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IrelandTom Scott finds the human wear behind Stonehenge's barriers
A close-up tour with curator Wyn reveals prehistoric joinery, vulnerable ground and the deliberately visible repairs keeping the stones standing.
Tom Scott
Story of No. 80 on the daily chartNo. 3 on the Science chart
Why this story? One of the most watched videos since yesterday, with 682,537 views.
Why you can't touch Stonehenge any more
Things we can learn from the video
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- 3:14A visible boundary of moss and lichen shows how far visitors' hands once reached.
- 12:08Wyn reveals tongue-and-groove and mortise-and-tenon joints connecting the stones and lintels.
- 18:07Animal teeth provide isotope evidence of long-distance journeys for prehistoric midwinter gatherings.
- 22:00Scott explains why visitor numbers threaten the unexcavated ground through compaction and wear.
- 24:18Archive footage shows cranes and concrete used to stabilise the stones in 1958.
- 25:40Scott argues that visible restoration lets future archaeologists distinguish modern repairs from ancient construction.
There is a line on Stonehenge's stones where human hands have rubbed away the moss and lichen, roughly as high as an adult can reach. For Tom Scott, it is a particularly clear answer to the question in his title: "Why you can't touch Stonehenge any more".
His morning visit with curator Wyn, before the crowds arrive, has drawn roughly 680,000 views since yesterday. Scott gets inside the circle, but the privilege comes with an explanation of why ordinary visits keep their distance.
Archive footage shows people climbing on the monument before the stone circle closed to general public access in 1977. Touching is only part of the problem. Scott explains that the sheer volume of visitors also threatens the fragile, unexcavated ground through compaction and wear. Protecting Stonehenge means protecting archaeology beneath people's feet, not just the enormous objects in their photographs.
Up close, those objects become considerably more intricate. Wyn points out tongue-and-groove connections and mortise-and-tenon joints, stone construction using techniques familiar from woodwork. "I feel like I should have known that Stonehenge was not simply rocks piled on top of rocks," Scott says.
The tour then turns from engineering to organisation. Wyn explains how isotope analysis of cattle and pig teeth reveals journeys from places including Wales and Dartmoor for midwinter gatherings. His bigger fascination is the social network capable of bringing people together. Scott wonders how communities coordinated those journeys without writing, maps or telecommunications.
The video includes a sponsored eSIM segment. Its final stretch returns to a less marketable material: concrete. Archive footage shows cranes stabilising the monument, while Wyn identifies supports still visible today. Scott argues that obvious repairs are an honest intervention, something future archaeologists can recognise rather than mistake for prehistoric work.
Viewers are picking up on that thought, imagining conservation as an expression of care legible to people far into the future. Others recognise Scott's more immediate struggle: getting this close and reminding himself not to touch.
Published on Trari
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- Channel
- Tom Scott
- Subscribers
- 6,750,000
- Channel views, last 7 days
- 3,303,262
- Channel views, pace per day
- 303,730 (on a normal day: 446,508)
- Video published
- November 9, 2026
- Video views so far
- 682,537 (less than a day online)
- Video views, pace per day
- 990,662
The numbers
The Stonehenge tour has passed half a million views before its first full day online.
💡 Test your knowledge
Which woodworking-style joint does Wyn show in Stonehenge's stone construction?
Wyn shows how projecting tenons fit into matching mortises to connect the upright stones with their lintels.