Linked from

The 19 pages that link to Ultraviolet astronomy, each with the reason it gives.

• Infrared astronomyCompared with: Ultraviolet light traces hot, energetic sources, while infrared often reveals cooler or dust-enshrouded ones.

• X-ray astronomyCompared with: Ultraviolet observations bridge X-ray studies of hot plasma and optical studies of cooler matter.

• UltravioletBroader topic: Hot stars and energetic gas often emit strongly at ultraviolet wavelengths.

• Space telescopeBroader topic: Earth’s atmosphere absorbs most ultraviolet light, making space access essential.

• Cosmic star-formation historyRelated: Rest-frame ultraviolet light traces young massive stars in distant galaxies.

• Optical astronomyBroader topic: Ultraviolet observations reveal hot stars and energetic processes at the short-wavelength edge of optical astronomy.

• Star formation rateRelated: Ultraviolet light from young stars estimates star formation over timescales of tens to hundreds of millions of years.

• Interstellar chemistryRelated: Ultraviolet photons drive dissociation and ionization in exposed interstellar gas.

• Warm–hot intergalactic mediumRelated: Ultraviolet absorption lines can expose cooler, lower-density portions of the gas.

• Lyman SpitzerRelated: Spitzer advocated space observatories because Earth's atmosphere prevents most ultraviolet light from reaching the ground.

• Stellar coronaRelated: Ultraviolet spectral lines trace coronal temperatures, densities, and chemical composition.

• Missing baryon problemRelated: Ultraviolet spectra reveal absorption from ionized oxygen in diffuse intergalactic gas.

• Electromagnetic astronomyBroader topic: Ultraviolet light traces hot stars, ionized gas, and energetic stellar environments.

• Flare starRelated: Ultraviolet observations trace hot plasma and flare-driven atmospheric emission.

• Visible-light astronomyCompared with: Ultraviolet light traces hotter, more energetic processes than visible observations typically capture.

• GALEXNarrower topic: GALEX extended astronomical surveys into ultraviolet wavelengths largely blocked by Earth's atmosphere.

• Epsilon Canis MajorisRelated: The primary emits substantial ultraviolet radiation because of its high temperature.

• Starburst regionNarrower topic: Young, massive stars emit strongly in ultraviolet light, tracing recent bursts.

• Zeta OphiuchiRelated: Ultraviolet observations trace the star's hot atmosphere and ionized surroundings.