Aqua Marcia

The Aqua Marcia (Italian: Acqua Marcia) is one of the longest of the eleven aqueducts that supplied the city of Rome. The aqueduct was built between 144–140 BC, during the Roman Republic. The still-functioning Acqua Felice from 1586 runs on long stretches along the route of the Aqua Marcia.

Remains of Aqua Marcia at Tivoli

Together with the Aqua Anio Vetus, Aqua Anio Novus and Aqua Claudia, it is regarded as one of the "four great aqueducts of Rome."[1]

Route
Route of the Aqua Marcia outside of Rome

The ancient source for the aqueduct was near the modern towns of Arsoli and Agosta, over 91 km (57 mi) away in the Anio valley. This general locale, in hills to the east of the city, was also used for other aqueducts including the Anio Vetus, Anio Novus, and Aqua Claudia. The same source is used today to supply the modern aqueduct.

The Aqua Marcia supplied water to the Viminal Hill in the north of Rome, and from there to the Caelian, Aventine, Palatine, and Capitoline regions of the city. Its extension to the Capitoline Hill caused a controversy at the time, because traditionalists were concerned about a passage in the Sibylline Books warning against bringing water there.[2]

History

The Aqua Marcia was constructed from 144 to 140 BC by the praetor Quintus Marcius Rex (an ancestor of Julius Caesar), for whom it is named.

The aqueduct was largely paid for by spoils from the recent Roman conquests of Corinth in 146 BC and the destruction of Carthage at the end of the Third Punic War, in the same year.[3]

The aqueduct followed the via Tiburtina into Rome, and entered the city in its eastern boundary at the Porta Tiburtina of the Aurelian Wall. It was well known for its cold and pure waters.

The aqueduct was repaired by Marcus Agrippa in 33 BC, and then later again by Augustus, according to the inscription in the arch that was later made into the Porta Tiburtina. Augustus also augmented the supply by linking it to an additional source, the Aqua Augusta, doubling the throughput. Much of its supply was siphoned off by private citizens for their own use, making it effectively only a trickle in the city by the time of Nero. The supply was increased again by later emperors. Frontinus measured the flow of the Aqua Marcia at its source around AD 97 as 4690 quinariae,[4] making it the second-greatest source of the city's water. Modern estimates of size of one quinaria vary over a wide range, from 10,000 l (2,600 US gal; 2,200 imp gal) to 76,800 l (20,300 US gal; 16,900 imp gal) of water a day,[5] giving the Aqua Marcia a flow rate of 46,900,000 l (12,400,000 US gal; 10,300,000 imp gal) to 360,192,000 l (95,153,000 US gal; 79,231,000 imp gal) of water a day.

  • Aqua Marcia near Romavecchia, Rome
  • Route of the Aqua Marcia within Rome
  • Closeup on the Roman waterproof mortar inside of the channel
gollark: This is a clean build of the Random Stuff API, singlethreadedly also.
gollark: "serverwatch" has no support for webhooks, but it does have push notifications so I bet I could tweak it eventually.
gollark: I can see no* possible problems with this.
gollark: It uses the highly advanced config technique of "recompile with new data".
gollark: https://github.com/micromaomao/serverwatch seems acceptable, thoughts?

See also

References
  1. Blackman, Deane R. (1978). "The Volume of Water Delivered by the Four Great Aqueducts of Rome". Papers of the British School at Rome. 46: 52–72. doi:10.1017/S0068246200011417. JSTOR 40310747.
  2. Stambaugh 1988, p. 37.
  3. Stambaugh 1988, p. 36.
  4. Rodgers, Robert (2004). Frontinus. De aquaeductu urbis Romae. Edited with an introduction and commentary by R. H. Rodgers. Cambridge: Cambridge University Press. p. 67. ISBN 0 521 83251 9. Retrieved 16 October 2018.
  5. Keenan-Jones, Duncan; Motta, Davide; Garcia, Marcelo H.; Fouke, Bruce W. (2015). "Travertine-based estimates of the amount of water supplied by ancient Rome's Anio Novus aqueduct". Journal of Archaeological Science: Reports. 3: 1–10. doi:10.1016/j.jasrep.2015.05.006.

Bibliography

This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.