Application of isotope ratio mass spectrometry (IRMS) to skeletal remains has become an
important tool to investigate human behavior and history. Isotopic variations in collagen …

Stable isotope ratio analysis is becoming an extremely important tool for the forensic
investigator. It can be particularly useful in missing persons investigations to help establish …

This study investigated intraperson skeletal (herein referred to as either “intraperson” or
“intraskeletal”) variation in stable isotope ratios for collagen (C and N) and bioapatite (C and …

From its inception in 2011, the IsoArcH initiative (https://isoarch. eu[1]) has been an altruistic
effort to benefit and engage as many people as possible in the field of bioarchaeological …

Stable isotope analysis of human tissues has become a valuable tool for mapping human
geolocation. This study adds to the existing knowledge of the relationship between oxygen …

This chapter provides some background and applications of stable isotope analysis in the
context of humanitarian forensic science to illustrate the contribution that isotopic profiling …

Oxygen isotopes in tooth enamel carbonate are commonly measured in studies of ecology,
paleoclimate, and provenance; however, methods for sample pretreatment and mass …

Isotopic analysis of human tooth enamel can provide life history information useful in
forensic identification. These applications depend on the availability of reference data …

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 …

Stable carbon isotope analysis has proven utility for reconstructing dietary information in
humans in past populations. The usefulness of stable carbon for forensic geolocation has …