This review highlights advances in the application of isotope ratio mass spectrometry (IRMS)
to materials of interest to the forensic community. We give special attention to the natural …

Substantial progress in the application of multiple isotope analyses has greatly improved the
ability to identify nonlocal individuals amongst archaeological populations over the past …

This study examines Fourier transform (FT) Raman spectroscopy as a non-destructive
screening method to determine collagen quality in archaeological and paleontological …

Abstract Throughout the New World, we encounter consistent and pervasive evidence that
confounds efforts to partition native species into watertight containers labeled …

From Moctezuma's zoo to animals kept in captivity at Teotihuacan, there is increasing
evidence that Mesoamericans managed wild animals for a myriad of purposes. The present …

The paleodiet evolution in a human community of Venetian Lagoon between the eighth and
twelfth centuries has been reconstructed by the stable isotopes analysis of δ13C and δ15N …

Chemical analysis of collagen and other endogenous protein in excavated bones is ever
more common in paleontology and archaeology to determine dietary ecology, migration …

Rationale The use of multi‐isotopic analysis (δ2H, δ13C, δ15N, δ18O, and δ34S values) of
modern human body tissues for provenancing of unknown individuals in forensics is …

Nearly four decades ago, a highway expansion project resulted in the excavation of 35
unmarked graves at Catoctin Furnace, an industrial ironworking village in western Maryland …

Objective Little attention has been given, so far, to the early colonial diet in New France from
an isotopic perspective. Historical records that compare France to New France suggest a …