Linked from

The 14 pages that link to Ionosphere, each with the reason it gives.

• AuroraRelated: Auroral particle impacts deposit energy in this electrically active atmospheric region.

• Space weatherBroader topic: Storm-driven changes in its density alter radio propagation and satellite navigation.

• MagnetosphereRelated: Magnetospheric energy input can alter the ionosphere and affect radio propagation.

• Atmosphere of EarthBroader topic: Its charged particles alter radio signals and enable some long-distance communications.

• Radio propagationRelated: Its variable electron density can refract or absorb signals, especially at shortwave frequencies.

• Arecibo ObservatoryRelated: Arecibo’s powerful transmitters probed this atmospheric region.

• ThermosphereRelated: Solar radiation ionizes thermospheric gases, creating much of this overlapping region.

• Shortwave radioRelated: Understanding this region explained why shortwave signals could travel around Earth's curvature.

• AirglowRelated: Its ions and electrons participate in recombination emissions and variable airglow structures.

• MesosphereRelated: Its lower regions overlap the mesosphere, though it is defined by ionization rather than temperature.

• ExosphereCompared with: The ionosphere is defined by ionization, while the exosphere is defined by sparse collisions and atmospheric escape.

• Atmospheric electricityRelated: It forms a conductive boundary in the global electrical system.

• Edward Victor AppletonNarrower topic: The Appleton layer is a part of this electrically charged atmospheric region.

• Low-Frequency ArrayRelated: Ionospheric distortions alter LOFAR signals and must be corrected to make sharp images.