Stable isotopes of mammoths and mastodons have the potential to illuminate ecological
changes in late Pleistocene landscapes and megafaunal populations as these species …

Stable isotopes of mammoths and mastodons have the potential to illuminate ecological
changes in late Pleistocene landscapes and megafaunal populations as these species …

Stable isotopes of mammoths and mastodons have the potential to illuminate patterns in late
Glacial landscapes and megafaunal population dynamics as these species approached …

The mobility and dietary preferences of now‐extinct proboscideans have not been
comprehensively examined in the central USA. We used stable carbon (δ13C), oxygen …

The conservation status of large-bodied mammals is dire. Their decline has serious
consequences because they have unique ecological roles not replicated by smaller-bodied …

Stable carbon isotope compositions of herbivore tooth enamel from the Railroad Canyon
section (RCS) of Idaho are analyzed to investigate the long-term effects of climate and biotic …

The Cretaceous-Paleogene (K-Pg) mass extinction event has historically been viewed as
the catalyst for the radiation of mammals, with marked increases in body mass, taxonomic …

Woolly mammoth (Mammuthus primigenius), horse (Equus spp.) and bison (Bison spp.)
coexisted with a variety of mammalian megafauna across the Pleistocene mammoth steppe …

Mammoths and mastodons are common in Pleistocene deposits, yet these proboscideans
and many other animals disappeared suddenly≈ 10,000 years ago. In this study, we …

Previous isotopic studies of herbivorous mammals suggested that the dispersal of the
grazing mammals, Mammuthus and Bison resulted in the endemic grazers incorporating …