Sensitive, low-power radio communication and navigation systems can be limited in their operational reliability or accuracy by space weather effects including anomalous reflection, refraction, delay, diffraction, and absorption of radio waves propagating through the ionosphere or directly by interference from solar radio bursts.
When the solar radio burst occurs, it usually starts by emitting radio waves at GHz frequencies around the time of the flare, but may continue long after the flare but with the emission frequencies gradually declining to MHz frequencies. As with solar flares these radio bursts have their origin in solar active regions.
During these space weather events the changes in solar output limits the frequency at which radio waves are broadcasted, in particular, those used by HF radios. High frequency or HF radiowaves are propagated through the ionosphere, a section of the atmosphere that uses solar radiation to reflect such waves back to Earth.
In addition, solar radio bursts can emit noise in a wide range of frequencies affecting radio signals used in many critical infrastructures and services, e.g., global navigation satellite systems (GNSS), communication and radar systems [Sato et al., 2019b, Sato et al., 2019a].
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