Space hamsters and shifty looking cows: Tristan joins Alex and Simona to discuss the zooarchaeology of Mass Effect creatures.

Join us on the latest part of our imagined videogame zooarchaeology series! Following popular demand, this episode is all about Bioware’s Dragon Age and its weird and wonderful creatures. Learn more a...

Discover how animal bones reveal archaeology, human relationships with animals and environmental change through zooarchaeology and art.

A Spanish cave preprint finds Neanderthal cut marks on beaver and marmot bones, but carnivore tooth marks appear on more than five times as many.

A Pleistocene site in Interior Alaska may hold the bones of the first domesticated dogs in the New World.

The duration of Neanderthal occupations of caves and rock shelters is one of the most debated issues in prehistoric archaeology. Several disciplines, including lithic analysis, micromorphology, zooarchaeology, taphonomy, and spatial archaeology, have proposed criteria to estimate occupation length, but their reliability varies. This study focuses only on indicators derived from faunal assemblages and evaluates their effectiveness through statistical testing. Four features were analysed: number of taxa, hunting spectrum, anthropogenic modifications, and evidence of carnivore activity. These characteristics were applied to a dataset from Late Mousterian sites in Spain and south-eastern France (70–40 ka) that have previously been examined through multidisciplinary approaches. The results indicate that the four features do not provide equally robust signals. Anthropogenic modifications and the number of exploited taxa show the strongest correlation with occupation duration. In contrast, the number of taxa and carnivore activity, when considered alone, are less reliable indicators. Multivariate analyses reveal a clearer structuring of the faunal assemblages. Brief stopping places are consistently distinguished from longer occupations. However, long-term occupations and repeated short-term occupations tend to overlap, largely because of palimpsest effects. Overall, these findings demonstrate both the potential and the limits of faunal criteria. They highlight the need for integrated, high-resolution approaches to reconstruct the duration and intensity of Neanderthal occupations.

A biomechanical model and 82 ancient bones from Chukotka suggest dog sledding in the Bering Strait, though no site yields clear sled evidence.