Space weather impacts radio communication in a number of ways. At frequencies in the 1 to 30 mega Hertz range (known as “High Frequency” or HF radio), the changes in ionospheric density and structure modify the transmission path and even block transmission of HF radio signals completely.
Other more regional ionospheric phenomena that have an impact on satellite radio signals include sporadic E-layer (Es), equatorial plasma bubbles (EPBs), plasma patches, auroral precipitation and polar cap absorption.
In view of the ever-increasing demands on accuracy, reliability, availability and safety of modern radio systems in telecommunications and navigation, the necessity of establishing ionospheric information and data services in connection with space weather services is beyond question.
Information is modulated onto radio frequency electromagnetic waves and sent over a channel, through the atmosphere or space, to the receiving system where it is demodulated (Figure 9.2). Figure 9.2: Atmospheric opacity of the electromagnetic wave spectrum with the infrared and radio windows used by spacecraft for communication.
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