Linked from

The 23 pages that link to Axial precession, each with the reason it gives.

• Earth’s rotationRelated: Lunar and solar torques gradually change the direction of Earth’s rotation axis.

• Milankovitch cyclesBroader topic: It shifts the seasons relative to Earth’s closest and farthest points from the Sun.

• Right ascensionRelated: It gradually changes the reference origin for catalogued right ascensions.

• Tropical yearRelated: It shifts the equinoxes westward along the ecliptic and shortens the tropical year.

• Tidal lockingCompared with: Precession changes the spin-axis direction, whereas locking matches spin and orbital periods.

• ConstellationRelated: Precession shifts the celestial coordinate grid relative to the seasonal sky over millennia.

• Axial tiltRelated: Precession changes the axis's direction while its tilt angle can remain nearly constant.

• SeasonsRelated: Over millennia, precession shifts seasons relative to Earth's closest and farthest orbital points.

• Precession of the equinoxesBroader topic: Earth’s axial precession is the main motion that carries the equinox points westward.

• Circumpolar starRelated: It shifts which stars lie near a celestial pole over long periods.

• John FlamsteedRelated: Flamsteed’s dated observations helped astronomers account for changing stellar positions.

• Celestial poleRelated: Precession moves the celestial poles among different stars over millennia.

• March equinoxRelated: It gradually shifts the equinox points relative to the background stars.

• December solsticeRelated: It gradually shifts the solstice’s position relative to Earth’s orbit and calendar.

• ZodiacRelated: It gradually changes the alignment between zodiac signs and constellations.

• DayRelated: It alters the reference direction for sidereal rotation over long timescales.

• Winter solsticeRelated: Precession gradually shifts the solstice’s position within Earth’s orbit over millennia.

• Ursa MinorRelated: Precession shifts the celestial pole, so Polaris’s role as Ursa Minor’s pole star is temporary.

• WinterRelated: It gradually shifts winter’s position within Earth’s orbit over thousands of years.

• Big DipperRelated: Earth’s precession gradually changes the sky’s orientation and the pole stars associated with the Dipper.

• Milutin MilankovićBroader topic: Its interaction with orbital position shifts which hemisphere faces the Sun at perihelion.

• Zu ChongzhiRelated: Recognizing changing astronomical reference points mattered to the refinement of calendar calculations.

• Age of AquariusBroader topic: This motion causes the equinox point to drift westward relative to distant stars.