² sn The referent for their sea is not clear. Most interpreters take it as a figure for the rivers and canals surrounding Babylon. But some apply it to the reservoir that the wife of Nebuchadnezzar, Queen Nictoris, had made.

² sn The Hebrew term means “gathering,” i.e., wherever they gathered or collected waters, notably cisterns and reservoirs. This would naturally lead to the inclusion of both wooden and stone vessels—down to the smallest gatherings.

² tn The term “pool” (בְּרֵכָה, b^erekhah) usually refers to a man-made artificial water reservoir fed by water aqueducts rather than to a natural pond (HALOT 161 s.v.). For example, it is used in reference to man-made water reservoirs for the royal gardens (Eccl 2:6; Neh 2:14); man-made water reservoirs in Jerusalem, some of which were fed by aqueducts (2 Kgs 18:17; 20:20; Isa 7:3; 22:9, 11; 36:2; Neh 3:15, 16); the pool of Gibeon (2 Sam 2:13); the pool of Hebron (2 Sam 4:12); the pool of Samaria (1 Kgs 22:38); and the pools of Heshbon (Song 7:5). The pool of Siloam, built by Hezekiah and fed by the underground aqueduct known as Hezekiah’s Tunnel, is designated by the term בְּרֵכָה in 2 Kgs 20:20 and the Siloam Inscription (line 5).

¹ sn Nineveh employed a system of dams and sluice gates to control the waters of the Tebiltu and Khoser Rivers which flowed through the city (R. C. Thompson and R. W. Hutchinson, A Century of Exploration at Nineveh, 120-132). However, the Tebiltu often flooded its banks inside the city, undermining palace foundations and weakening other structures. To reduce this flooding, Sennacherib changed the course of the Tebiltu inside the city. Outside the city, he dammed up the Khoser and created a reservoir, regulating the flow of water into the city through an elaborate system of double sluice gates (D. D. Luckenbill, Ancient Records of Assyria and Babylon, 99-100; J. Reade, “Studies in Assyrian Geography, Part I: Sennacherib and the Waters of Nineveh,” RA 72 [1978]: 47-72; idem, “Studies in Assyrian Geography, Part II: The Northern Canal System,” RA 72 [1978]: 157-80). According to classical tradition (Diodorus and Xenophon), just before Nineveh fell, a succession of very high rainfalls deluged the area. The Khoser River swelled and the reservoir was breached. The waters rushed through the overloaded canal system, breaking a hole twenty stades (about 2.3 miles or 3.7 km) wide in the city wall and flooding the city. When the waters receded, the Babylonians stormed into Nineveh and conquered the city (Diodorus Siculus, Bibliotheca Historica, 2.26-27, especially 27.1-3; Xenophon, Anabasis, 3.4.12; P. Haupt, “Xenophon’s Account of the Fall of Nineveh,” JAOS 28 [1907]: 65-83). This scenario seems to be corroborated by the archaeological evidence (A. T. Olmstead, History of Assyria, 637).