The 9,000-Year-Old Child’s Tooth Found In An Alaska Cave — And The DNA Test That Revealed A Lost Population Of The First Americans
What the tooth revealed was something that the people who buried her — if they buried her — could not have known, and would perhaps not have found meaningful in the specific terms in which modern science frames it: that the child belonged to a founding branch of the human family in the Americas, a branch that had diverged from other founding lineages in Beringia before the dispersal that populated the hemisphere, a branch that persisted in the landscape of the Seward Peninsula for thousands of years into the Holocene.
This is a fact about deep population history, expressed in the language of modern genetics.
Whether the community she was part of would have recognized or found meaning in this framing of their existence — whether the categories of “founding branch” and “population divergence” would have been meaningful to people for whom belonging was defined by kinship and community rather than by genomic distance — is a question that the evidence cannot answer.
What the evidence can answer, and what it has answered, is that this child was here.