A&C_IADI Logo
HOME ABOUT VOLUMES SEARCH

Volumes / Journal / 13 - 2002 / Millard A., Gowland R.

A Bayesian approach to the estimation of the age of humans from tooth development and wear

Click on any image to open slideshow

Fig. 1 – Wear thresholds used to define wear stages in this work.

Fig. 1 – Wear thresholds used to define wear stages in this work.

Fig. 2 – Mean development stage thresholds andpopulation variationof permanent molars, 95% confidence intervals forlognormal distribution of Moorrees et al. 1963b (upper line) and a logistic approximation to that distribution (lower line).

Fig. 2 – Mean development stage thresholds andpopulation variationof permanent m...

Fig. 3 – Posterior means and population variation for wear stage thresholds as 95% confidence intervals of a logistic distribution.

Fig. 3 – Posterior means and population variation for wear stage thresholds as 9...

Fig. 4 –Wearonarchaeological tooth specimens (from ChaMBerlain 1994, figure 9p.18,used bypermission, © andrewChaMBerlain). See text for discussion of age estimates. On the left teeth conventionally aged at about 18 years, on the right at 40-50 years.

Fig. 4 –Wearonarchaeological tooth specimens (from ChaMBerlain 1994, figure 9p.1...

Millard A., Gowland R. 2002, A Bayesian approach to the estimation of the age of humans from tooth development and wear, Archeologia e Calcolatori 13