MilesAEW. An early Christian chapel and burial ground on the Isle of Ensay, Outer Hebrides, Scotland with a study of the skeletal remains. BAR Series1989: 212
2.
BrothwellDR. Digging up bone. London: British Museum (Natural History), 1965: 165
3.
MilesAEW. Assessment of the ages of a population of Anglo-Saxons from their dentitions. Proc R Soc Med1962; 55: 881–6
4.
HelmSPrydsoV. Assessment of age-at-death from mandibular molar attrition in medieval Danes. Scand J Dent Res1979; 87: 79–90
5.
KieserJAPrestonCBEvansWG. Skeletal age at death: An evaluation of the Miles method of ageing. J Archaeol Sci1983; 10: 9–12
6.
WhittakerDKRyanSWeeksKMurphyWM. Patterns of approximal wear in cheek teeth of a Romano-British population. Am J Phys Anthropol1987; 73: 389–96
7.
LatchamNLPowellRNJagoJDSeymourGJAitkenJF. A radiographic study of chronic periodontitis in 15 year old Queensland children. J Clin Periodontol1983; 10: 37–45
8.
GjermoPBelliniH-TSantosPereira VMartinsJGFerracyoliJR. Prevalence of bone loss in a group of Brazilian teenagers assessed on bite-wing radiographs. J Clin Periodontol1984; 11: 104–13
9.
MansonJD. Bone morphology and bone loss in periodontal disease. J Clin Periodontol1976; 3: 14–22
10.
MurphyTR. Compensatory mechanisms in facial height adjustment to functional tooth attrition. Aust Dent J1959; 4: 312–23
11.
PictonDCA. Calculus, wear and alveolar bone loss in the jaws of sixth-century Jutes. Dent Practnr1957; 7: 301–3
12.
DarlingAILeversBGH. The pattern of eruption of some human teeth. Arch Oral Biol1975; 20: 89–96
13.
NewmanHNLeversBGH. Tooth eruption and function in an early Anglo-Saxon population. J R Soc Med1979; 72: 341–50
14.
WhittakerDKMollesonTDanielATWilliamsJTRosePRestighiniR. Quantitative assessment of tooth wear, alveolar crest height and continuing eruption in a Romano-British population. Arch Oral Biol1985; 30: 493–501
15.
WhittakerDKGriffithsDRobsonARoger-DaviesPThomasGMollesonT. Continuing eruption and alveolar crest height in an eighteenth century population from Spitalfields, East London. Arch Oral Biol1990; 35: 81–5
16.
AnnerothGEricssonSG. An experimental histological study of monkey teeth without antagonists. Odontol Rev1967; 18: 345–59
17.
ChamayATschantzP. Mechanical influences in bone remodelling. Experimental research on Wolff's law. J Biomech1972; 5: 173–80
18.
KingsmillV. Chronic periodontitis in an eighteenth century population. Br Dent J1991; 170: 118–20
19.
KerrNW. A method of assessing periodontal status in archaeological derived skeletal material. J Palaeopath1988; 2: 67–81
20.
KnightBH. Methods of dating skeletal remains. Hum Biol1969; 41: 322–7
21.
PooleDFTratmanEK. Post-mortem changes in human teeth from late upper palaeolithic/mesolithic occupants of English limestone cave. Arch Oral Biol1978; 23: 1115–20
BangGRammE. Determination of age in humans from root dentine transparency. Acta Odontol Scand1970; 28: 3–35
24.
JohansonG. Age determination from human teeth. Odontol Rev1971; 21: 40–126
25.
NkhumeleniFSRaubenheimerEJMonteithBD. Gustafson's method for age determination revised. J Forensic Odontostom1989; 7: 13–16
26.
SolheimTSundaesPK. Dental age estimation of Norwegian adults — A comparison of different methods. Forensic Sci Int1980; 16: 7–17
27.
VasiliadisIDarlingAILeversBG. The histology of sclerotic human root dentine. Arch Oral Biol1983; 28: 693–700
28.
MastersPMBadaJL. Amino acid racemisation dating of bone and shell. In: CarterGF, ed. Archaeological Chemistry II, Advances in Chemistry Series 171. Washington: American Chemical Society, 1978: 117–38
29.
GillardRDPollardAMSuttonPAWhittakerDK. An improved method for age at death determination from the measurement of D-aspartic acid in dental collagen. Archaeom1990; 32: 61–70