Linked from

The 18 pages that link to Twilight, each with the reason it gives.

• Polar nightRelated: Twilight can brighten the sky during polar night even when the Sun never rises.

• HorizonRelated: Its stages are defined by the Sun’s angular distance beneath the horizon.

• Midnight sunCompared with: Unlike the midnight sun, twilight can brighten the sky without the Sun being visible.

• Day lengthCompared with: It provides usable ambient light beyond the sunrise-to-sunset interval.

• SunriseRelated: Morning twilight precedes the Sun's visible appearance.

• SunsetBroader topic: The Sun's passage below the horizon begins evening twilight rather than immediate darkness.

• Altitude (astronomy)Related: Solar altitude defines civil, nautical, and astronomical twilight.

• AirglowCompared with: Twilight is scattered sunlight after sunset, whereas nightglow persists without direct solar illumination.

• Naked-eye astronomyRelated: Twilight controls when bright planets, the Moon, and stars become visible.

• NightBroader topic: Twilight marks the gradual transition into and out of night.

• Blue hourNarrower topic: Blue hour is a phase of twilight, occurring when indirect sunlight dominates the sky.

• MidnightCompared with: It is defined by the Sun’s position, unlike clock-defined midnight.

• EveningBroader topic: Its changing brightness gives evening a gradual rather than instantaneous transition to night.

• DaytimeCompared with: It provides natural light outside the strict horizon-based definition of daytime.

• Noctilucent cloudRelated: The contrast between dark ground and sunlit upper atmosphere makes the clouds visible.

• Belt of VenusNarrower topic: The Belt of Venus is a distinctive feature of twilight skies.

• Diffuse sky radiationRelated: Scattered sunlight can illuminate the sky and surface after direct sunlight has disappeared.

• MorningRelated: Morning twilight begins before sunrise and gradually brightens the sky.