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lunisolar - translation to Αγγλικά
![Record of the [[Chinese lunisolar calendar]] for 1834, 1835, and 1836 during the [[Qing Dynasty]] under the [[Daoguang Emperor]]'s Reign (道光十四年，道光十五年，道光十六年)](https://commons.wikimedia.org/wiki/Special:FilePath/Chinese Calendar(Daoguang 15).jpg?width=200 "Record of the [[Chinese lunisolar calendar]] for 1834, 1835, and 1836 during the [[Qing Dynasty]] under the [[Daoguang Emperor]]'s Reign (道光十四年，道光十五年，道光十六年)")
![The Five Phases and Four Seasons of the traditional [[Chinese lunisolar calendar]], with English translation.](https://commons.wikimedia.org/wiki/Special:FilePath/Five Phases and Four Seasons Calendar.png?width=200 "The Five Phases and Four Seasons of the traditional [[Chinese lunisolar calendar]], with English translation.")
![1729 [[Japanese calendar]], which used the [[Jōkyō calendar]] procedure, published by [[Ise Grand Shrine]]](https://commons.wikimedia.org/wiki/Special:FilePath/Jokyo-reki.jpg?width=200 "1729 [[Japanese calendar]], which used the [[Jōkyō calendar]] procedure, published by [[Ise Grand Shrine]]")
[lu:ni'səulə]
общая лексика
лунно-солнечный
Смотрите также
прилагательное
астрономия
лунно-солнечный
![vernal equinox]] among the stars over the past 6,000 years.](https://commons.wikimedia.org/wiki/Special:FilePath/Equinox path.png?width=200 "vernal equinox]] among the stars over the past 6,000 years.")
![§Cause]]). This off-center push or pull causes a torque, and a torque on a spinning body results in precession. The gyro can be analyzed in its parts, and each part within the disk is trying to fall, but the rotation brings it from down to up, and the net result of all particles going through this is precession.](https://commons.wikimedia.org/wiki/Special:FilePath/Gyroscope precession.gif?width=200 "§Cause]]). This off-center push or pull causes a torque, and a torque on a spinning body results in precession. The gyro can be analyzed in its parts, and each part within the disk is trying to fall, but the rotation brings it from down to up, and the net result of all particles going through this is precession.")
![The 25,700 year cycle of precession as seen from near the Earth. The current north [[pole star]] is [[Polaris]] (top). In about 8,000 years it will be the bright star [[Deneb]] (left), and in about 12,000 years, [[Vega]] (left center). The Earth's rotation is not depicted to scale – in this span of time, it would actually rotate over 9 million times.](https://commons.wikimedia.org/wiki/Special:FilePath/Precession animation small new.gif?width=200 "The 25,700 year cycle of precession as seen from near the Earth. The current north [[pole star]] is [[Polaris]] (top). In about 8,000 years it will be the bright star [[Deneb]] (left), and in about 12,000 years, [[Vega]] (left center). The Earth's rotation is not depicted to scale – in this span of time, it would actually rotate over 9 million times.")
общая лексика
лунно-солнечная прецессия
lunisolar
Ορισμός
Βικιπαίδεια
.jpg?width=120)
A lunisolar calendar is a calendar in many cultures, combining lunar calendars and solar calendars. The date of Lunisolar calendars therefore indicates both the Moon phase and the time of the solar year, that is the position of the Sun in the Earth's sky. If the sidereal year (such as in a sidereal solar calendar) is used instead of the solar year, then the calendar will predict the constellation near which the full moon may occur. As with all calendars which divide the year into months there is an additional requirement that the year have a whole number of months. In this case ordinary years consist of twelve months but every second or third year is an embolismic year, which adds a thirteenth intercalary, embolismic, or leap month.
Their months are based on the regular cycle of the Moon's phases. So lunisolar calendars are lunar calendars with – in contrast to them – additional intercalation rules being used to bring them into a rough agreement with the solar year and thus with the seasons.
The main other type of calendar is a solar calendar.
