St. Marylebone (post-medieval) cemetery summary

The present parish church of St Marylebone, Marylebone Road, Westminster was built by Thomas Hardwick in 1817.

From 1400, a previous church stood to the south of this, adjacent to Marylebone High Street. This was replaced in 1741–2 by a small brick church which served an expanding and wealthy population on into the 19th century. In the 1930s the area was used as a playground for the St Marylebone Church of England School for Girls.

The church was demolished in 1949 and a garden of rest was laid out on the eastern part of the site.

Approximately 20% of the total development was excavated, the rest subject to a watching brief. A total of 350 burials in wooden coffins and 22 lead coffins were archaeologically recorded. Four vaults were recorded in the watching brief. Eight named individuals, identified from coffin plates, were available for osteological examination.

The coffin types, coffin furniture and the items with which some individuals were interred have been catalogued and compared with other evidence of the period. There was a high incidence of documentation (particularly wills) relating to those buried in the cemetery which ties in with the status of the inhabitants of Marylebone (Miles et al in prep).

Skeletons from the 2004 excavations (MBH04) were reburied following analysis.


When calculating stature, the complete skeletal element giving the most accurate estimate was used. All other recording followed the Museum Group method statement.


Just 28 individuals (9%) were poorly preserved, a reflection of the date of the assemblage and the coffined burial conditions (Table 1).

Preservation N= %
Good 121 40
Medium 152 51
Poor 28 9
Table 1 Skeletal preservation (n=301)

chart of completeness of burials from St MaryleboneFigure 1 Skeletal completeness (n=301)


The analysed sample (n=301) consisted of 223 adults (74.1%) and 78 sub-adults (25.9%). Just over 14% of the aged sub-adults were foetal or neonatal. The greatest percentage of children died aged 3 years or under, with deaths peaking around one year of age.

chart of age at death for St MaryleboneFigure 2 Age distribution (n=301)

Age N= %
Perinatal 11 3.7
1-6 month 2 0.7
7-11 month 3 1.0
1-5 years 51 16.9
6-11 years 7 2.3
12-17 years 3 1.0
18-25 years 20 6.6
26-35 years 42 14.0
36-45 years 69 22.9
>46 years 52 17.3
Adult 40 13.3
Sub adult 1 0.3
Table 2 Age distribution (n=301)

Of those adults for whom sex could be estimated, 55% were male (105/191) and 45% female (86/191) a slight male bias (1.2:1). Most adults died aged between 36 and 45 years. There was a relatively small percentage of young adults present.

chart of males and females at St Marylebone Figure 3 Male and female distribution of adults (n=223)

Whilst there was a male peak age at death of 36–45 years, the female peak fell in the oldest age category. In the younger adult age groups, female deaths outnumbered those of males, which may reflect the perils of childbirth. While half the adults with biographic data were under-aged, the chronology of age at death was generally correct: the oldest adults were placed in the oldest osteological age group, while adults in later middle age were placed in groups under 46 years.

All adults % Male % Female %
18-25 years 20 9.0 8 7.6 11 12.8
26-35 years 42 18.9 15 14.2 20 23.3
36-45 years 69 31.0 44 41.5 22 25.6
>46 years 52 23.3 25 23.6 25 29.1
Unassigned Adults 40 18.0 14 13.2 8 9.3
Total 223 106 86
Table 3 Male and female distribution by age in the adult population (n=223)


It was anticipated that as a higher status group, St Marylebone would have a taller than average adult stature. Mean height and the level of sexual dimorphism were similar to those found at other sites within and beyond London, indicating that status is not reflected in adult height.

Sex Avg_stat SD MIN MAX N
Female 159 5.44 145 169 62
Male 170 5.61 154 182 76
Table 4 Stature estimation in centimetres (n=138)


A range of pathological conditions typical of post-medieval populations were noted. Named individuals Sir Thomas Hampson and Isabella Beer suffered from rheumatoid arthritis, whilst death certificates indicated that artist Mr Benjamin De La Cour died of the complications of tetanus (lockjaw).

Specific infections included a young adult male with leprosy: one of only two cases noted from post-medieval archaeological excavations in Britain. His right foot had been surgically amputated at the ankle. A male pipe-smoker, was the only individual with venereal syphilis. A small number of cases of tuberculosis were present and an infant aged about 4 years at death, had skeletal changes consistent with a diagnosis of smallpox.

Males were more frequently affected by non-specific infections than females, and adults more often than children. New bone on the visceral surfaces of the ribs (in two cases associated with tuberculosis) sinusitis and chronic otitis media (middle ear infection) were all present.

The population prevalence of rickets at St Marylebone is higher than any other reported post-medieval cemetery to date and showed a peak at two years of age. There were no significant differences in prevalence of cribra orbitalia between males and females or adults and sub-adults.

Fracture prevalence was higher amongst males than females but this was not statistically significant. A robust 36–45-year-old male exhibited healed injuries which may have indicated long-term involvement in pugilism, a popular sport in the 18th century. Two adult males and three sub-adults had undergone autopsies.

Developmental abnormalities included spina bifida occulta, 'butterfly' vertebrae, juvenile idiopathic scoliosis, scaphocephaly, hydrocephalus, pectus carinatum (pigeon chest), hip dysplasia and a calcaneal hindfoot deformity. Hallux valgus advanced with age, tentatively linked to fashionable footwear, also implicated in a single instance of Freiberg’s infraction.

Less common conditions included a 26-35 year old female with a simple (solitary or unicameral) bone cyst in the right ilium, three definite and one possible case of Paget’s disease. Seven women had rib deformities resulting from the long-term use of corsets or stays. Perhaps surprisingly, skeletal changes indicative of gout were observed in just three adults.

St Marylebone pathology table (PDF 43kb, opens in a new window)

Vertebral joint disease

A significantly greater percentage of male than female vertebrae had evidence of disc herniation (Schmorl’s nodes), whilst women were more often affected by osteoarthritic changes. One male was affected by ankylosising spondylitis and extra-spinal osteoarthritis displayed a strong correlation with increasing age. Six males had suffered from D.I.S.H., whilst Charlotte Bampton Taylor and another elderly female had senile osteoporosis.

All adults Male Female
N n % N n % N n %
Osteoarthritis 199 49 24.6 94 22 23.4 82 23 28.0
Osteophytosis 199 109 54.8 94 51 54.3 82 49 59.8
IVD 199 59 29.6 94 28 29.8 82 25 30.5
Schmorl's nodes 199 113 56.8 94 67 71.3 82 33 40.2
Fusion 199 17 8.5 94 7 7.4 82 10 12.2
Table 5 Crude prevalence of vertebral pathology in adults with one or more vertebra (osteoarthritis diagnosed only where eburnation present)

Dental pathology

The true prevalence (by tooth) of ante-mortem tooth loss and caries was statistically higher in females than males. Patterns of root caries suggest some individuals were cleaning their teeth. More males than females were affected by periodontal disease, whilst hypoplasia affected both male and female teeth equally. Nine adults were edentulous.

Three elderly individuals were interred wearing false teeth and Sir Thomas Phillip Hampson had a grey metal filling in his left second maxillary molar and gold foil inserted into a chip in the right maxillary first incisor. The adjacent left incisor had been filed with a small cylindrical file or rasp. Damage to the right central incisor was caused during the filing of the left tooth. Most impressive was a maxillary denture constructed from rose gold and ivory.

Deciduous caries rates may reflect the use of sweetened infant foods. Enamel hypoplasia indicates individuals were undergoing systemic stress through infancy.

Caries Calculus Hypoplasia Periodontitis Periapical lesions
N n % N n % N n % N n % N n %
Male 75 62 82.7 75 68 90.7 75 45 60.0 75 61 81.3 75 33 44.0
Female 63 50 79.4 63 57 90.5 63 37 58.7 63 44 69.8 63 28 44.4
All adults 145 115 79.3 145 132 91.0 145 85 58.6 145 109 75.2 145 64 44.1
Sub adults 53 22 41.5 53 7 13.2 53 13 24.5 53 0 0.0 53 5 9.4

Table 6 Crude prevalence of dental pathology


A far smaller proportion of infants was buried at St Marylebone than would be expected from the Bills of Mortality. There is no reason to suspect sample bias, and low infant mortality would seem the most likely explanation. Once the high risk period of early childhood was overcome, the chances of reaching old age were relatively good.

The high prevalence of rickets is perhaps unexpected in a higher status group but it is suggested that this is a reflection of infant feeding practices and the fashionable practices of keeping children indoors and swaddling young infants.

Rates of degenerative joint disease (and a strong correlation with advanced age) suggest a relatively sedentary lifestyle. The low number of individuals with evidence of trauma supports the idea of a relatively risk-free life, though the experience was significantly different for some men. Fracture healing and the post-operative survival of the young leper indicate a population receiving medical care and sufficiently privileged to allow for long periods of recuperation.

A high prevalence of calculus suggests that a generally soft, refined diet was consumed and ante-mortem tooth loss and extremely high rates of caries indicate a cariogenic diet rich in starches and sugars.

The peripheral location of Marylebone and presumed status of the group would be expected to have had a positive influence on living conditions and the Marylebone assemblage shows a significantly lower rate of non-specific periostitis and osteitis than other contemporary sites.

Links to excavations carried out in this cemetery

St Marylebone School, Marylebone High Street, W1
MBH04, MAL92, SMS92

Recorded by Natasha Powers and Don Walker
Text by Natasha Powers
Last updated 10th August 2009