Neanderthal Europe was as much a wooden age as a stone age

Neanderthals relied on wood as heavily as stone for creating tools during their time in Europe, according to research covered in New Scientist. The conventional understanding of Neanderthal technology emphasizes stone tool production, but evidence suggests wooden implements played an equally significant role in their material culture.

This finding challenges the traditional "Stone Age" classification for the Neanderthal period. Researchers examining archaeological evidence have determined that Neanderthals possessed the skill and knowledge to work wood into functional tools and objects. The prevalence of wooden artifacts indicates that this resource was not a secondary or supplementary material but rather a primary component of their toolkit.

The emphasis on stone tools in archaeological literature stems partly from preservation bias. Stone artifacts survive in the archaeological record far more readily than wood, which degrades over time. This has skewed our understanding toward stone-based technology. By reassessing available evidence and considering what materials would have been practical for Neanderthals to use in their European environments, researchers have concluded that wood likely represents a much larger portion of their actual tool inventory than stone alone.

Understanding Neanderthal material culture more completely requires acknowledging both stone and wood as essential to their survival and adaptation. This dual-material approach reflects a more sophisticated understanding of Neanderthal capabilities and their technological sophistication. The recognition that Neanderthals worked with wood at such a fundamental level suggests they possessed considerable technical skill and knowledge of material properties.

This reassessment of Neanderthal technology has implications for how scientists understand human technological development more broadly. It demonstrates that early human ancestors possessed diverse working knowledge of multiple materials and could apply that knowledge effectively to produce functional tools.