Babylonian calendar

The Babylonian calendar was a lunisolar calendar with years consisting of 12 lunar months, each beginning when a new crescent moon was first sighted low on the western horizon at sunset, plus an intercalary month inserted as needed by decree. The calendar is based on a Sumerian (Third Dynasty of Ur) predecessor preserved in the Umma calendar of Shulgi (c. 21st century BCE).

Months

The year begins in spring, and is divided into reš šatti "beginning", mišil šatti "middle", and qīt šatti "end of the year". The word for "month" was arḫu (construct state araḫ). That the calendar originates in Babylonian, and not in later Assyrian times is shown by the fact that the chief deity of the Assyrians is assigned the surplus intercalary month. During the 6th century BC Babylonian captivity of the Hebrews, the Babylonian month names were adopted into the Hebrew calendar. The Assyrian calendar used in Iraq and the Levant also uses many of the same names for its months, such as Iyyar, Tammuz, Ab, Elul, Tishri, and Adar.

Babylonian calendar
Season Month name Presiding deities Zodiac sign Hebrew equivalent Gregorian equivalent
Reš Šatti

𒊕𒈬

 1 Araḫ Nisānu - 𒌚𒁈

'Month of the Sanctuary'

 Bel - 𒀭𒂗 Agru (Aries) - 𒀯𒇽𒂠𒂷 Nisan March/April
2 Araḫ Āru - 𒌚𒄞

'Month of the Bull'

 Ea - 𒂗𒆠 Gu (Taurus) - 𒀯𒄞 Iyar April/May
3 Araḫ Simanu - 𒌚𒋞 Sīn - 𒂗𒍪 Maštaba (Gemini) - 𒀯𒈦𒋰𒁀 Sivan May/June
4 Araḫ Dumuzu - 𒌚𒋗

'Month of Tammuz'

 Tammuz - 𒀭𒌉𒍣 Alluttu (Cancer) - 𒀯𒀠𒇻 Tammuz June/July
Mišil Šatti

𒁇𒈬

 5 Araḫ Abu - 𒌚𒉈 - Nēšu (Leo) - 𒀯𒌨 Ab July/August
6 Araḫ Ulūlu - 𒌚𒆥 Ishtar - 𒀭𒈹 Sisinnu (Virgo) - 𒀯𒀳 Elul August/September
7 Araḫ Tišritum - 𒌚𒇯

'Month of Beginning'
(i.e. the start of the second half-year)

 Shamash - 𒀭𒌓 Zibānītu (Libra) - 𒀯𒄑𒂟 Tishrei September/October
8 Araḫ Samnu - 𒌚𒀳

'Month of Laying Foundations'

 Marduk - 𒀭𒀫𒌓 Zuqaqīpu (Scorpio) - 𒀯𒄈𒋰 Cheshvan October/November
Qīt Šatti

𒌀𒈬

 9 Araḫ Kislimu - 𒌚𒃶 Nergal - 𒀭𒄊𒀕𒃲 Pabilsag (Sagittarius) - 𒀯𒉺𒉋𒊕 Kislev November/December
10 Araḫ Ṭebētum - 𒌚𒀊

'Month of the Forthcoming of Water'

 Papsukkal - 𒀭𒊩𒆠𒋚 Suḫurmāšu (Capricorn) - 𒀯𒋦𒈧𒄩

Tebeth

 December/January
11 Araḫ Šabaṭu - 𒌚𒊭𒉺𒌅 Adad - 𒀭𒅎 Gula (Aquarius) - 𒀯𒄖𒆷 Shebat January/February
12 Araḫ Addaru / Adār - 𒌚𒊺

'Month of Adar'

 Erra - 𒀭𒅕𒊏 Zibbātu (Pisces) - 𒀯𒆲𒎌 Adar February/March
Intercalary 13 Araḫ Makaruša Addari[citation needed]

Araḫ Addaru Arku - 𒌚𒊺𒂕

 Assur - 𒀭𒀸𒋩 In year 17 of 19-year cycle, the intercalary month was named Araḫ Ulūlu - 𒌚𒆥

Until the 5th century BC, the calendar was fully observational, but beginning about 499 BC the months began to be regulated by a lunisolar cycle of 19 years equaling 235 months. Although usually called the Metonic cycle after Meton of Athens (432 BC), Meton probably learned of the cycle from the Babylonians. After no more than three isolated exceptions, by 380 BC the months of the calendar were regulated by the cycle without exception. In the cycle of 19 years, the month Adaru 2 was intercalated, except in the year that was number 17 in the cycle, when the month Ulūlu 2 was inserted. During this period, the first day of each month (beginning at sunset) continued to be the day when a new crescent moon was first sighted—the calendar never used a specified number of days in any month.

Days

Counting from the new moon, the Babylonians celebrated every seventh day as a "holy-day", also called an "evil-day" (meaning "unsuitable" for prohibited activities) . On these days officials were prohibited from various activities and common men were forbidden to "make a wish", and at least the 28th was known as a "rest-day" . On each of them, offerings were made to a different god and goddess, apparently at nightfall to avoid the prohibitions: Marduk and Ishtar on the 7th, Ninlil and Nergal on the 14th, Sin and Shamash on the 21st, and Enki and Mah on the 28th. Tablets from the sixth-century BC reigns of Cyrus the Great and Cambyses II indicate these dates were sometimes approximate. The lunation of 29 or 30 days basically contained three seven-day weeks, and a final week of eight or nine days inclusive, breaking the continuous seven-day cycle.[1]

Among other theories of Shabbat origin, the Universal Jewish Encyclopedia of Isaac Landman advanced a theory of Assyriologists like Friedrich Delitzsch[2] that Shabbat originally arose from the lunar cycle,[3][4] containing four weeks ending in Sabbath, plus one or two additional unreckoned days per month.[5] The difficulties of this theory include reconciling the differences between an unbroken week and a lunar week, and explaining the absence of texts naming the lunar week as Shabbat in any language.[6]

The Babylonians additionally celebrated the 19th as a special "evil day", the "day of anger", because it was roughly the 49th day of the (preceding) month, completing a "week of weeks". Sacrifices were offered to Ninurta and the day dedicated to Gula, and it may be supposed that prohibitions were strengthened.

Further, reconstruction of a broken tablet seems to define the rarely attested Sapattum or Sabattum as the full moon. This word is cognate or merged with Hebrew Shabbat, but is monthly rather than weekly; it is regarded as a form of Sumerian sa-bat ("mid-rest"), attested in Akkadian as um nuh libbi ("day of mid-repose"). According to Marcello Craveri, Sabbath "was almost certainly derived from the Babylonian Shabattu, the festival of the full moon, but, all trace of any such origin having been lost, the Hebrews ascribed it to Biblical legend."[7] This conclusion is a contextual restoration of the damaged Enûma Eliš creation account, which is read as: "[Sa]bbath shalt thou then encounter, mid[month]ly."[1]

See also

References

Citations

  1. 1 2 Pinches, T.G. (2003). "Sabbath (Babylonian)". In Hastings, James. Encyclopedia of Religion and Ethics. 20. Selbie, John A., contrib. Kessinger Publishing. pp. 889–891. ISBN 978-0-7661-3698-4. Archived from the original on 2013-06-09. Retrieved 2009-03-17.
  2. ↑ Landau, Judah Leo. The Sabbath. Johannesburg: Ivri Publishing Society, Ltd. pp. 2, 12. Retrieved 2009-03-26.
  3. ↑ Joseph, Max (1943). "Holidays". In Landman, Isaac. The Universal Jewish Encyclopedia: An authoritative and popular presentation of Jews and Judaism since the earliest times. 5. Cohen, Simon, compiler. The Universal Jewish Encyclopedia, Inc. p. 410.
  4. ↑ Joseph, Max (1943). "Sabbath". In Landman, Isaac. The Universal Jewish Encyclopedia: An authoritative and popular presentation of Jews and Judaism since the earliest times. 9. Cohen, Simon, compiler. The Universal Jewish Encyclopedia, Inc. p. 295.
  5. ↑ Cohen, Simon (1943). "Week". In Landman, Isaac. The Universal Jewish Encyclopedia: An authoritative and popular presentation of Jews and Judaism since the earliest times. 10. Cohen, Simon, compiler. The Universal Jewish Encyclopedia, Inc. p. 482.
  6. ↑ Sampey, John Richard (1915). "Sabbath: Critical Theories". In Orr, James. The International Standard Bible Encyclopedia. Howard-Severance Company. p. 2630.
  7. ↑ Craveri, Marcello (1967). The Life of Jesus. Grove Press. p. 134.

Bibliography

  • Parker, Richard Anthony and Waldo H. Dubberstein. Babylonian Chronology 626 BC.–AD. 75. Providence, RI: Brown University Press, 1956.
  • W. Muss-Arnolt, The Names of the Assyro-Babylonian Months and Their Regents, Journal of Biblical Literature (1892).
  • Sacha Stern, "The Babylonian Calendar at Elephantine" in Zeitschrift für Papyrologie und Epigraphik 130 (2000) 159–171 (PDF document, 94KB)
  • Fales, Frederick Mario, “A List of Umma Month Names”, Revue d’assyriologie et d’archéologie orientale, 76 (1982), 70–71.
  • Gomi, Tohru, “On the Position of the Month iti-ezem-dAmar-dSin in the Neo-Sumerian Umma Calendar”, Zeitschrift für Assyriologie und Vorderasiatische Archäologie, 75 (1985), 4–6.
  • Pomponio, Francesco, “The Reichskalender of Ur III in the Umma Texts”, Zeitschrift für Assyriologie und Vorderasiastische Archäologie, 79 (1989), 10–13.
  • Verderame, Lorenzo, “Le calendrier et le compte du temps dans la pensée mythique suméro-akkadienne”, De Kêmi à Birit Nâri, Revue Internationale de l'Orient Ancien, 3 (2008), 121–134.
  • Steele, John M., ed., "Calendars and Years: Astronomy and Time in the Ancient Near East", Oxford: Oxbow, 2007.
This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.