A Medieval Cave-Dwelling Community Discovered in Spain: 33 Remains and Signs of Inbreeding.

Archaeological Discovery at Las Gobas

According to TSN.ua: Evidence of a medieval community has been uncovered by archaeologists in the natural rock caves of Las Gobas in northern Spain. The research confirms the group inhabited the site from the 7th to the 11th centuries, with the remains of 33 individuals discovered. This region of Spain was a complex cultural frontier during this period, making such isolated finds particularly significant. These findings open new avenues for understanding the lives and challenges faced by the region's inhabitants in the early Middle Ages.

Genetic and Medical Insights into Community Life

Collected data indicates that 63% of the genetic samples from the remains show signs of inbreeding, pointing to a highly isolated way of life. Ricardo Rodríguez Varela, one of the archaeologists, noted:

“This community remained relatively isolated for at least five centuries.”

This prolonged isolation could explain not only the genetic traits but also the community's vulnerability to various diseases.

Traces of smallpox were also identified in the studied remains, likely contracted from infected pork, highlighting the perilous living conditions. Without access to medicine, the people of Las Gobas faced serious health issues that would have threatened their survival. These discoveries underscore the harsh realities and daily struggles of a medieval community living on the margins.

The study of the Las Gobas community is a major contribution to the region's history. It provides insight into the social, medical, and environmental factors that shaped their existence. The evidence of isolation and its related genetic consequences offers a foundation for further research in archaeology and anthropology, particularly regarding the impact of isolation on human development. This discovery also highlights the vital role of archaeological finds in understanding Spain's historical context and cultural heritage.