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My research is concerned with the preservation of biological signatures stored within the incremental tissues of the skeleton and their forensic application to identification and the biological profile. Initially, my work focused on characterizing the microstructural arrangement of post mortem alteration (diagenesis) and establishing any taphonomic significance. Progressively, this work moved toward identifying histopathology, survival of cell structures and other biomolecules. The relationship between microstructure, isotopic signatures and mapping human movement was a logical next step. Much of my work is now focused on methodological development to extract isotopic and trace element information stored within the skeletal tissues, and to utilize these isotopic signatures to geolocate and/or track human movement.
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JOURNAL OF FORENSIC SCIENCESno. 1 (2024): 162-181
Canadian Society of Forensic Science Journalpp.1-30, (2022)
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