Armando Anzellini, PhD
I am a bioarchaeologist, forensic anthropologist, and Registered Professional Archaeologist (RPA) specializing in human osteology and archaeological sciences. I have surveyed and excavated archaeological sites, prehistoric burials, and historic cemeteries in the United States, the Caribbean, Peru, Ecuador, and Romania, and have conducted research in a variety of disciplines including biogeochemistry, morphometrics, Geographic Information Systems (GIS), and architectural analyses.
My research lies at the intersection of the physical and social sciences — applying analytical chemistry, biogeochemistry, and finite element analysis to answer questions about human health, embodiment, identity, and inequality in the past and present.
Originally from Venezuela, I am fluent in Spanish and English, and have prepared and presented official reports, peer-reviewed articles, conference presentations, and lectures for diverse audiences in both languages. I have instructed international, federal, and local law enforcement agencies on forensic anthropology and have a number of active projects exploring questions in the fields of bioarchaeology, human skeletal biology, and forensic anthropology. I’m always happy to bring students into my lab, please visit my lab page if you’d like to learn more. I am also available for consultation, please visit my consultation page for more information.
Research Interests
Bioarchaeology, Decolonizing Bioarchaeology, Embodiment of Inequality, Mortuary Practices, Archaeological Science, Archaeological Theory, Forensic Anthropology and Archaeology, Vibrational Spectroscopy, Stable Isotope Analysis, and Quantitative Methods
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Bioarchaeology & Skeletal Biology Laboratory
The Bioarchaeology and Skeletal Biology Laboratory (BASBL) focuses on the use of technology and the physical sciences to study human remains of the past and present, exploring human health, diet, mobility, and social structure, as well as understanding human bone development and adaptation.
Stable Isotopes & Bone Chemistry
Analysis of stable isotopes of nitrogen (δ¹⁵N), carbon (δ¹³C), and oxygen (δ¹⁸O) from the mineral and organic portions of bone to explore diet, migration, and social structure. Bone biochemistry is further characterized using a Raman spectrometer (1064 nm excitation) and ATR-FTIR, with applications as proxies for destructive analyses to minimize invasive methods.
Computational Bone Modeling
Application of Finite Element Analysis and photogrammetry to examine how bone adapts to biomechanical stimulus and how age-related material changes affect skeletal geometry.
The lab welcomes undergraduate and graduate students interested in our work. Contact us at inbasbl@lehigh.edu.
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