Don Walker
I work as a human osteologist at MOLA (Museum of London Archaeology) where I record and report on human skeletal remains from excavations in London. I have previously worked as a field archaeologist for MOLA, Pre-Construct Archaeology and Trent and Peak Archaeology. Jobs in Europe include field and osteological work for Siena University, Italy, particularly at Poggio Bonizio and Santa Maria della Scala.
I have contributed to numerous MOLA monographs, including those on medieval Spitalfields, St Marylebone Church burial ground, post-medieval burial grounds in Tower Hamlets, Royal London Hospital in Whitechapel, and Holywell Priory. Some of this work has involved collaboration with academics at the University of Bradford, Durham University and City University London. I have also written an English Heritage funded textbook on palaeopathology in London and numerous academic papers.
I have recently contributed to research on plague burials from Charterhouse Square and the New Churchyard, London, in collaboration with the Max Planck Institute in Jena, Germany. I have carried out analysis work on a monastic cemetery from St Helen’s Bishopsgate, and led the osteological team on the excavation of Park Street burial ground, Birmingham. I assist the Metropolitan Police in forensic enquiries. I have also featured in a number of television documentaries.
Member of: British Association for Biological Anthropology and Osteoarchaeology www.babao.org.uk
Member, Chartered Institute for Archaeologists www.archaeologists.net
twitter.com/_donwalker
Phone: 020 7566 9311
Address: Museum of London Archaeology
Mortimer Wheeler House
46 Eagle Wharf Road
London N1 7ED
I have contributed to numerous MOLA monographs, including those on medieval Spitalfields, St Marylebone Church burial ground, post-medieval burial grounds in Tower Hamlets, Royal London Hospital in Whitechapel, and Holywell Priory. Some of this work has involved collaboration with academics at the University of Bradford, Durham University and City University London. I have also written an English Heritage funded textbook on palaeopathology in London and numerous academic papers.
I have recently contributed to research on plague burials from Charterhouse Square and the New Churchyard, London, in collaboration with the Max Planck Institute in Jena, Germany. I have carried out analysis work on a monastic cemetery from St Helen’s Bishopsgate, and led the osteological team on the excavation of Park Street burial ground, Birmingham. I assist the Metropolitan Police in forensic enquiries. I have also featured in a number of television documentaries.
Member of: British Association for Biological Anthropology and Osteoarchaeology www.babao.org.uk
Member, Chartered Institute for Archaeologists www.archaeologists.net
twitter.com/_donwalker
Phone: 020 7566 9311
Address: Museum of London Archaeology
Mortimer Wheeler House
46 Eagle Wharf Road
London N1 7ED
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Objective: This project sought to investigate whether an association may be observed between isotopic stress
indicators and skeletal evidence of pathological conditions.
Materials: Deciduous and permanent teeth of 15 non-adults from two contemporaneous mid-19th century London
burial grounds (City Bunhill, Lukin Street).
Methods: δ13C and δ15N was measured in the incrementally sectioned dentine collagen. Isotopic profiles for each
individual included death during tooth development.
Results: Individuals with skeletal evidence of chronic pathological conditions (e.g., rickets, tuberculosis)
exhibited raised δ15N values of 0.5–1.7‰ in the months prior to death. Isotopic change consistent with chronic
physiological stress prior to death was also recorded in two individuals with no skeletal evidence of disease. An
offset was observed between co-forming bone and dentine δ15N values in both populations, indicating that bone
and dentine are not recording the same isotopic changes.
Conclusions: Isotopic change consistent with chronic physiological stress was observed in both those with and
without skeletal evidence of disease, suggesting that adaptation to chronic stress in childhood was not uncommon within these 19th century London populations.
Significance: Chronic physiological stress prior to death may be seen in the incrementally sampled dentine of nonadults who die during tooth formation.
Limitations: The temporal resolution of current dentine micro-sampling methods may mask or minimise visibility
of shorter-term periods of stress or dietary change.
Suggestions for further research: Future research should further explore the relationship between specific skeletal
pathologies and isotopic evidence for stress.