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Large DNA Study Links Mammoth Bone Piles to Human Activity

Genetic sexing of 521 woolly mammoths shows concentrated archaeological deposits are strongly female‑biased, a result that points to selective harvesting or predictable herd encounters.

Overview

  • A Current Biology paper published July 30, 2026 analyzed genomes from 521 woolly mammoth specimens found across Europe, Asia and North America.
  • The study found dispersed or natural mammoth remains were about 66 percent male while concentrated bone deposits associated with human activity were about 70 percent female.
  • Archaeological signs at many concentrated sites include embedded stone projectile points, cut marks, patterned bone fracturing and a lack of carnivore gnawing, which together support human involvement in forming the piles.
  • Authors propose several non‑exclusive explanations for the female bias — hunters preferring smaller females, female herds moving in predictable routes that made encounters more likely, or recurrent scavenging — and they stress these remain testable hypotheses.
  • The project also reported the first known case of X0/XX chromosomal mosaicism in an extinct species from Wrangel Island and underscores how large‑scale paleogenomics can change our view of Paleolithic subsistence, site use and proboscidean behavior.