The analysis of stable isotopes on fossil mammals has become a widely used tool for
understanding the paleoecology and paleodiet of these organisms. In this work, we study …

The management and conservation of animal species should be based upon a long-term
analysis that considers its geographical distribution and feeding patterns. The study of …

Calcium stable isotope ratios are hypothesized to vary as a function of trophic level. This
premise raises the possibility of using calcium stable isotope ratios to study the dietary …

Stable and radiogenic isotopes represent powerful tools for reconstructing ecological and
environmental patterns in ancient ecosystems. The Cretaceous of North America preserves …

Modern datasets provide the context necessary for accurate interpretations of isotopic data
from archaeological faunal assemblages. In this study, we use the oxygen isotope ratios …

This work reviews paleodietary reconstructions of hunter‐gatherers from the northeast
province of Chubut, Argentina. The isotopic record of human bone can complement …

The analysis of stable isotopes in fossil mammals is useful for reconstructing
paleoenvironmental and paleoecological conditions, but has been rarely applied to the …

Stable isotope‐based dietary reconstructions of late Holocene agriculturalists from Sabana
de Bogotá (Colombia) are limited to the late Muisca period. Accordingly, the dietary patterns …

Chachapoya bioarchaeological investigations on the eastern slopes of highland Peru are
beginning to elucidate patterns in diet and social interactions in this distinctive region. We …

Stable isotope analyses have been performed on the bioapatite (δ 13 C; δ 18 O) and
collagen (δ 13 C; δ 15 N) of four late Pleistocene South American megafaunal taxa …