Geologists Disprove Glacier Theory for Stonehenge's Stones.

Geologists Disprove Glacier Theory for Stonehenge's Stones
Geologists Disprove Glacier Theory for Stonehenge's Stones

Stonehenge Research Update

According to TSN.ua: A geological study from Curtin University has refuted the long-standing theory that glaciers transported the stones of Stonehenge, providing strong evidence for human transportation instead. The findings, published in the journal Communications Earth and Environment, offer a definitive conclusion to a major archaeological debate.

Mineral Composition Analysis

By analyzing 700 mineral grains, including zircon and apatite, from river sediments around Stonehenge, researchers found no traces of rocks from western Wales or Scotland. The minerals present were all local, dating from 1.7 billion to 60 million years old. This absence of distant glacial debris is a key piece of evidence against the ice-age transport theory.

The research confirms that the smaller bluestones were brought from the Preseli Hills in Wales, a distance of 225 km. The larger Altar Stone, however, originated from northern England or Scotland, indicating a human-assisted journey of over 500 km. In a related find, a fingerprint over 2000 years old was discovered on the Hjortspring boat, a vessel submerged for more than two millennia.

The scientists' conclusion is clear: the stones were moved by people intentionally.

This study provides crucial new data for understanding the construction of this iconic monument, solidifying the role of human effort in its creation. Stonehenge remains one of the world's most enigmatic prehistoric sites, and this research helps clarify how its builders sourced their materials.

The implications extend beyond Stonehenge itself, offering broader insights into the technological capabilities and social organization of Neolithic communities. Understanding how and why these massive stones were moved sheds light on the labor, transport methods, and cultural motivations of the time.

Continued investigation of archaeological sites like Stonehenge is vital for piecing together human history and our ancestors' relationship with the landscape.


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