… Carbon isotope fractionation between diet and bioapatite in ungulate mammals and implications
for … New insight from old bones: stable isotope analysis of fossil mammals. Journal of …

… Isotope data from extant ungulates have contributed substantial insights into our understanding
of herbivore dietary … body tissues, tooth enamel bioapatites are systematically enriched in …

… Through analyses of δ 13 C bioapatite , δ 13 C hair , and δ 15 N … to fully understand diet-tissue
isotopic fractionations (38, 42). … Indeed, our study includes all but one of the six ungulates …

… The stable isotope of oxygen in mammalian bioapatite is … amount effect that cause a
depression in the oxygen isotopic … lopesi suggests a more generalist diet compared to T. platensis…

… oceanic carbon (substrate) by equilibrium isotope fractionation. … effect is recognized as
lowering dissolved inorganic carbon … like ungulate tooth enamel because of intrataxon variation in …

… of the relationship between stable carbon isotopes in these tissues. Stable carbon isotope
spacing between … “Models for carbon isotope fractionation between diet and bone,” in Stable …

… (bioapatite) also provides information about the food animals consume, but also provides
information on the environment in which these animals … Regarding the ungulates recorded at …

… evaluated the enrichment from diet to bioapatite (either as … can have a significant isotope
effect in diet studies. Studies of … “Models for carbon isotope fractionation between diet and …

… isotopes were applied to fossil Permo-Carboniferous non-mammalian tetrapods to reconstruct
dietary preferences and niche partitioning in the earliest terrestrial food webs. In general, …

… To avoid the confounding effects of regional baseline variability … Isotopic fractionation from
diet to tooth takes place during … Different ungulate individuals occupy different habitats within …