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For bioarchaeologists, physiological sex estimation based off of skeletal indicators is a crucial element when conducting a biological profile of human remains. While there are several methods for estimating sex, primarily involving examining cranial and pelvic morphology, one method that remains understudied is metric analysis of metatarsal and metacarpal bones. Since human males and females are sexually dimorphic, the ability to discriminate biological sex from metatarsals and metacarpals is possible and has been shown to be valid. For example, the work of Case and co-workers utilize metacarpal and metatarsal to estimate sex of individuals with European ancestry (Case & Ross, 2007) while others have approached this problem elsewhere (Agnihotri, Shukla & Purwar, 2006; Wilbur, 1998; Stojanowski, 1999). Through gathering and analyzing osteometric data on male and female Maya remains from site Nojol Nah in Blue Creek, Belize, this research will show how in population specific instances, osteometric data from metacarpals and metatarsals may prove useful when trying to discriminate biological sex from skeletal remains.
How to Cite
Winstead, S., Miller Wolf, K., Plumer, H., & Guderjan, T. (2018). Length and Robusticity of Metacarpals and Metatarsals to Estimate Physiological Sex from Ancient Maya Skeletal Remains In Northern Belize. Journal of Student Research at Indiana University East, 1(1). Retrieved from https://scholarworks.iu.edu/journals/index.php/jsriue/article/view/24033
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