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Water mills in the area of Sagalassos: a disappearing ancient technology

Published online by Cambridge University Press:  23 December 2013

K. Donners
Affiliation:
Catholic University of Leuven
M. Waelkens
Affiliation:
Catholic University of Leuven
J. Deckers
Affiliation:
Catholic University of Leuven

Abstract

As water mills are quickly disappearing throughout Turkey, it is becoming very difficult to collect information about this type of ancient technology. By means of an ethno-archaeological study carried out in the territory of ancient Sagalassos (Pisidia), the very limited remains of 15 water mills were recorded. Following the recent introduction of electric mills, water mills have lost their previous importance and today some of the mill houses are used as stables or shelters. Interviews with local people provided some information about the capacity of the mills and about the kind of grain that was ground in them. All the mills under discussion belong to the ‘ordinary’ horizontal-wheeled type of water mill. This type may have originated in or near Turkey during the Hellenistic period. A literary and archaeological study concerning the various types of mills showed that the type found near Sagalassos was best suited to local circumstances. Tax records confirm the presence of water mills in the area during early Ottoman times.

Özet

Türkiye'nin hemen hemen heryerinde su deǧirmenlerinin hızla yok olması, bu tip antik dönem teknolojisiyle ilgili bilgi toplanmasını zorlaştırmaktadır. Antik Sagalassos (Pisidia) kenti sinirlan içerisinde sürdürülmüş olan etnoarkeolojik bir araştirma sonucunda 15 su deǧirmenine ait çok sınırlı kalintilar kayitlara geçirilmiştir. Yakın geçmişte elektrik enerjisiyle çalışan deǧirmenlerin kullanılmaya başlanmasıyla, su deǧirmenleri eski önemlerini kaybetmiş ve deǧirmen yapıları günümüzde ahır veya barinak olarak kullanılmaya başlanmıstır. Yöre halkıyla yapılan görüşmeler deǧirmenlerin kapasitesi ve hangi tip tahılın bu deǧirmenlerde öǧütüldüǧüne dair bilgi saǧlamıştır. Bu çalişmada tartışılan tüm deǧirmenler, ‘alışılmış’ yatay-tekerlekli su deǧirmenleridir. Bu tip deǧirmenler, ilk defa Helenistik dönemde Anadolu'da veya yakın çevresinde ortaya çıkmış olabilir. Yazılı kaynaklar ve arkeolojik çalışmalar, Sagalassos çevresinde bulunmuş olan pekçok tip su deǧirmeninin, yerel koşullara en uygun tipler olduǧunu ortaya koymuştur. Vergi kayıtları da erken Osmanlı döneminde bu bölgede su deǧirmenlerinin olduǧunu doǧrulamaktadır.

Type
Research Article
Copyright
Copyright © The British Institute at Ankara 2002

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References

1967 Burdur Il Yilliǧi. BurdurGoogle Scholar
Benoit, F 1940: ‘L'usine de meunerie hydraulique de Barbegal (Aries)Revue Archéologique 15: 1980Google Scholar
Calder, W M 1956: Monuments from Eastern Phrygia (Monumenta Asiae Minoris Antiqua 7). ManchesterGoogle Scholar
Childe, V G 1943: ‘Rotary querns on the continent and in the Mediterranean basinAntiquity 17: 1925CrossRefGoogle Scholar
Cotterell, B, Kamminga, J 1992: Mechanics of Pre Industrial Technology. Cambridge, New YorkGoogle Scholar
Danışman, H H G 1977: ‘A survey of turbine-type water mills in the Bolu region of the central Anatolian plateauM.E.T.U. Journal of the Faculty of Architecture 3, 1: 1737Google Scholar
Ertuǧ, F 2000: ‘Linseed oil and oil mills in central Turkey. Flax/Linum and Eruca, important oil plants of AnatoliaAnatolian Studies 50: 171–85CrossRefGoogle Scholar
Faroqhi, S 1984: Towns and Townsmen of Ottoman Anatolia. Trade, Crafts and Food Production in an Urban Setting, 1520–1650. CambridgeGoogle Scholar
Forbes, R J 1956: ‘Power’ in Singer, C, Holmyard, E J, Hall, A R, William, T I (eds), A History of Technology. Vol. II. The Mediterranean Civilizations and the Middle Ages. Oxford: 589622Google Scholar
Gow, A J F, Page, D L 1968: The Garland of Philip. CambridgeGoogle Scholar
Greene, K 1994: ‘Technology and innovation in context: the Roman background to mediaeval and later developmentJournal of Roman Archaeology 7: 2233CrossRefGoogle Scholar
Harverson, M 1993: ‘Watermills in IranIran 31: 149–77CrossRefGoogle Scholar
Hill, D 1984: A History of Engineering in Classical and Medieval Times. London, SydneyGoogle Scholar
Hütteroth, W D 1968: Ländliche Siedlungen im südwestlichen Inneranatolien in den letzten vierhundert Jahren (Göttinger Geographische Abhandlungen 46). GöttingenGoogle Scholar
Jacono, L 1939: ‘La ruota idraulica di VenafroAnnali dei Lavori Publici 77: 217–20Google Scholar
Landels, J G 1978: Engineering in the Ancient World. Berkeley, Los AngelesGoogle Scholar
Leveau, P 1996: ‘The Barbegal water mill in its environment: archaeology and the economic and social history of antiquityJournal of Roman Archaeology 9: 137–53CrossRefGoogle Scholar
Lewis, M J T 1997: Millstone and Hammer. The Origins of Water Power. HullGoogle Scholar
Lewis, M J T 2000a: ‘Theoretical hydraulics, automata and water clocks’ in Ö Wikander, (ed.), Handbook of Ancient Water Technology (Technology and Change in History 2). Leiden, Boston, Köln: 343–70CrossRefGoogle Scholar
Lewis, M J T 2000b ‘The Hellenistic period’ in Ö Wikander, (ed.), Handbook of Ancient Water Technology (Technology and Change in History 2). Leiden, Boston, Köln: 631–48CrossRefGoogle Scholar
Manderscheid, H 2000: ‘The water management of Greek and Roman baths’ in Ö Wikander, (ed.), Handbook of Ancient Water Technology (Technology and Change in History 2). Leiden, Boston, Köln: 467535CrossRefGoogle Scholar
Martin, G J 1995: Ethnobotany, a Methods Manual. LondonCrossRefGoogle Scholar
Moritz, L A 1958: Grain-mills and Flour in Classical Antiquity. OxfordGoogle Scholar
Oleson, J P 1984: ‘A Roman water-mill on the Crocodilon river near CaesareaZeitschrift des Deutschen Palestina Vereins 100: 137–52Google Scholar
Oleson, J P 2000: ‘Water-lifting’ in Ö Wikander, (ed.), Handbook of Ancient Water Technology (Technology and Change in History 2). Leiden, Boston, Köln: 217–32CrossRefGoogle Scholar
Parsons, A W 1936: ‘A Roman water-mill in the Athenian AgoraHesperia 5: 7090CrossRefGoogle Scholar
Pleket, H 1988: ‘Greek epigraphy and comparative ancient history: two case studiesEpigraphica Anatolica 12: 2537Google Scholar
Rakob, F 1993: ‘Der Neufund einer römischen Turbinenmühle in TunesienAntike Welt 24.4: 286–7Google Scholar
Röder, J, Röder, G 1993: ‘Die antike Turbinenmühle in Chemtou’ in Rakob, F (ed.), Simitthus I. Die Steinbrüche und die antike Stadt. Mainz: 95102Google Scholar
Roos, P 1988: ‘Water mills in Urartu?East and West 38: 14Google Scholar
Rynne, C 1992: ‘Early medieval horizontal-wheeled mill penstocks from Co-CorkJournal of the Cork Archaeological Society 97: 5468Google Scholar
Schioler, Th 1989: ‘The watermills at the Crocodile river: a turbine mill dated to 345–380 ADPalestine Exploration Quarterly 121: 133–43CrossRefGoogle Scholar
Schioler, Th, Wikander, Ö, 1983: ‘A Roman water-mill in the baths of CaracallaOpuscula Romana 14: 4764Google Scholar
Schneider, H 1992: Einführung in die antike Technikgeschichte. DarmstadtGoogle Scholar
Smith, N A F 1977: ‘The origins of the water turbine and the invention of its nameHistory of Technology 2: 215–59Google Scholar
Smith, N A F 19831984: ‘The origins of water power: a problem of evidence and expectationTransactions of the Newcomen Society 55: 7182CrossRefGoogle Scholar
Steensberg, A 1952: Bondehuse og vandmöller i Danmark gennem 2000 år (Farms and Water Mills in Denmark through 2000 Years). CopenhagenGoogle Scholar
Vetters, H 1981: ‘Vorläufiger Grabungsbericht 1980Anzeiger der Österreichischen Akademie der Wissenschaften in Wien. Philologisch-historische Klasse 118: 137–68Google Scholar
Vetters, H 1982: ‘Vorläufiger Grabungsbericht 1981Anzeiger der Österreichischen Akademie der Wissenschaften in Wien. Philologisch-historische Klasse 119: 62101Google Scholar
Waelkens, M and the Sagalassos team 1997: ‘Interdisciplinarity in Classical archaeology. A case study: the Sagalassos Archaeological Research Project (Southwest Turkey)’ in Waelkens, M, Poblome, J (eds), Sagalassos IV. Report on the Survey and Excavation Campaigns of 1994 and 1995. Leuven: 225–52Google Scholar
Waelkens, M, Paulissen, E, Vanhaverbeke, H, Öztürk, I, De Cupere, B, Ekinci, H A, Vermeersch, P M, Poblome, J, Degeest, R 1997: ‘The 1994 and 1995 surveys on the territory of Sagalassos’ in Waelkens, M, Poblome, J (eds), Sagalassos IV. Report on the Survey and Excavation Campaigns of 1994 and 1995. Leuven: 11102Google Scholar
Waelkens, M, Paulissen, E, Vanhaverbeke, H, Reyniers, J, Poblome, J, Degeest, R, Viaene, W, Deckers, J, De Cupere, B, Van Neer, W, Ekinci, H A, Erbay M, O 2000: ‘The 1996 and 1997 surveys in the territory of Sagalassos’ in Waelkens, M, Loots, L (eds), Sagalassos V. Report on the Survey and Excavation Campaigns of 1996 and 1997. Leuven: 17216Google Scholar
White, K D 1970: Roman Farming. LondonGoogle Scholar
White, K D 1986: Greek and Roman Technology. LondonGoogle Scholar
Wikander, Ö 1980: Vattenmöller och möllare I det romerska riket. LundGoogle Scholar
Wikander, Ö, 1984: ‘Exploitation of water-power or technical stagnation? A reappraisal of the productive forces in the Roman EmpireScripta Minora 19831984: 3Google Scholar
Wikander, Ö, 1985: ‘Archaeological evidence for early water-mills — an interim reportHistory of Technology 10: 151–79Google Scholar
Wikander, Ö, 2000: ‘The water-mill’ in Wikander, Ö (ed.), Handbook of Ancient Water Technology (Technology and Change in History 2). Leiden, Boston, Köln: 371400CrossRefGoogle Scholar
Wilkinson, T J 1980: ‘Water mills of the Batinah coast of OmanSeminar for Arabian Studies 10: 127–32Google Scholar
Wilson, A 1995: ‘Water-power in North Africa and the development of the horizontal water-wheelJournal of Roman Archaeology 8: 499510CrossRefGoogle Scholar