Ancient DNA Sheds Light on Oldest Neanderthal Group in Central-Eastern Europe
Updated
Updated · Phys.org · Apr 20
Ancient DNA Sheds Light on Oldest Neanderthal Group in Central-Eastern Europe
10 articles · Updated · Phys.org · Apr 20
Researchers have reconstructed the genetic profile of a Neanderthal group that lived in Stajnia Cave, Poland, around 100,000 years ago.
Analysis of mitochondrial DNA from eight teeth revealed at least seven individuals, some of whom were closely related, forming a rare snapshot of a Neanderthal community.
The findings highlight Central-Eastern Europe’s key role in Neanderthal history and suggest widespread ancient maternal lineages later replaced by different populations.
Beyond shared DNA, what evidence could prove this Neanderthal group was truly a close-knit family unit?
How did one Neanderthal maternal line dominate Europe, only to completely vanish before the species went extinct?
Why does ancient DNA suggest Neanderthal males and human females interbred far more than the reverse pairing?
If genetic data contradicts radiocarbon dates, how can we ever be certain of ancient human timelines?
Was Central Europe a forgotten backwater or a vital crossroads for Neanderthal migration and innovation?
Can we trust archaeological layers if a single family's remains are scattered across different time periods?
Genetic Reconstruction of a 100,000-Year-Old Neanderthal Family from Stajnia Cave Reveals Maternal Kinship and Population Dynamics
Overview
A 2026 study used advanced DNA techniques to reconstruct the genetic profile of a Neanderthal group from Stajnia Cave, Poland, dating back about 100,000 years. The analysis revealed close maternal kinship among individuals, indicating Neanderthals lived in small, family-based groups with shared child-rearing. Their mitochondrial DNA matched lineages found across western Eurasia, showing wide connections before being replaced around 90,000 years ago, likely due to climatic changes that fragmented populations. The Thorin fossil from France highlights challenges in dating ancient remains, as genetic evidence revealed long-term isolation contradicting earlier archaeological dates. Central-Eastern Europe emerges as a key refugia where Neanderthals showed resilience and complex behaviors during harsh Ice Age conditions.