Bridge at Nimreh
Bridge at Nimreh | |
---|---|
Coordinates | 32°50′00″N 36°41′30″E / 32.833263°N 36.691638°E |
Crosses | Wadi al-Liwa |
Locale | Close to Shahba, Syria |
Characteristics | |
Design | Transversal arch bridge |
Material | Basalt blocks |
Total length | 25 m |
Width | 4.52 m |
Longest span | 6.73 m |
No. of spans | 1 |
Clearance below | 3.60 m |
History | |
Construction end | 3rd or 4th century AD |
Location | |
The Bridge at Nimreh is a
Road network of the Hauran
The Bridge at Nimreh is located in the Hauran (ancient name: Auranitis), a mountainous
After the annexation by emperor Trajan in 106 AD, the infrastructure of the newly established Provincia Arabia was greatly expanded by the construction of Roman forts and military roads to ward off nomadic incursions; in Bostra the Legio III Cyrenaica was stationed.[3] The rugged terrain, with many wadis crisscrossing it, made necessary the construction of solid bridges, another two of which have survived to this day: the Gemarrin Bridge and the Kharaba Bridge.[4]
Construction
The bridge is situated 10 km southeast from Shahba, close to the modern road at the foot of the mountain village Nimreh, which was known in the Onomastikon of Eusebius by the name Namara and regarded as an important place (vicus grandis). Here, the bridge crosses the Wadi al-Liwa almost right-angled, making a small bend of 120° at its western end; a slightly elevated causeway continues for about 100 m before trailing off. The bridge is 25 m long, with the eastern section covering the larger part (15 m). Its width of 4.52 m corresponds exactly to that of the Kharaba Bridge.[5] The span of its single arch is 6.73 m, with a rise of 3.10 m, resulting in a slightly less pronounced profile (c. 160°) than the typical Roman semi-circular arch (180°); the overall height from the riverbed to the apex of the arch is reported as 3.60 m.[6]
The
Presumably, the bridge was built directly onto the solid stone. Its almost unadorned masonry walls consist of rectangular, roughly smoothed basalt blocks of varying size without mortar (opus quasi-quadratum). Since Roman bridges rarely featured basalt, its use is undoubtedly due to the availability of the material in situ. The spandrel walls on both sides are broken up, revealing the interior filling of stone, sand and earth. The pavement, parts of which are well preserved, consists of large, smoothed basalt stones.[11]
See also
- List of Roman bridges
- Roman architecture
- Roman engineering
References
- ^ Kissel & Stoll 2000, p. 109
- ^ Kissel & Stoll 2000, p. 111
- ^ a b c Kissel & Stoll 2000, p. 112
- ^ Kissel & Stoll 2000, p. 116f.
- ^ All data: Kissel & Stoll 2000, p. 115
- ^ All data: Kissel & Stoll 2000, p. 116
- ^ Kissel & Stoll 2000, p. 117
- ^ Kissel & Stoll 2000, p. 117f.
- ^ a b Kissel & Stoll 2000, p. 119
- ^ Kissel & Stoll 2000, p. 119f.
- ^ All data: Kissel & Stoll 2000, p. 115f.
Sources
- Kissel, Theodor; Stoll, Oliver (2000), "Die Brücke bei Nimreh. Ein Zeugnis römischer Verkehrspolitik im Hauran, Syrien", Antike Welt, vol. 31, no. 2, pp. 109–125