Linked from

The 28 pages that link to Earth's orbit, each with the reason it gives.

• EclipticRelated: The ecliptic traces the direction of Earth’s orbital plane against the distant stars.

• Orbital eccentricityBroader topic: Its small but nonzero eccentricity produces modest annual changes in Earth–Sun distance.

• Sputnik 1Narrower topic: Sputnik 1 followed an elliptical orbit that carried it around Earth roughly every 96 minutes.

• Milankovitch cyclesRelated: Its evolving shape and orientation supply the astronomical variations in the cycles.

• Polar nightRelated: As Earth travels around the Sun, the polar region experiencing continuous darkness shifts between hemispheres.

• EarthRelated: Its distance and modest orbital eccentricity help set seasonal energy patterns.

• Tropical yearNarrower topic: The seasonal cycle arises as Earth moves around the Sun while its axis remains tilted.

• SeasonsRelated: Earth's yearly motion carries each hemisphere through its seasonal cycle.

• Solar declinationRelated: Earth’s changing orbital position makes the Sun appear to move along the ecliptic.

• Copernican heliocentrismBroader topic: Earth’s annual revolution replaces the moving celestial sphere as the basis of yearly sky changes.

• Earth's axial tiltRelated: Earth's changing position along this orbit exposes each hemisphere to the seasonal effects of tilt.

• PerihelionBroader topic: Earth reaches perihelion in early January, when it is closest to the Sun.

• Solar timeRelated: Orbital motion changes the apparent Sun’s daily rate and contributes to the equation of time.

• SolsticeRelated: Orbital motion carries Earth to the points in the year when each solstice occurs.

• Sidereal yearRelated: One completed revolution along this orbit supplies the sidereal year’s cycle.

• Solar yearRelated: The orbital motion that carries Earth through successive seasonal positions.

• Tropic of CancerRelated: Earth’s orbit, combined with axial tilt, produces the yearly shift in overhead sunlight.

• March equinoxNarrower topic: Earth’s position along this orbit determines when the Sun reaches the equator.

• Sidereal monthRelated: This motion shifts the Sun against the stars by roughly 27 degrees per sidereal month.

• Solar constantRelated: That distance variation makes received solar irradiance change over the year.

• Solar calendarNarrower topic: Its annual cycle produces the changing solar position tracked by solar calendars.

• UhuruRelated: Uhuru's orbit carried its detectors across changing regions of the sky.

• Winter solsticeRelated: Earth’s orbital motion carries each hemisphere through its annual solstice.

• Spring (season)Related: Earth’s orbital motion combines with axial tilt to produce the annual cycle of seasons.

• Molniya orbitNarrower topic: A Molniya orbit is a specialized Earth orbit.

• Orbit of the MoonCompared with: The Moon’s motion must be understood within the moving Earth–Sun system.

• DaytimeRelated: The orbit and axial tilt alter how long the Sun stays above the horizon.

• Location of EarthBroader topic: Its size and shape establish Earth’s position relative to the Sun.