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Full-Text Articles in Biological and Physical Anthropology
Head Shapes And Toothaches: A Study Of Cranial Modification And Dental Pathology At Muna, A Late Pre-Hispanic Cemetery From The Archaeological Sanctuary Of Pachacamac (Lima, Perú)., T Naomi Nakahodo Moromizato
Head Shapes And Toothaches: A Study Of Cranial Modification And Dental Pathology At Muna, A Late Pre-Hispanic Cemetery From The Archaeological Sanctuary Of Pachacamac (Lima, Perú)., T Naomi Nakahodo Moromizato
Electronic Thesis and Dissertation Repository
This thesis is a bioarchaeological analysis of cranial modification and dental pathology in a sample of human remains excavated from the pre-Hispanic MUNA cemetery. This cemetery was on the outskirts of the Archaeological Sanctuary of Pachacamac in the Lurín Valley. The cemetery was comprised of disturbed skeletal remains and relatively well preserved fardos funerarios (funerary bundles) from the Late Intermediate Period (1100-1470 CE) and early Late Horizon (1470-1532 CE). The results of this thesis show that the skeletal remains and fardos likely belonged to a single community, and the analyzed sample showed intra-site variation of the fronto-occipital cranial modification. The …
Evaluating Cranial Nonmetric Traits In Mummies From Pachacamac, Peru: The Utility Of Semi-Automated Image Segmentation In Paleoradiology, Cameron J. Beason
Evaluating Cranial Nonmetric Traits In Mummies From Pachacamac, Peru: The Utility Of Semi-Automated Image Segmentation In Paleoradiology, Cameron J. Beason
Electronic Thesis and Dissertation Repository
Anthropologists employ biodistance analysis to understand past population interactions and relatedness. The objectives of this thesis are twofold: to determine whether a sample of five mummies from the pilgrimage centre, Pachacamac, on the Central Coast of Peru comprised local or non-local individuals through an analysis of cranial nonmetric traits using comparative samples from the North and Central Coasts of Peru and Chile; and to test the utility of machine-learning-based image segmentation in the image analysis software, Dragonfly, to automatically segment CT scans of the mummies such that the cranial nonmetric traits are visible. Results show that while fully automated segmentation …