Biological and Physical Anthropology Commons^™

Reconsidering Scales And The Binary In Forensic Anthropology: A Critical Analysis Of Morphoscopic Data Utilized In Sex Estimation Standards., Bailey N. Watson

College of Arts & Sciences Senior Honors Theses

This research explores sex estimation standards used in forensic anthropology in an effort to further the conversation about forensic anthropology's binary-focused language and methods. Discussions regarding sex estimation methodology are important in light of gender variance in the general population. Presently, there is minimal published research on the identification of gender non-conforming individuals in forensic anthropology.

Two researchers individually assigned scores to features associated with sexual dimorphism in the os coxae according to existing methods for 253 individuals, equally represented by self- reported males and females. These data were statistically analyzed for correlation and overlap between features.

Results mainly point …

Bayesian Analysis In Adult Skeletal Age-At-Death Estimation, With Additional Consideration Of Pathological Variables, Jessica L. Campbell

Legacy Theses & Dissertations (2009 - 2024)

A common task bioarchaeologists face is to estimate age-at-death in populations that have no corresponding documentation. This poses many challenges, the first of which is that age-at-death is highly variable within and among populations and can be further confounded by genetic and environmental influences, as well as other components of the biological profile. Estimating age-at-death in a historic sample can be even more challenging due to missing age indicators or taphonomic changes that obscure the features. Bayesian Analysis offers the potential to mitigate these challenges and to estimate age-at-death with lower degrees of uncertainty and higher probabilities of increased accuracy …

Variation In Cortical Bone Distribution In The Aging Adult Appendicular Skeleton, Alice Fazlollah Gooding

Doctoral Dissertations

This study considers the effects of age on the distribution of bone in the adult skeleton. Age effects on the skeleton have been studied for diagnosis of osteoporosis or as mechanical compensatory changes to bone shape with loss in density. However, adult skeletal morphology is the result of a lifetime of genetic, dietary, activity, and biochemical factors. With these influences, it unclear at what age(s) bone geometry shifts to adapt to the physiological and mechanical demands placed on it, or, how these adaptations vary within and between bones.

This research addresses these questions by examining skeletal data obtained from the …