2009 John Wiley & Sons, Ltd.     

Cynophagia in the Púchov (Celtic) Culture Settlement at Liptovská Mara,Northern Slovakia

This paper deals with the remains of butchered dogs from the La Tène and Early Roman sites in northern Slovakia. A large settlement revealed at Liptovská Mara was inhabited by the Celtic tribe of Cotini, representing the so‐called Púchov culture. The long‐term excavation of the site has yielded one of the largest collections from that time in Slovakia. During archaeozoological analysis, the skeletal remains of dogs were identified. Interestingly, a large portion of the specimens represent the cranial skeleton, and the majority of mandibles bear distinctive marks of butchery. On the basis of their placement and similar characteristics, the authors conclude that they resulted from tongue‐removal procedures. Moreover, their frequent occurrence clearly supports the idea of the use of dog flesh at the site. The authors argue that cynophagia occurred mainly for economic reasons; however, it might also have been part of the rituals documented in the sanctuary of Liptovská Mara. Copyright © 2013 John Wiley & Sons, Ltd.     

Intervertebral chondrocalcinosis: an exercise in differential diagnosis in palaeopathology

Intervertebral chondrocalcinosis (calcification of intervertebral discs and associated structures) may arise from a variety of causes. This work presents a discussion of intervertebral chondrocalcinosis and the identification of its most probable cause in skeletal remains, using as a case study a skeleton of an elderly male from medieval Ipswich, UK. The skeleton is examined using gross observation and radiography, and the intervertebral calcifications are subject to chemical analysis. In addition to intervertebral chondrocalcinosis (which has resulted in ankylosis of lumbo‐sacral segments), lesions identified include chondrocalcinosis at some synovial joints, various soft tissue calcified bodies, and severe osteoarthritis particularly at the gleno‐humeral joints. Interpretation of the results of the chemical analysis of the calcified deposits is complicated by diagenesis, but they are most consistent with apatite and/or whitlockite. Arriving at a most probable cause of the lesions in this case is difficult, but it is tentatively suggested that ochronosis may be the best diagnostic option. Copyright © 2008 John Wiley & Sons, Ltd.     

TRUTH IN THE BONES: RESOLVING THE IDENTITY OF THE FOUNDING ELITE THOROUGHBRED RACEHORSES

Our multidisciplinary study of historic Thoroughbred horses solves two long‐running mysteries in racing history. Eclipse, the greatest racehorse ever known, never lost a race. His skeleton is housed in the Royal Veterinary College, London; however, there is controversy over its authenticity. The 1880 Epsom Derby was won by Bend Or. In one of the great controversies of Thoroughbred racing, the owners of Bend Or were accused of swapping him with another horse, Tadcaster, whose maternal pedigree was more prestigious. Bend Or's skeleton resides at the Natural History Museum, in London. Eclipse and Tadcaster were both extremely popular at stud, and the vast majority of racehorses today are descendents. We compared mitochondrial DNA haplotypes of living and historic Thoroughbred skeletons, including those of Eclipse and Bend Or. Additionally, we compared skeletal morphometrics of Eclipse's skeleton with measurements taken at autopsy. Carbon and nitrogen stable isotopes of a range of skeletal elements were compared in order to establish that the Eclipse skeleton was that of a single horse. Our multidisciplinary data suggest that the putative skeleton is consistent with that of Eclipse. In contrast, mitochondrial DNA haplotype sharing indicated that the skeleton known as Bend Or is most probably that of Tadcaster.     

A case of treponematosis from pre‐Columbian Chaco Canyon,New Mexico

Although numerous cases of treponemal infection have been identified in prehispanic New World skeletal remains, none has been reported from Chaco Canyon, New Mexico. Chaco Canyon was the epicentre of a broad culture system that spanned the Four Corners region of the pre‐Columbian Southwestern United States. A burial recovered from the central Great House of Chaco Canyon, Pueblo Bonito, exhibits lesions indicative of treponematosis. However, the pathological condition of this individual has heretofore been only tentatively diagnosed because the skeleton was collected from a commingled context and distributed across four separate catalogue numbers. Now reassociated, these remains exhibit a pattern of pathological changes strongly indicative of treponemal disease. This case not only adds to the growing body of literature on the clinical expression and geographic distribution of pre‐Columbian treponematosis, but also demonstrates the utility of painstaking reassociation of commingled human remains. Copyright © 2009 John Wiley & Sons, Ltd.     

Human remains from a post‐Hellenistic grave‐chamber in Dibba al‐Hisn (Sharjah,UAE)

Human skeletal remains of sixteen individuals found at Dibba al‐Hisn in the Emirate of Sharjah (UAE) are analysed with regard to standard anthropological criteria. They represent the poorly known pre‐Islamic period of the first centuries AD. Remains of at least fifteen individuals were recovered from a semi‐subterranean grave‐chamber together with rich archaeological grave‐goods. An additional, almost complete skeleton was found in the open area near the chamber. While the size and nature of the sample prevent demographic analyses, skeletal features studied with the help of macro‐ and microscopic as well as radiographic methods provide details on individual life histories and living conditions, as well as mortuary habits and taphonomic processes. Of special interest is a case of intentional tooth mutilation as well as two cases of skull trauma apparently caused by violent inter‐personal conflict. The results of the analysis of the faunal remains from the grave‐chamber and its surroundings are presented in an appendix .     

Severe vertebral collapse in a juvenile from the graveyard (13th/14th–19th centuries) of the São Miguel church (Castelo Branco,Portugal): differential palaeopathological diagnosis

Diseases that culminate into vertebral collapse are of intricate diagnosis both in palaeopathology and modern clinical practice. When analysing human skeletal remains from the archaeological record this difficulty is amplified due to the absence of complementary medical diagnostic information. This is especially evident when the distinction between tuberculous and pyogenic spondylitis is intended. Taking into consideration this challenging task and based on the macroscopic and radiological study of the skeleton number 8, a specimen exhumed from the East necropolis (13th/14th to 19th centuries) of the São Miguel church, at the Portuguese city of Castelo Branco, the aims of the work here presented are to discuss the range of possible aetiological factors, especially infectious ones, ascribable to the striking pathological changes noticed on this 12‐year‐old individual. These included alterations on the axial skeleton, namely extensive vertebral destruction, presenting as a gibbus deformity, and correlated thoracic deformities. Consubstantiated on palaeopathological and clinical research, tuberculous spondylitis seems to be the most probable cause for the reported lesions. However, the scrutiny between this condition and other pyogenic spinal infections is of extreme complexity when analysing ancient human remains and deserves in‐depth future investigations. Within the framework of the Portuguese archaeological record, the specimen here presented is of major relevance since the pattern and severity of the spinal osseous changes observed were not previously reported. Further, if tuberculous spondylitis is assumed as the most probable diagnosis, the case here presented represents one of the earliest skeletal evidence of this condition in Portugal. Copyright © 2009 John Wiley & Sons, Ltd.     

New light on the personal identification of a skeleton of a member of Sir John Franklin’s last expedition to the Arctic, 1845

In 1845, an expedition, commanded by Sir John Franklin, set out to try and discover the north-west passage. All 129 men on this ill-fated voyage perished. Over the years, skeletal remains associated with the final throes of the expedition have been located on and near King William Island, Nunavut, in the Canadian arctic. In general, even a tentative personal identification for these remains has proved impossible. An exception is some skeletal remains that were recovered in 1869 and brought back to England and interred beneath the memorial to the Franklin expedition in Greenwich. In the 19th century, these were tentatively identified as of one of HMS Erebus’s lieutenants, Henry Le Vesconte, a conclusion that has been widely accepted in studies of the Franklin voyage. Renovations to the monument in 2009 provided an opportunity for scientific examination of the remains, and to re-evaluate the personal identification made nearly 140 years before. The current work, which is the first modern scientific analysis of a fairly complete skeleton associated with the Franklin voyage, describes the remains and the artefacts interred with them, discusses the pathological conditions present, and evaluates the personal identification using osteological techniques and isotope geochemistry. Results indicate that the remains are of an adult male of European ancestry. Although some writers have suggested that scurvy or tuberculosis may have been important causes of morbidity and mortality on the Franklin expedition, osteological analysis and, in the case of tuberculosis, DNA analysis, provided no evidence for their presence in these remains. Isotopic studies indicate that the personal identification as Le Vesconte is unlikely to be correct. From the isotopic results and forensic facial reconstruction, HDS Goodsir, an assistant surgeon on the expedition, appears a more likely identification, but the results do not allow a firm conclusion.