Remodeling Forensic Skeletal Age

Bridget F.B. Algee-Hewitt is a biological anthropologist who studies skeletal and genetic trait variation in modern humans. Her research combines data analytic and hands-on laboratory approaches to the estimation of the personal identity parameters – like sex, ancestry, stature, and age – that are essential components of the biological profile used in forensic identification of unknown human remains and for the paleodemographic reconstruction of past population histories in bioarchaeology. Concerns for social justice, human rights, and issues of group disparities underlie much of her work. As a practicing forensic anthropologist and geneticist, she provides forensic casework consultation to the medico-legal community. Jieun is a biological anthropologist whose specialty lies in human skeletal biology and its application to forensic anthropology and bioarchaeology. Her doctoral dissertation investigated the extent of population variation (if it ever exits) in skeletal aging process using Southeast and East Asian populations and sought to develop a more inclusive age-at-death estimation method that is broadly applicable to Asians. To complete her fieldwork abroad, she was awarded the Wenner-Gren Foundation Doctoral Dissertation Fieldwork Grant, the W. M. Bass Endowment and W. Leitner Award offered by the Forensic Anthropology Center, UTK, and the W. K. McClure Scholarship for the Study of World Affairs, UTK. She has been working with skeletal remains in Korea, Japan, Thailand and the U.S., and as a part of the National Institute of Justice postdoctoral research, is currently building 3D laser scan data on those populations to extend the applicability of the fully computation age estimation methods to more diverse populations.

• A - Longstanding problems of “the population”1. Using data from the US Korean War Dead and the Terry Collection to demonstrate problems of the common “overlap methods”Lyle W. Konigsberg2. Testing for differences in senescence using score data to understand the effects of reference sample choices Susan R. FrankenbergB - Aging across the ages3. Subadult age estimation variables: Exploring their varying roles across ontogenyK.E. Stull, L.K. Corron, and M.H. Price4. Aging the elderly: Does the skull tell us something about age at death?Flavia Teixeira and Eugenia Cunha5. Population variation in diaphyseal growth and age estimation of juvenile skeletal remainsH.F.V. Cardoso, L. Spake, L. Rı´os, and J. Albanese6. Great expectations: The rise, fall, and resurrection of adult skeletal age estimationGeorge R. Milner, Jesper L. Boldsen, Stephen D. Ousley, Sara M. Getz, Svenja Weise, and Peter TarpC - Computational methods come of age7. A volumetric approach to age estimation informed by voxel selection: Application to the spheno-occipital synchondrosisNicolene Lottering, Mark D. Barry, Laura S. Gregory, Donna M. MacGregor, and Clair L. Alston-Knox8. The consecutive inference of ancestry and age from shape measures of the pubic symphysisBridget FB Algee-Hewitt and Jieun KimD - Classic indicators rejuvenated9. The fallacy of forensic age estimation from morphometric quantifications of the pubic symphysisFred L. Bookstein and Guillermo Bravo Morante10. An application of the Bayesian San-Milla´n-Rissech acetabular aging method to an African American sample: Preliminary resultsMarta San-Millan