Researchers find human DNA on cave art for the first time
Translated from German, summarized and contextualized by DistantNews.
At a glance
- Researchers have discovered human DNA on ancient cave art, offering new insights into prehistoric populations.
- The DNA found is linked to a hunter-gatherer group that lived over 5,000 years ago.
- This discovery aids in dating cave art, which has historically been challenging due to its detachment from specific soil layers.
A groundbreaking discovery has been made in the field of archaeology, with researchers finding human DNA on ancient cave art for the first time.
The DNA discovered is believed to belong to a hunter-gatherer group that inhabited the region more than 5,000 years ago. This finding, detailed in a new study, offers a significant advancement in understanding the populations that created and interacted with these ancient artworks. The presence of DNA on the cave walls suggests a long-term connection between humans and these sites, potentially spanning millennia.
Cave art, such as the renowned paintings in Spain's Altamira cave, has long fascinated scientists. These artworks provide glimpses into the minds of early humans, hinting at their desire to leave a mark. However, dating such art has always been a challenge. Unlike artifacts found within specific soil layers, cave paintings and engravings are not directly associated with datable strata, making precise chronological placement difficult.
The Spanish-Portuguese research project, First Art, aims to shed new light on some of the Iberian Peninsula's most famous caves. The discovery of human DNA on the cave walls is expected to provide crucial new dating evidence and enhance our understanding of the people who created these enduring cultural legacies. This breakthrough could revolutionize how researchers approach the study of prehistoric art and the societies that produced it.
Originally published by Der Standard in German. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.