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

The Mammoth Steppe was the dominant terrestrial biome of the Northern Hemisphere
during the late Pleistocene. It encompassed a nonanalog community of animals living in a …

Stable carbon, nitrogen, hydrogen and oxygen isotopes have been used to infer aspects of
species ecology and environment in both modern ecosystems and the fossil record …

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

Species interact with each other and their environment over a range of temporal scales, yet
our understanding of resource partitioning and the mechanisms of species coexistence is …

Understanding woolly mammoth ecology is key to understanding Pleistocene community
dynamics and evaluating the roles of human hunting and climate change in late Quaternary …

The development of the isotopic niche, an n-dimensional hypervolume (with n being the
number of isotopes) occupied by a population in delta space, has revolutionized the study of …

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 …

The ecological structure of the mammoth steppe fauna remains quite unclear. Stable isotope
biogeochemistry of fossil collagen can help determining the discrimination in food resources …

Many late Pleistocene fossil localities contain the remains of multiple mammoths. Some of
these sites have been interpreted as representing the mass death of an entire herd, or family …