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Stonehenge
DebatedSite

Stonehenge

The bluestones traveled 250 km from Wales. And the altar stone, from Scotland. Why those particular stones?

Location
England · Europe
Civilisation
British Neolithic
Period
−3000 → −2000
Technique
25 t sarsens, mortise and tenon joints
Studies
1,000+ publications

real support, not settled. A revisable snapshot of the state of research, never a judgement.

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In pictures

The elements of the site

9 photos · Wikimedia Commons
© Diego Delso · CC BY-SA 4.0
© Ввласенко · CC BY-SA 3.0
© Bob Harvey · CC BY-SA 2.0
© Diego Delso · CC BY-SA 4.0
Location

Where the site is

51.180° N, 1.830° W · satellite view

🔬 Science

What science says

  • The Welsh origin of the bluestones (Preseli hills) is confirmed by geochemistry.

  • The solstitial axis is measured, not assumed: sunrise at the summer solstice, sunset at the winter solstice.

  • Burials, cremations and deposits form a consensus on a ceremonial and funerary function.

  • The 50 main sarsens (~25 t, up to 7 m tall) come from West Woods, Wiltshire, only ~25 km to the north: a local source identified by PXRF geochemistry (Nash et al., Science Advances 2020). Two outlier sarsens have a different, not yet identified, provenance.

  • The 5-phase construction sequence (Darvill, Marshall, Parker Pearson & Wainwright, Antiquity 2012) spans roughly 3000 to 1500 BC: Phase 1 = earth henge and Aubrey Holes (~3000 BCE); Phase 2 = first bluestones (~2600 BCE); Phase 3 = great sarsen architecture (~2500 BCE); Phases 4-5 = rearrangements of the bluestones (~2200-1500 BCE).

  • 63 cremated individuals have been identified in the Aubrey Holes, buried over ~500 years (~3000-2500 BC). At least 10 of 25 analyzed individuals were of non-local origin; 4 among the earliest buried are geochemically compatible with an origin in western Wales (Snoeck et al., Scientific Reports 2018).

🜂 Mystery

What remains unexplained

themes & techniques

Related to

NeolithicArchaeoastronomyMegalithic transportAtlantic Europe
every line can be checked

Studies & sources

ConsensusBevins R.E., Ixer R.A. & Pearce N.J.G. — «Carn Goedog is the likely major source of Stonehenge doleritic bluestones: Evidence based on compatible element geochemistry and Principal Component Analysis» — Journal of Archaeological Science 42 (2014), pp. 179–193↗ConsensusParker Pearson M., Pollard J., Richards C., Welham K. et al. — «Megalith quarries for Stonehenge's bluestones» — Antiquity 93/367 (2019), pp. 45–62↗Peer-reviewBevins R.E., Pearce N.J.G. & Ixer R.A. — «Revisiting the provenance of the Stonehenge bluestones: Refining the provenance of the Group 2 non-spotted dolerites using rare earth element geochemistry» — Journal of Archaeological Science: Reports 38 (2021), 103083↗Peer-reviewBevins R.E., Pearce N.J.G., Parker Pearson M. & Ixer R.A. — «Identification of the source of dolerites used at the Waun Mawn stone circle in the Mynydd Preseli, west Wales and its implications for the proposed link with Stonehenge» — Journal of Archaeological Science: Reports 45 (2022), 103556↗ConsensusNash D.J., Ciborowski T.J.R., Ullyott J.S., Parker Pearson M., Darvill T., Greaney S., Maniatis G. & Whitaker K.A. — «Origins of the sarsen megaliths at Stonehenge» — Science Advances 6/31 (2020): eabc0133↗
Show 21 more sources
ConsensusClarke A.J.I., Kirkland C.L., Bevins R.E., Pearce N.J.G., Glorie S. & Ixer R.A. — «A Scottish provenance for the Altar Stone of Stonehenge» — Nature 632/8025 (2024), pp. 570–575↗Peer-reviewBevins R.E., Pearce N.J.G., Hillier S., Pirrie D., Ixer R.A. et al. — «Was the Stonehenge Altar Stone from Orkney? Investigating the mineralogy and geochemistry of Orcadian Old Red sandstones and Neolithic circle monuments» — Journal of Archaeological Science: Reports 58 (2024), 104738↗Peer-reviewParker Pearson M., Bevins R., Bradley R., Ixer R., Pearce N. & Richards C. — «Stonehenge and its Altar Stone: the significance of distant stone sources» — Archaeology International 27/1 (2025), pp. 113–137↗Peer-reviewClarke A.J.I. et al. (Curtin University) — «From Highlands to Henge: Refining the Provenance and Transport Pathways of Stonehenge's Altar Stone» — Journal of Quaternary Science (2026)↗Peer-reviewParker Pearson M., Bevins R., Ixer R. et al. — «Reconstructing extraction techniques at Stonehenge's bluestone megalith quarries» — Journal of Archaeological Science: Reports 46 (2022), 103697↗Peer-reviewBevins R.E., Pearce N.J.G., Ixer R.A., Scourse J., Daw T., Parker Pearson M. et al. — «The enigmatic 'Newall boulder' excavated at Stonehenge in 1924: new data and correcting the record» — Journal of Archaeological Science: Reports 66 (2025), 105303↗Peer-reviewBevins R.E., Ixer R.A., Pearce N.G., Scourse J. & Daw T. — «Lithological description and provenancing of a collection of bluestones from excavations at Stonehenge by William Hawley in 1924 with implications for the human versus ice transport debate» — Geoarchaeology 38 (2023), pp. 771–785↗AlternativeJohn B. — «A bluestone boulder at Stonehenge: implications for the glacial transport theory» — E&G Quaternary Science Journal 73 (2024), pp. 117–126 [position minoritaire, contestée par Bevins et al. 2025]↗ConsensusDarvill T., Marshall P., Parker Pearson M. & Wainwright G. — «Stonehenge remodelled» — Antiquity 86/334 (2012), pp. 1021–1040↗Peer-reviewDarvill T. & Wainwright G. — «Stonehenge excavations 2008» — The Antiquaries Journal 89 (2009), pp. 1–19↗ConsensusParker Pearson M., Chamberlain A., Jay M., Marshall P., Pollard J., Richards C., Thomas J., Tilley C. & Welham K. — «Who was buried at Stonehenge?» — Antiquity 83/319 (2009), pp. 23–39↗ConsensusWillis C., Marshall P., McKinley J., Pitts M., Pollard J., Richards C., Richards J., Thomas J., Waldron T., Welham K. & Parker Pearson M. — «The dead of Stonehenge» — Antiquity 90/350 (2016), pp. 337–356↗ConsensusSnoeck C., Pouncett J., Claeys P., Goderis S., Mattielli N., Parker Pearson M., Willis C., Zazzo A., Lee-Thorp J.A. & Schulting R.J. — «Strontium isotope analysis on cremated human remains from Stonehenge support links with west Wales» — Scientific Reports 8 (2018), 10790↗ConsensusRuggles C.L.N. — «Astronomy and Stonehenge» — in Cunliffe B. & Renfrew C. (éds), Science and Stonehenge, Proceedings of the British Academy 92 (1997), pp. 203–229. Oxford University Press↗AlternativeDarvill T. — «Keeping time at Stonehenge» — Antiquity 96/386 (2022), pp. 319–335↗AlternativeMagli G. & Belmonte J.A. — «Archaeoastronomy and the alleged 'Stonehenge calendar'» — Antiquity 97/393 (2023) [réfutation de Darvill 2022]↗Peer-reviewParker Pearson M., Pollard J., Richards C. et al. — «The original Stonehenge? A dismantled stone circle in the Preseli Hills of west Wales» — Antiquity 95/379 (2021), pp. 85–103↗ConsensusParker Pearson M. (2012). Stonehenge: Exploring the Greatest Stone Age Mystery. Simon & Schuster↗ConsensusCleal R.M.J., Walker K.E. & Montague R. (1995). Stonehenge in its Landscape: Twentieth-Century Excavations. English Heritage Archaeological Report 10, London↗ConsensusHistoric England — Astronomical research at Stonehenge (axe solsticial)↗Peer-reviewOlalde I. et al. (2018). « The Beaker phenomenon and the genomic transformation of northwest Europe ». Nature 555 (7695) : 190-196.↗
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