axial precession

The relations among these are considered more fully in Axial precession (astronomy).

This phenomenon is due to the Earth's axial precession.

Axial precession is similar to the precession of a spinning top.

Because of the Earth's axial precession, this year is about 20 minutes shorter than the sidereal year.

Axial precession or precession of the equinoxes in astronomy (same kind)

The first phase is created by a wobbling of the Earth's axis of rotation, and is known as axial precession.

Axial precession (astronomy)

In astronomy, axial precession is a gravity-induced, slow, and continuous change in the orientation of an astronomical body's rotational axis.

The first is Earth's slow Axial precession (also known as Earth's wobbling motion."

This festival is currently celebrated on 14 or 15 January but due to axial precession of the earth it will continue to shift away from the actual season.

Axial precession is the movement of the rotational axis of an astronomical body, whereby the axis slowly traces out a cone.

Because of Earth's axial precession, however, the star was visible to ancient Hindu astronomers in India who named it "Tri-shanku".

The title is derived from the practice in astrology of naming time periods in terms of constellations and their dominant positions in the sky, according to the earth's axial precession.

However, its supposed end date has been tied to astronomical phenomena by esoteric, fringe, and New Age literature that places great significance on astrology, especially astrological interpretations associated with the phenomenon of axial precession.

Western tropical astrology has long been detached from the constellations eponymous of the signs, due to the axial precession of the equinoxes over the centuries since the introduction of the zodiac by the Chaldeans.

As axial precession changes the place in the Earth's orbit where the solstices and equinoxes occur, Northern hemisphere winters will get longer and summers will get shorter, eventually creating conditions believed to be favorable for triggering the next glacial period.

The gradual depletion of the Kuiper belt would have decreased the precession rate of Neptune's orbit; eventually, the frequencies matched, and Saturn's axial precession was captured into the spin-orbit resonance, leading to an increase in Saturn's obliquity.

One complete cycle of the equinoxes here means one complete cycle of axial precession, however such precession was unknown to Plato, who defined the "perfect year" as the return of the celestial bodies (planets) and the diurnal rotation of the fixed stars (circle of the Same) to their original positions.