Researchers are shedding light on how ancient people transported a hefty 2-ton stone known as the Matarrubilla stone over 5,300 years ago. This impressive stone is located in a circular chamber called a tholos at the Valencina site near Seville, Spain.
The Matarrubilla stone isn’t just another large rock; it measures 1.7 meters long and 1.2 meters wide, made of gypsum. Its placement inside a tholos hints at its importance in ancient rituals. People of the Copper Age, around that time, likely valued it for ceremonial purposes.
The question of how such a massive stone was moved puzzled researchers for years. However, recent studies suggest that a group of skilled seafarers, equipped with advanced boating technology, likely transported it.
This discovery indicates that prehistoric communities in Spain may have been more maritime-savvy than we previously imagined. A study reveals that the stone’s journey likely involved sea routes, necessitating expert navigation and boat-building skills. The ability to move heavy materials over long distances signifies not just technical talent but also a deep understanding of coastal navigation.
The implications of this find extend beyond just transportation. It offers a glimpse into the life of people during the Copper Age in southern Spain. Their ability to engage in long-distance maritime travel illustrates that their society was organized in a way that accommodated these feats.
The use of large megaliths in rituals points to a rich social structure where collective efforts and advanced technology played key roles in fulfilling communal and religious purposes. This raises intriguing questions: Were these ancient communities part of a wider maritime network? How far did their skills extend, and what impact did these capabilities have on their cultural evolution?
As the research continues, we gain more insights into the social and technological landscape of prehistoric peoples. Understanding these aspects not only enriches our knowledge of history but also emphasizes the remarkable achievements of our ancestors.
For more details on related studies and findings, you can explore this Science Direct article.