Linked from

The 96 pages that link to Electromagnetic spectrum, each with the reason it gives.

• WavelengthNarrower topic: Wavelength locates radiation within this continuous range.

• Remote sensingNarrower topic: Remote sensors measure selected portions of this spectrum, from visible light to microwaves.

• SpectroscopyNarrower topic: Different regions probe different energies and reveal different properties of matter.

• FrequencyNarrower topic: Radio waves, visible light, and other radiation occupy distinct frequency ranges.

• Radio astronomyNarrower topic: Radio astronomy studies one broad region of this spectrum.

• Electromagnetic radiationNarrower topic: It organizes radiation into bands that differ in frequency, wavelength, and typical interactions.

• Radio broadcastingNarrower topic: Radio broadcasting occupies a portion of this spectrum shared with other services.

• RadarNarrower topic: Radar occupies the radio-frequency portion of this broader spectrum.

• Greenhouse effectNarrower topic: The greenhouse effect depends on gases absorbing particular infrared wavelengths.

• FluorescenceNarrower topic: Excitation and fluorescent emission occupy particular regions of this spectrum.

• Active galactic nucleusNarrower topic: Active nuclei radiate across the spectrum, from radio waves to gamma rays.

• Infrared spectroscopyNarrower topic: Infrared spectroscopy uses a defined region between visible light and microwaves.

• LaserNarrower topic: A laser occupies a selected region of this spectrum, from infrared to ultraviolet and beyond.

• Spectral lineNarrower topic: Spectral lines are localized features within this broader distribution of radiation.

• TelescopeNarrower topic: Telescopes are designed around particular portions of this spectrum.

• Absorption spectrumNarrower topic: An absorption spectrum samples a portion of this continuous range.

• Stellar spectroscopyNarrower topic: Stellar spectra sample portions of this range, including visible, ultraviolet, and infrared light.

• Interstellar extinctionNarrower topic: Extinction changes across this spectrum, with dust affecting ultraviolet, visible, and infrared light differently.

• Radio telescopeNarrower topic: Radio waves occupy the long-wavelength, low-frequency region detected by these instruments.

• AstrophotographyNarrower topic: Astrophotography can record wavelengths beyond the visible light humans see.

• X-rayNarrower topic: X-rays occupy the high-frequency region between ultraviolet radiation and gamma rays.

• Astronomical spectroscopyNarrower topic: Spectroscopy measures celestial radiation across selected parts of this full wavelength range.

• Gamma rayNarrower topic: Gamma rays occupy its highest-frequency region, though the boundary with X-rays is conventional.

• Radio spectrumNarrower topic: The radio spectrum is one region of this broader range.

• X-ray spectroscopyNarrower topic: X-rays occupy the high-energy region that enables element-specific transitions.

• Absorption spectroscopyNarrower topic: Absorption measurements select wavelengths from this broad range.

• UltravioletNarrower topic: Ultraviolet occupies the region between visible light and X-rays.

• Atmospheric windowNarrower topic: Atmospheric windows are intervals within this broader spectrum.

• RadiographyNarrower topic: X-rays occupy the high-frequency region used in radiographic imaging.

• Radial velocityNarrower topic: Spectroscopic radial velocities are inferred from shifts within this range.

• Multi-messenger astronomyNarrower topic: Observations across its wavelengths trace distinct temperatures, materials, and stages of an event.

• PhotolysisNarrower topic: Photolysis depends on the radiation wavelengths available to the reacting substance.

• Ultraviolet–visible spectroscopyNarrower topic: Ultraviolet and visible light occupy adjacent regions within this broader spectrum.

• Emission spectrumNarrower topic: An emission spectrum occupies a portion of this broader range.

• Microwave ovenNarrower topic: It places oven radiation alongside visible light, infrared, and radio waves.

• Microwave spectroscopyNarrower topic: Microwaves occupy the spectral region used to drive rotational and spin transitions.

• Satellite remote sensingNarrower topic: Satellite sensors sample selected wavelengths to distinguish surface materials and atmospheric conditions.

• SpectrophotometryNarrower topic: Spectrophotometry probes selected regions of this broader spectrum.

• Earth observation satelliteNarrower topic: Satellite instruments select parts of this spectrum to measure Earth's properties.

• InfraredNarrower topic: Infrared occupies the region beyond visible red and before microwave radiation.

• Radio waveNarrower topic: Radio waves occupy one region of this continuous spectrum.

• PhotodegradationNarrower topic: Different spectral regions carry photons capable of initiating different reactions.

• Spectral energy distributionNarrower topic: A spectral energy distribution describes a source across a portion or all of this range.

• SpectrophotometerNarrower topic: Spectrophotometers operate over selected regions of this broader range.

• Ultraviolet germicidal irradiationNarrower topic: UV germicidal treatment occupies a specific region of this broader spectrum.

• Astronomical instrumentNarrower topic: Different instruments target different wavelength bands across this spectrum.

• Photochemical reactionNarrower topic: Photochemical outcomes depend on where absorbed light falls in this spectrum.

• Doppler spectroscopyNarrower topic: Doppler spectroscopy analyzes the wavelength portion of this broader radiation range.

• Faraday effectNarrower topic: The effect helped establish that optical phenomena belong to electromagnetism.

• Hydrogen spectrumNarrower topic: Hydrogen lines occupy specific regions within this broader range of light.