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According to Shearer's interpretation of the Aztec calendar, the selected date marked the end of twenty-two cycles of 52 years each, or 1,144 years in all. The twenty-two cycles were divided into thirteen " heaven " cycles, which began in AD 843 and ended in 1519, when the nine " hell " cycles began, ending 468 years later in 1987.
This Fasli calendar, as it became known, was based on the Jalali calendar introduced in 1079 during the reign of the Seljuk Malik Shah and which had been well received in agrarian communities. [15] The Fasli proposal had two useful features: a leap-day once every four years, and harmony with the tropical year.
José and Lloydine Argüelles propose the universal abandonment of the Gregorian calendar and its replacement with a thirteen moon, 28 day calendar, in order to "get the human race back on course" by the adoption of this calendar of perfect harmony so the human race could straighten its mind out again." [5]
The Revised Julian calendar is the same as the Gregorian calendar from 1 March 1600 to 28 February 2800, but the following day would be 1 March 2800 (RJ) or 29 February 2800 (G); this difference is denoted as '+1' in the table. 2900 is a leap year in Revised Julian, but not Gregorian: 29 February 2900 (RJ) is the same as 28 February 2900 (G ...
This is a list of calendars.Included are historical calendars as well as proposed ones. Historical calendars are often grouped into larger categories by cultural sphere or historical period; thus O'Neil (1976) distinguishes the groupings Egyptian calendars (Ancient Egypt), Babylonian calendars (Ancient Mesopotamia), Indian calendars (Hindu and Buddhist traditions of the Indian subcontinent ...
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Holocene calendar: 11432: Igbo calendar: 432–433: Iranian calendar: 810–811: Islamic calendar: 835–836: Japanese calendar: Eikyō 4 (永享4年) Javanese calendar: 1347–1348: Julian calendar: 1432 MCDXXXII: Korean calendar: 3765: Minguo calendar: 480 before ROC 民前480年: Nanakshahi calendar: −36: Thai solar calendar: 1974–1975 ...
In a solar calendar a year approximates Earth's tropical year (that is, the time it takes for a complete cycle of seasons), traditionally used to facilitate the planning of agricultural activities. In a lunar calendar, the month approximates the cycle of the moon phase. Consecutive days may be grouped into other periods such as the week.