Do you need more research material to understand how radio waves can affect the global climate?
This section is all research done since the 80's on how radio waves can cause electron precipitation and affect the environment.
This section is all research since the 70's on how electron precipitation can create NO2 one of the leading ozone regulators.
Electrostatic waves from HF to ELF ranges are generated and strong turbulence appears.Fluctuations of electron and ion densities are observed as well as increase oftemperature..
It is shown that a spatially distributed mode current of whistler waves, oscillating at the modulation frequency of the ground-transmitted powerful HF wave, can be induced in the E-region of the high-latitude ionosphere through the coupling between HF wave-modulated electrojet current and induced density irregularities..
We demonstrate that signals at 28.5 kHz emitted from the Naval (NAU) transmitter in Puerto Rico eectively couple into ionospheric ducts, induced/enhanced by the Arecibo HF heater, and propagate into the conjugate hemisphere as ducted whistlers. Also presented are suspected radar detections of whistler-triggered electron precipitation events.
In 1991 Callis et al. (JGR, 96, 2939, 1991) postulated that varying fluxes of precipitating energetic electrons could form odd nitrogen in the mesosphere which may be transported into the stratosphere during periods of advective descent (late fall, winter, and early spring) and could modify the global balance of odd nitrogen and therefore global ozone.
In this paper we estimate theoretically the effects on nitric oxide concentration during relativistic electron precipitation events.
An assessment is made of the relative contribution of certain classes of energetic particle precipitation to the chemical composition of the middle atmosphere with emphasis placed on the production of odd nitrogen and odd hydrogen species and their subsequent role in the catalytic removal of ozone.