Who moved the megaliths?
From the
majestic stone temples of Malta to the massive mound of Newgrange, megalithic
monuments have captured the imagination of millions. How were such huge stones
moved? Who built these structures? What was their purpose? They are the
grandest monuments from the times before history. The people who made them left
no written records. Naturally speculation has run wild. Over the centuries they
have been attributed to giants, magicians or aliens. What a lack of faith in
our own species! Gradually science has begun to find answers to the puzzles. A
picture emerges of Neolithic farmers banding
together, not simply to dispose of their dead in a dignified way, but to honour
them. Human flesh is mortal, but stone may stand eternal as a symbol of the
departed. Thus communities could create a sense of continuity.
The first megalithic monuments

Spectacular discoveries in recent
years have illuminated the very start of mankind's love of monuments. The
earliest carved megaliths in the world have been found in the cradle of
farming. Before cultivation even began, abundant resources in the region where
the Levant meets Anatolia encouraged hunting and foraging groups into a more
settled lifestyle. Eventually some lived in permanent settlements. It is here
at Göbekli Tepe, in what is now Turkey, that the
world's first megalithic
monument has been uncovered. Its most recent building phase has been
radiocarbon dated c. 8000 BC, with an earlier phase ending c. 9000 BC. Circles
of T-shaped pillars are adorned with animal reliefs. These are similar to those
at a later monument in Nevali Çori, 30 kilometers to the north-west of Göbekli,
suggesting a continuity of population from Mesolithic to Neolithic.
Archaeologist Klaus Schmidt found that the most common bone remains at Göbekli
Tepe are those of aurochs, an extinct species of ox. Aurochs were massive and
terrifyingly strong. Just one required a communal effort to hunt. A hunting
band capable of that feat would have to be large and well-organised, capable
also of building such a monument. Schmidt sees it as the world's first temple.
Some of the T-shaped pillars have carved arms, and so may represent stylized
humans. 1S. Scham, The world's first temple,
Archaeology, vol. 61, no. 6, (November/December 2008); G.
Chandler, The beginning of the end for hunter-gatherers, Saudi Aramco
World, vol. 60, no. 2 (March/April 2009), pp. 2-9; T. Watkins, New light
on Neolithic revolution in south-west Asia, Antiquity, vol. 84,
no. 325 (September 2010), pp, 621-634. For an alternative interpretation, see
E. B. Banning, So fair a house: Göbekli Tepe and the identification of temples
in the Pre-Pottery Neolithic of the Near East, Current
Anthropology, vol.52, no. 5 (October 2011), pp. 619-660.
Continuity and community
It is a
much smaller and later monument from Zincirli in Turkey that provides the clue to
purpose. This 8th-century BC stele depicts a high official named Kuttamuwa at
his funerary banquet. Kuttamuwa himself tells us so. The text on the stele in
Samalian Aramaic states that Kuttamuwa fashioned the stele during his lifetime,
and that at its inauguration in the mortuary chapel offerings were made to
various gods, including the storm-god Hadad and the sun-god Shamash. The most
enlightening line explains that one of the offerings was a ram for my soul
that is in this stele
. It is the first inscription to make clear that
ancient people of the Near East could visualise their soul being transferred to
a memorial stone after death. The concept of food offerings is here too. We
encounter it in a variety of ancient religions. The word for soul used here is
nebesh. 2J. D. Schloen and A. S. Fink, New
excavations at Zincirli Höyük in Turkey (Ancient Sam'al) and the discovery of
an inscribed mortuary stele, Bulletin of the American Schools of Oriental
Research, vol. 356, no. November 2009, pp. 1-13; E. Bonn-Muller, Insight
into the soul, Archaeology, online feature (19 November
2008). The related word in Hebrew is nephesh, commonly
used for the personal memorials found widely in the ancient Semitic world, from
Syria to Yemen.
Many people today are comforted by a gravestone. It sets down the name that they want remembered. It will not crumble to dust before their eyes. It has a reassuring solidity. It provides a place to commune with the lost one, at least in thought or prayer. In short it gives a kind of enduring life.
Many prehistoric monuments were built
to house burials. Newgrange is a passage tomb. It is such a huge construction
that it remained intact for thousands of years. Smaller burial mounds created
by balancing a capstone over two or more upright stones, with a covering of
earth, have often had their overburden washed away to expose the megalithic
skeleton. They are generally known as dolmens, or portal tombs. The dolmen is
such a simple idea that it is not surprising to find it so widespread.
Varieties of dolmen can be found from the westernmost shores of Europe to
India, Indonesia and China. Illustrated here is an example from Johfiyeh, Jordan. The greatest concentration
of dolmens, however, is in Korea. The prehistoric cemeteries at Gochang, Hwasun, and
Ganghwa contain hundreds of dolmens from the 1st millennium BC.
Megalithic monuments could have other functions too. There has been much discussion of their possible symbolism, ritual or astronomical use.3D. Lewis-Williams and D. Pearce, Inside the Neolithic Mind: Consciousness, cosmos and the realm of the gods (2009). They might act as territorial boundaries or meeting points. Within living memory stone circles in northwest Cameroon were used for the deliberations of village elders.4Raymond N. Asombang, Interpreting standing stones in Africa: a case study in north-west Cameroon, Antiquity, vol. 78, no. 300 (June 2004), pp. 294–305. These functions are not mutually exclusive. They have in common the concept of community and shared culture. The more massive the monument, the more certain it is that it could only have been built by communal effort, which speaks of a communal purpose.
Circles of death
The idea of a circle of
stones representing ancestors seems to have flowed out of the Near East in fits
and starts. Slab-like, stylised anthropomorphic stelae appear in the Kemi Oba
culture of the Crimea (c. 3700-2200 BC). The original context of many is lost.
They seem to have been re-used as grave covers by later cultures. Yet a few
sites have revealed stelae arranged in a large circle, suggesting some form of
sanctuary.5J. P. Mallory and D. Q. Adams (eds.),
Encyclopedia of Indo-European Culture (1997), pp.
544-6. The idea seems remarkably similar to Göbekli Tepe, yet
thousands of years later. From the steppe the idea of honouring the ancestors
with such stelae spread to Italy, France and Iberia. See The Stelae People. Yet only in Sardinia and
Corsica do such stelae occur with stone circles.6J.
Robb, People of stone: stelae, personhood and society in prehistoric Europe,
Journal of Archaeological Method and Theory, vol. 16, no. 3
(September 2009), pp. 162-183.
Similar figures appear in Saudi Arabia, as do stone circles, but not the two together. Were it not for the few circles with some representation of the human form, we might have no suspicion that great circular monuments could (among other things) commemorate the dead. The tradition of anthropomorphic stelae died out in the West, but continued unabated for millennia in the Eurasian steppes. Meanwhile stone circles appear as far apart in time and space as Nubia (c. 5500 BC) and Orkney (c.2500 BC), Ireland (c. 900 BC) and Senegambia (300 BC). Many of the megaliths forming the circle at Nabta Playa in Nubia have roughly sculpted shoulders, hinting that they they too may honour the dead, though more attention has been paid to the circle's possible use as a calendar.7J. McK Mahille et al., Astronomy of Nabta Playa, African Skies, no. 11 (July 2007), pp. 2-7.
Dating
One problem is dating such monuments. The stones themselves cannot be
radiocarbon dated. That method is only suitable for organic material, such as
an associated burial. Monuments with nothing datable clearly linked with the
actual construction are a challenge. The temptation to use any organic material
in the vicinity may overwhelm caution. Dates have been urged by Göran Burenhult
for Carrowmore in Ireland that would have it built by the sparse population of
pre-farming forager groups. Other archaeologists view that as a most unlikely
scenario. Enough secure radiocarbon dates have now been gathered to trace the
Western tradition of megalithic monuments from Portugal (5000 BC) to Brittany
(4500 BC) and thence to the British Isles (4000 BC) and Scandinavia. Apart from
Portugal, these are the dates that farming itself arrived. The concept was
travelling with farmers. Portugal therefore comes under scrutiny as the
apparent seed-bed of the Atlantic brand of megalithic monument. Farming arrived
in southern Portugal around 6000 BC. But the first megaliths are not associated
with the best-known Neolithic culture to arrive there - the coastal makers of
Impressed Ware. Instead they first appear inland, in the southern lowlands of
Alentejo, that provide some of the best
agricultural land in the country. The culture that built them appears to be a
simple farming type, with Mediterranean links. 8C.
Scarre, P. Arias, G. Burenhult, M. Fano, L. Oosterbeck, R. Schulting, A.
Sheridan and A. Whittle, Megalithic chronologies, in G. Burenhult (ed.),
Stones and Bones: Formal disposal of the dead in Atlantic Europe during
the Mesolithic-Neolithic interface 6000-3000 BC (2003), pp.
65-111.
An ingenious method of dating was used at Newgrange in Ireland. An organic putty in the passage roof-slabs could be carbon-dated. It gave dates around 3120 BC. However the circle of monoliths around the tomb was added later, probably in the Bronze Age.9C. Scarre, P. Arias, G. Burenhult, M. Fano, L. Oosterbeck, R. Schulting, A. Sheridan and A. Whittle, Megalithic chronologies, in Göran Burenhult (ed.), Stones and Bones: Formal disposal of the dead in Atlantic Europe during the Mesolithic-Neolithic interface 6000-3000 BC (2003), pp. 65-111; G. and M. Stout, Newgrange (Cork University Press 2008), p. 9 and chapter 8. Tools or pottery can provide another clue. The characteristic Neolithic pottery of Britain and Ireland is the indigenous Grooved Ware, whereas metal-working arrived with a new type of pottery from the Continent - Bell Beaker. The fact that the Bell Beaker people carried on using, and enhancing, a site such as Newgrange suggests that they felt a common bond with the ancestors interred there. Rather than a complete break in tradition, there is a blending of new and old. At Newgrange a hybrid type of pot was found: a cross between Grooved Ware and Bell Beaker.10R. Cleal and A. MacSween (eds.), Grooved ware in Britain and Ireland (1999), p. 31.
The effort of creation
The most impressive megalithic monuments were often built in
phases. Stonehenge provides another example. English
Heritage radiocarbon-dated this famous site, using carefully selected samples
of datable material, such as antler bones used to dig the ditch. The earliest
structure was a bank and ditch created sometime around 3000 BC, probably
enclosing a ring of stones later resited closer to the centre. Around 500 years
later an ambitious remodelling created the monument we see today. What was the
purpose of all that effort? Often overlooked in the theorising is the fact that
Stonehenge was a large cremation cemetery, in use from its inception. The
predominance of adult males over women and children buried suggests that it was
a place of privilege, probably a royal site.
Its builders c. 2500 BC seem to have gathered seasonally at a camp in nearby Durrington Walls. Isotopes from the cattle they ate show that the cattle were driven from as far away as southwest England or Wales. It seems that whatever elite was memorialised at Stonehenge could call upon labour from far and wide. The earliest Bell Beaker burials mark a change. The Amesbury Archer came from the Continent. With Bell Beaker came a decline in large-scale public works. Silbury Hill at Avebury and the Stonehenge Avenue were two of the last great monuments to be built. The Bell Beaker folk formed a far-flung network, but were initially thinner on the ground. The man-hours needed to create their own characteristic round barrows could be provided by lineage-sized groups, unlike the mass labour required for Stonehenge. 11R. Cleal, et al., Stonehenge in its Landscape: the twentieth-century excavations, English Heritage Archaeological Report 10 (1995); M. Parker Pearson with C. Cox Willis, Burials and builders of Stonehenge: social identities in Late Neolithic and Chalcolithic Britain, paper read at European Megalithic Studies Group Meeting, 13th to 15th of May 2010 in Kiel, Germany, published online 26 November 2010: http://www.jungsteinsite.uni-kiel.de/artikel.htm
Megalithic art

The stone circles at Göbekli Tepe were embellished with carvings of fierce
animals. Europe has a more peaceful type of megalithic art - abstract patterns
with spirals and cup-and-circle motifs predominating. Interlocking spirals were
cleverly contrived with no beginning or end. This style is associated with the
passage grave tradition of the Atlantic seaboard, though the majority of
passage graves cannot boast any ornamentation. 12A.
Mazel et al (eds.), Art as Metaphor: the prehistoric rock-art of
Britain (2007), p. 124; A. Halpin and C. Newman, Ireland: an
Oxford archaeological guide to sites from earliest times to AD 1600
(Oxford University Press 2006), p. 8. A huge concentration of
art is found at just one site - Knowth in Ireland, where this astonishing
finely-carved flint mace-head was found inside the passage grave.
The
predilection for spirals appears in the Mediterranean too. Late Neolithic tombs
in Sardinia are decorated with them. One at Sa Pala Larga, Bonorva has brightly painted spirals.
Another in the same complex has a carved bull's
head and spirals. This stone altar in the megalithic temple complex at
Tarxien in Malta is decorated with elegant spiral
carvings. The earliest temples in the Malta group are on the little island of
Gozo and date to c. 3600 BC. The three temples at Tarxien represent the final
flowering of Maltese temple building c. 3000-2500 BC. Spirals are found from
first to last, but are particularly abundant at Tarxien. On another altar from
Tarxien the spirals appear as inter-linked shoots. Were they intended to
represent eternal life? If so it is ironic that the temple-builders abruptly
disappeared from Malta, leaving the island uninhabited for decades. Still they
are fondly remembered by the Maltese tourist industry. So they have earned
themselves an everlasting fame.
Genetics of the megalith-builders
Ancient DNA is beginning to emerge from Neolithic sites across Europe and the Near East. Mainly this is mtDNA, passed down from mother to child. We have samples of H, K, L2a1 and T2b from the pre-pottery Neolithic of Syria. 13E. Fernández et al., Mitochondrial DNA genetic relationships at the ancient Neolithic site of Tell Halula, Forensic Science International: Genetics Supplement Series, vol.1, no. 1 (2008), pp. 271–273. That is a strikingly different pattern from samples of the hunter-gatherers of northern Europe - overwhelmingly of U4 and U5. That makes it easy to detect new arrivals of Near Eastern ancestry. The first farmers of Central Europe, known by their pottery as Linear Band (LBK), brought a variety of haplogroups, including H, J, K, T, U3 and W, all already found in Near Eastern sites or suspected to be Near Eastern in origin from their distribution. An unexpected find was haplogroup N1a, rare in Europe today, but more common among these early farmers.14B. Bramanti et al, Genetic discontinuity between local hunter-gatherers and Central Europe’s first farmers, Science, (online September 3, 2009); see also H.Malmstromet al, Ancient DNA reveals lack of continuity between Neolithic hunter-gatherers and contemporary Scandinavians, Current Biology,vol. 19 (Nov 2009), pp. 1–5. A later study attempted to locate the origins of the LBK N1a by comparisons with present populations, an exercise which risks confusing origins with Neolithic spread.15M. Gounder Palnichamy and T. Kumar Chaudhuri, Mitochondrial haplogroup N1a phylogeography, with implication to the origin of European farmers, BMC Evolutionary Biology (online 12 October 2010 ahead of print).
N1a was also
found in the one megalithic site so far tested: a large and well-preserved long
barrow at Prissé-la-Charričre
in western France. Radiocarbon dates place it c. 4200 BC. Resting on the
carefully-laid pavement of limestone slabs were remains of at least 8
individuals, accompanied by a large Middle Neolithic vase-support
,
probably for the burning of aromatic or narcotic plants. Testing of the remains
yielded three mtDNA results: N1a, U5b and X2.16Deguilloux, M-F. et al. (2010), News from the west:
Ancient DNA from a French megalithic burial chamber, American Journal of
Physical Anthropology (online ahead of print August
2010). The U5b suggests that some mingling with pre-farming
peoples had taken place by this time. By contrast X2 is thinly spread (about
2%) over Europe and the Near East, but the Druze - a religious minority group
in the Near Eastern - has the highest frequency of haplogroup X found anywhere,
(16% X1 and 11% X2), as well as a high diversity of X. Isolated by their
religion, the Druze provide an insight into the genetic landscape of the Near
East prior to the modern age.17M. Reidla et al.,
Origin and diffusion of mtDNA haplogroup X, American Journal of Human
Genetics, vol. 73, no. 5 (November 2003), pp.1178–1190; L.I.
Shlush, et al., The Druze: A Population Genetic Refugium of the Near East,
PLoS ONE, vol. 3, no. 5 (2008), e2105.
Known and probable Y-DNA Neolithic markers are discussed under European Neolithic: genetic evidence.
Online databases
- The Megalithic Portal: world-wide site database.
- Stone Pages: archaeology of megalithic Europe: Britain, France, Ireland and Italy.
Notes
If you are using a browser with up-to-date support for W3C standards e.g. Firefox, Google Chrome and IE 8, hover over the superscript numbers to see footnotes online. If you are using another browser, select the note, then right-click, then on the menu click View Selection Source. If you print the article out, the footnotes will appear here.
- S. Scham, The world's first temple, Archaeology, vol. 61, no. 6, (November/December 2008); G.Chandler, The beginning of the end for hunter-gatherers, Saudi Aramco World, vol. 60, no. 2 (March/April 2009), pp. 2-9; T. Watkins, New light on Neolithic revolution in south-west Asia, Antiquity, vol. 84,no. 325 (September 2010), pp, 621-634. For an alternative interpretation, see E. B. Banning, So fair a house: Göbekli Tepe and the identification of temples in the Pre-Pottery Neolithic of the Near East, Current Anthropology, vol.52, no. 5 (October 2011), pp. 619-660.
- J. D. Schloen and A. S. Fink, New excavations at Zincirli Höyük in Turkey (Ancient Sam'al) and the discovery of an inscribed mortuary stele, Bulletin of the American Schools of Oriental Research, vol. 356, no. November 2009, pp. 1-13; E. Bonn-Muller, Insight into the soul, Archaeology, online feature (19 November 2008).
- D. Lewis-Williams and D. Pearce, Inside the Neolithic Mind: Consciousness, cosmos and the realm of the gods (2009).
- Raymond N. Asombang, Interpreting standing stones in Africa: a case study in north-west Cameroon, Antiquity, vol. 78, no. 300 (June 2004), pp. 294–305.
- J. P. Mallory and D. Q. Adams (eds.), Encyclopedia of Indo-European Culture (1997), pp. 544-6.
- J. Robb, People of stone: stelae, personhood and society in prehistoric Europe, Journal of Archaeological Method and Theory, vol. 16, no. 3 (September 2009), pp. 162-183.
- J. McK Mahille et al., Astronomy of Nabta Playa, African Skies, no. 11 (July 2007), pp. 2-7.
- C. Scarre, P. Arias, G. Burenhult, M. Fano, L. Oosterbeck, R. Schulting, A. Sheridan and A. Whittle, Megalithic chronologies, in Göran Burenhult (ed.), Stones and Bones: Formal disposal of the dead in Atlantic Europe during the Mesolithic-Neolithic interface 6000-3000 BC (2003), pp. 65-111.
- C. Scarre, P. Arias, G. Burenhult, M. Fano, L. Oosterbeck, R. Schulting, A. Sheridan and A. Whittle, Megalithic chronologies, in Göran Burenhult (ed.), Stones and Bones: Formal disposal of the dead in Atlantic Europe during the Mesolithic-Neolithic interface 6000-3000 BC (2003), pp. 65-111; G. and M. Stout, Newgrange (Cork University Press 2008), p. 9 and chapter 8.
- R. Cleal and A. MacSween (eds.), Grooved ware in Britain and Ireland (1999), p. 31.
- R. Cleal, et al., Stonehenge in its Landscape: the twentieth-century excavations, English Heritage Archaeological Report 10 (1995); M. Parker Pearson with C. Cox Willis, Burials and builders of Stonehenge: social identities in Late Neolithic and Chalcolithic Britain, paper read at European Megalithic Studies Group Meeting, 13th to 15th of May 2010 inKiel, Germany, published online 26 November 2010:http://www.jungsteinsite.uni-kiel.de/artikel.htm.
- A. Mazel et al (eds.), Art as Metaphor: the prehistoric rock-art of Britain (2007), p. 124; A. Halpin and C. Newman, Ireland: an Oxford archaeological guide to sites from earliest times to AD 1600 (Oxford University Press 2006), p. 8.
- E. Fernández et al., Mitochondrial DNA genetic relationships at the ancient Neolithic site of Tell Halula, Forensic Science International: Genetics Supplement Series, vol.1, no. 1 (2008), pp. 271–273.
- B. Bramanti et al, Genetic discontinuity between local hunter-gatherers and Central Europe’s first farmers, Science, (online September 3, 2009); see also H.Malmstrom et al, Ancient DNA reveals lack of continuity between Neolithic hunter-gatherers and contemporary Scandinavians, Current Biology,vol. 19 (Nov 2009), pp.1–5.
- M. Gounder Palnichamy and T. Kumar Chaudhuri, Mitochondrial haplogroup N1a phylogeography, with implication to the origin of European farmers, BMC Evolutionary Biology (online 12 October 2010 ahead of print).
- Deguilloux, M-F. et al. (2010), News from the west: Ancient DNA from a French megalithic burial chamber, American Journal of Physical Anthropology (online ahead of print August 2010).
- M. Reidla et al., Origin and diffusion of mtDNA haplogroup X, American Journal of Human Genetics, vol. 73, no. 5 (November 2003), pp.1178–1190; L.I. Shlush, et al., The Druze: A Population Genetic Refugium of the Near East, PLoS ONE, vol. 3, no. 5 (2008), e2105.
