Ancient Iberian Leather Artifact Unlocks 7,000-Year Evolutionary History of Spanish Goats
Genetic analysis of a 7-millennia-old leather fragment discovered in Spain has provided unprecedented insights into early European livestock management. Published in PLOS One, the landmark research illuminates the deep historical roots of domestic goat populations across the Iberian Peninsula.

- Researchers successfully extracted ancient DNA from a 7,000-year-old leather sample originating in the Iberian Peninsula.
- The findings confirm that early regional populations actively utilized domestic goats for leather production far earlier than previously understood.
- Led by University College Dublin scholar Jolijn A. M. Erven, the peer-reviewed study was published in the journal PLOS One.
MADRID — Groundbreaking genetic research has unveiled that inhabitants of the Iberian Peninsula were crafting leather from domestic goats as early as 7,000 years ago, offering a remarkable window into prehistoric craftsmanship and agriculture. The discovery stems from an exhaustive analysis of an ancient leather artifact, shedding new light on the deep historical entanglement between human civilization and livestock development in southwestern Europe.
This pivotal finding bridges a significant knowledge gap regarding early pastoral economies and material culture during the Neolithic period. While archaeologists have long understood that animal husbandry was spreading across the Mediterranean basin during this era, tracing the specific genetic lineage and utility of these early caprine populations has remained a formidable challenge until now.
According to reports by Phys.org detailing the research published November 4, 2026, in the journal PLOS One, lead investigator Jolijn A. M. Erven of University College Dublin spearheaded the scientific effort. By meticulously extracting and sequencing ancient DNA preserved within the millennia-old hide, the research team was able to map the genetic signatures of prehistoric Spanish livestock with extraordinary precision.




