A team of archaeologists has identified what they believe to be an earlier version of Stonehenge located approximately 3 miles from the famous stone monument. The structure, found in the village of Bulford, dates to roughly 5,000 years ago, predating Stonehenge by approximately 500 years. Rather than the massive stone arrangement known today, this earlier site consisted of two wooden posts positioned about 120 meters apart and estimated to stand between 2 and 4 meters in height. The posts have long since deteriorated, leaving only the holes where they were anchored in the ground.
Like Stonehenge itself, the wooden posts appear to have been deliberately aligned with solar events. The two holes line up with both the summer solstice sunrise and the winter solstice sunset, demonstrating that prehistoric people in the region shared a sophisticated understanding of celestial mechanics. The excavation team, led by Phil Harding of Wessex Archaeology, initially discovered these alignments during fieldwork conducted a decade earlier. A comprehensive analysis was subsequently completed by archaeoastronomer Dr. Fabio Silva, who reconstructed the sky as it appeared 5,000 years ago to verify the precision of the alignment.
The site has yielded numerous artifacts that provide insight into the daily lives and beliefs of the people who inhabited the area. Items recovered include decorated pottery fragments, flint tools, animal bones, and an antler likely used for digging. Among the most notable discoveries was a rare Neolithic knife crafted from flint and shaped into a disc form. The careful workmanship evident in this tool, combined with the fact that it appeared to have been deliberately positioned, suggests it may have held symbolic significance to the community. Radiocarbon dating analysis of the recovered materials confirmed the site’s age.
Experts suggest this discovery may indicate connections between the inhabitants of Bulford and those responsible for constructing the earliest phases of Stonehenge. The seasonal gatherings at both locations underscore the importance early farming communities placed on tracking solar cycles, which directly influenced agricultural success. Winter solstice appears to have held particular significance during this period, representing a critical moment in the annual cycle when communities may have engaged in ceremonial activities to ensure the return of spring and the survival of their crops and livestock.
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