Barbegal aqueduct and mill
The Barbegal aqueduct and mill is a Roman watermill complex located on the territory of the commune of Fontvieille, near the town of Arles, in southern France. The complex has been referred to as "the greatest known concentration of mechanical power in the ancient world" and the sixteen overshot wheels are considered the biggest ancient mill complex.
Their capacity for milling flour fed about 1/4 of Arles.
The Barbegal mills are located twelve kilometers north of Arles near Fontvieille where the Arles aqueduct arrived at a steep hill. The mills consisted of 16 waterwheels in two parallel sets of eight descending a steep hillside. There are substantial masonry remains of the water channels and foundations of the individual mills, together with a staircase rising up the hill upon which the mills are built. The mills operated from the end of the 1st century until about the end of the 3rd century. The capacity of the mills has been estimated at 4.5 tons of flour per day, enough to supply bread for as many as 10,000 of perhaps 30-40,000 inhabitants of Arelate at that time. It is thought that the wheels were overshot water wheels with the outflows driving successive wheels to the base of the hill.
The Roman aqueducts that fed the mills were also built to supply water to the town of Arles in France (then called Arelate). The two aqueducts joined just north of the mill complex and a sluice controlled the water supply to the complex.
Vertical water mills were well known to the Romans, being described by Vitruvius in his De Architectura of 25 BC, and mentioned by Pliny the Elder in his Naturalis Historia of 77 AD. There are also later references to floating water mills from Byzantium and to sawmills on the river Moselle by the poet Ausonius. The use of multiple stacked sequences of reverse overshot water-wheels was widespread in Roman mines, especially in Spain and Wales. It is possible that the mills at Barbegal may also have been used for sawing timber and stone when not grinding wheat. The Hierapolis sawmill from the 3rd century AD shows a crank-activated frame saw being used in this way, and another has been excavated at Ephesus.
Visiting the siteEdit
Visitors to Barbegal may park where a minor road crosses the massive remains of the original aqueduct, and walk south about 250 meters along the remains of the aqueduct through the cleft in the ridge to the top of the mill complex. The site is signposted as Roman aqueduct rather than as a mill. The Arles Museum of Antiquity has an informative reconstructed model of the mill. The site is currently overgrown, and care is needed exploring the ruins.
The English science historian James Burke examines Roman watermill technology such as that of the Barbegal aqueduct and mill, concluding that it influenced the Cistercians and their waterpower, which in turn influenced the Industrial Revolution, in the fourth of his ten-part Connections, called "Faith in Numbers."
- Kevin Greene, "Technological Innovation and Economic Progress in the Ancient World: M.I. Finley Re-Considered", The Economic History Review, New Series, Vol. 53, No. 1. (Feb., 2000), pp. 29-59 (39)
- "Ville d'Histoire et de Patrimoine". Archived from the original on 2013-12-06. Retrieved 2007-02-22.
- Cleere, 2001
- La meunerie de Barbegal
- Vitruvius, De Architectura, X, 5
- Amouretti, M.-C.: 'Barbegal: de l'histoire des fouilles a l'histoire des moulins', Provence Historique, 167-8 (1992), pp. 135–49
- Bellamy, R. B. & Hitchner, P.- S.: 'The villas of the Vallee des Baux and the Barbegal Mill: excavations at la Merindole villa and cemetery', Journal of Roman Archaeology 9 (1996), pp. 154–76
- Benoit, F.: 'L'usine de meunerie hydraulique de Barbegal (Arles)', Revue Archéologique, sixième série 15.1 (1940), pp. 19–80
- Bromwich, J, 'The Roman Remains of Southern France', Routledge, 1996, pp. 156–60
- Cleere, Henry, 'Southern France', "Oxford Archaeological Guides", 2001, pp 119–120
- Coulard, G, and Golvin, J-C, 'Voyage en Gaule Romaine, Actes Sud-France, 2002', pp 124–127
- Hodge, A.T.: 'A Roman factory', Scientific American (November 1990), pp. 58–64
- Leveau, P.: 'The Barbegal water-mill in its environment: archaeology and the economic and social history of antiquity', Journal of Roman Archaeology 9 (1996), pp. 137–53
- Lorenz, Wayne F., and Phillip J. Wolfram: The millstones of Barbegal (Possible usage of flour mill in Barbegal, France for testing designs of millstones). Civil Engineering, 77.6, June 2007, pp. 62–67
- Lorenz, and Wolfram: 'Arches have no rivals (Unique Roman bridges offer clues as to how it was done centuries ago)', Roads and Bridges, September 2007, pp 28–50
- Sagui, C.L.: 'La meunerie de Barbegal (France) et les roues hydrauliques chez les anciens et au moyen age', Isis, Vol. 38, No. 314. (Feb., 1948), pp. 225–231
- Sellin, R.H.J.: The large Roman water mill at Barbegal (France), History of Technology, 8, 1983, pp. 91–109
|Wikimedia Commons has media related to Barbegal aqueduct.|
- The Millstones of Barbegal, Civil Engineering, ASCE
- Valley Crossings and Flood Management for Ancient Roman Aqueduct Bridges, Journal of Irrigation and Drainage (ASCE)
- Barbegal Arches in 'Arches have no rivals'
- The Roman Flour Mill at Barbegal
- The Report of Field Investigations of the Barbegal Mill and Aqueduct System
- "Les moulins de Barbegal (1986-2006)" (PDF) (in French). Archived from the original (PDF) on 2007-03-08.
- Description of Mill site and aqueducts
- Photographs of site