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wall of Aurelian  

Ian Archibald Richmond and Janet DeLaine

The city wall of Rome, constructed by *Aurelian in 271–5 ce in anticipation of a sudden barbarian inroad (SHA Aure. 21. 9, 39. 2; Aurel. Vict.Caes.35; Malalas, Chron. 12. 299), and completed by Probus (Zos. 1. 49). The original wall, about 6.5 m. (21 ft.) high to the battlements, extended for 18.8 km. (11½ mi.) with 381 projecting rectangular towers at intervals of 100 Roman ft. (29.6 m.; 32.4 yds.), except along the river. The wall was usually solid but in places had an internal gallery or was treated as a revetment. It frequently incorporated earlier structures, such as the terrace wall of the horti Aciliani (muro torto), the Castra Praetoria, the Amphitheatrum Castrense, private houses and tenements, and the tomb of *Cestius Epulo. It enclosed most of the fourteen regions (see regio) but only a relatively small part of Trastevere. The gates, mostly named from the principal roads, were portae Flaminia, Pinciana, Salaria, Nomentana, ‘Chiusa’, Tiburtina, Praenestina-Labicana, Asinaria, Metrobia, Latina, Appia, Ardeatina, Ostiensis, Portuensis, Aurelia-Pancraziana, Septimiana, Aurelia-Sancti Petri.

Article

wall of Hadrian  

Ian Archibald Richmond, Sheppard S. Frere, and Martin Millett

Wall of Hadrian, a frontier-wall (see limes) of Roman *Britain, running for 80 Roman miles (118 km.; 73 mi.) from Wallsend-on-Tyne to Bowness-on-Solway. The frontier then followed the Cumbrian coast south to St Bees Head. Erected under the governor A. *Platorius Nepos in c. ce 122–6, it was first designed to start at Pons Aelius, Newcastle upon Tyne, the eastern 67 km. (42 mi.) being in stone (3 m. (10 ft.) thick and perhaps 4.2 m. (13½ ft.) high) and the western 46 km. (31 mi.) in turf (6 m. (19½ ft.) broad at the base and some 4.2 m. (13½ ft.) high). Six metres (19½ ft.) in front of the wall ran a V-shaped ditch (generally 8.2 m. (26½ ft.) wide and 3 m. (10 ft.) deep). Recent work at various locations suggests that the berm between wall and ditch was fortified with a forest of sharpened stakes set in the ground. Fortified gateways (milecastles), with towered gates to the north, occurred every Roman mile (1,481 m.; 1,620 yds.) and there were intermediate turrets (observation towers) every third of a mile (494 m.; 540 yds.). North of the barrier were three outpost forts at Bewcastle, Netherby, and Birrens. As construction progressed, changes came. The stone wall was reduced to 2.5 m. (7½ ft.) in width, and extended 6 km. (4 mi.) eastwards to Wallsend, and 6 km. westward (replacing the Turf Wall).

Article

wall of Servius  

Ian Archibald Richmond and Tim Cornell

Wall of Servius, the city-wall of republican Rome, traditionally assigned to King Servius *Tullius, actually belongs to 378 bce. It is of Grotta Oscura tufa, built in headers and stretchers, 4.5 m. (15 ft.) thick and at least 8.5 m. (28 ft.) high, retaining an earth bank or terrace, and is comparable to the contemporary wall of *Pompeii II. The masons' marks, with Hellenistic affinities, suggest Greek contractors. The wall was some 11 km. (7 mi.) long and its course, dictated by contours, enclosed an irregular area, estimated at 426 ha. (Beloch, Röm. Gesch.208), and embracing the *Quirinal, *Viminal, Oppian, Caelian (see caelius mons), *Aventine, and fortified Capitoline hills (see capitol). There is dispute about the course between the last two points (Coarelli, 13 ff.), and about the relation of the wall to the *Palatine fortification. The names of the gates are well known, but the location of some is debated and their structure is uncertain. In the 2nd cent. bce the wall was heightened to some 16 m.

Article

water supply  

Richard Allan Tomlinson

The preferred source of water in Classical Greece is a natural perennial spring. Failing this, rainwater has to be conserved in cisterns, or raised from wells.Improvement of natural water supplies leads to the construction of fountain houses where water is fed through spouts (normally decorated in the form of a lion's head) into drawbasins; such constructions are usually placed behind architectural façades with a roof to shade (and keep cool) the drawbasins. These already existed in the 6th cent. bce (Enneakrounos at Athens, built by *Pisistratus). Pirene at Corinth was successively improved from Archaic to Roman times. The use of terracotta pipes and built or rock-cut conduits to lead water from a spring to a locality where it was needed develops from the Archaic period (see aqueduct).Cisterns may be rock-cut, but generally have to be lined with cement to retain water. They may be fed from rainwater trapped on roofs, or on the ground surface, led into settling tanks for cleaning before storage. Cisterns under the courtyards of houses in *Delos are reached by well heads, hollowed cylinders of marble, usually decorated (see puteal).

Article

weighing instruments  

Frederick Norman Pryce, Mabel L. Lang, and David William John Gill

The balance (σταθμός, libra, bilanx) of two pans at equal distance from the point of suspension is an invention of the earliest times; in Mycenaean tablets (see mycenaean language) it is the symbol for the largest unit of weight, and Homer is familiar with its use, which persisted through antiquity. The steelyard, in which the rod is unequally divided, the object to be weighed being suspended from the short arm against a sliding counterweight on the longer, does not appear before Roman times (statera: originally statera campana, from an alleged Campanian origin; see campania); but from its greater convenience it became the most popular form of balance. There may be alternative positions for the fulcrum, and two different scales can be marked on the bar. Inscriptions can guarantee the standard. Trutina is a pan-balance for large masses; momentana and moneta are for small objects, or coins. Weighing instruments were only as accurate as the weights used, and it seems that some error was created by using worn items. See weights.

Article

zooarchaeology  

Michael MacKinnon

Zooarchaeology/archaeozoology focuses on the investigation of animals in the past through analysis of recovered faunal remains, largely teeth and bones, from archaeological sites. As such zooarchaeological analyses can disclose much about the animals themselves, the environmental and ecological parameters in which they existed, as well as the cultures that kept, herded, controlled, hunted, manipulated, killed, ate, valued, symbolized, treated, and exploited them. The historical development of zooarchaeological study within classical archaeology showcases its expansion from earlier studies (in the 1970s and 1980s) that concentrated on reconstructing the core economic and ecological roles of animals in antiquity to its current state, which emphasizes more diversified, multidimensional investigations of animals across all spectra and components of ancient life. Key topics of interest in the discipline include ancient husbandry operations; the interaction between animals and ecological settings; the input of meat and other animal foodstuffs in ancient diets; the exploitation of non-consumable animal products, such as bones, hides, and wool in antiquity; breeding regimes and their effects on animals during Greek and Roman times; and the roles and characteristics of work, pet, and sacrificial animals in the past.