Denisovans
300,000 – 30,000 years ago
A population defined largely by DNA — and what a finger bone can and cannot tell us.
Every claim in this period carries its evidence with it.
A handful of physical remains and, unusually, far more genetic than skeletal evidence — including DNA recovered from cave sediment.
- 01
Denisovans are defined primarily from genomes, which is a first for a hominin population.
- 02
They contributed ancestry to living populations, with the highest proportions in Oceania.
- 03
They occupied a wide geographic range including high-altitude Asia.
Each row states the method, what is actually measured, and — the part usually skipped — what the result does not settle.
| Method | Material | What it constrains |
|---|---|---|
| Palaeogenomics | A finger bone, teeth, and sediment-extracted DNA | Identifies a distinct population and its admixture. It cannot reconstruct anatomy. |
| Palaeoproteomics | Collagen peptide sequences from fragmentary bone | Assigns fragments to a lineage where DNA has degraded. Resolution is coarser than genomics. |
| Population genetic modelling | Modern genome panels | Estimates admixture timing and proportion within an assumed demographic model. |
Which Asian fossils are Denisovan?
Several candidate crania are argued for; assignment without molecular data stays provisional.
How many distinct Denisovan populations were there?
Genomic signals suggest deep internal structure rather than one uniform group.
“Denisovans were an Asian variant of Neanderthals.”
They are a separate sister population; both descend from a common ancestor after the split from modern humans.
“We know what they looked like.”
Reconstructions are inferred from genetic methylation patterns and a few fragments, and are explicitly provisional.
- What was their full geographic range?
- Which archaeological assemblages did they make?
- How did high-altitude adaptation pass into modern Tibetan populations?
Denisova Cave genomic and sediment DNA studies
Nature
Palaeoproteomic hominin identification
Nature / Science Advances