Earlier quoted context omitted.
They might not be listening to AM radio all the time, but it's often used as an emergency broadcast frequency in Australia, and not for apocalyptic reasons though it could be. AM travels a lot further than FM, all other things being equal, and the local frequency is signposted on road signs around the country. The big three typical emergency broadcasts down under include wildfire (which have, and do kill motorists ca…
I don't buy this "narrowcast mediums like mobile phones" argument. Please watch any video of any Debconf 24 session. You'll hear how the mobile phones of all participants at the same time start reading emergency alerts (about the heat waves) aloud. So the mobile phone network was, in fact, designed with a broadcast use case in mind, and this gets regularly tested and does not overload the network. I do agree that AM…
The actual burden of AM isn't the hardware it takes up, but rather the frequencies it hogs. Keeping AM indefinitely alive means we are reserving prime low frequency bandwidth for a dated tech for no real good reason.
Heck, I'd even agree that keeping the AM bandwidth dedicated to audio broadcasts is a desirable thing. However, I'd argue that it should be converted to a modern broadcasting format that can handle more than sermons and talk radio. Change it into a QAM digital broadcast with a fair bit of error correction and a modern codec and you suddenly can stuff a lot more stations into the same bandwidth, with a long range, and a crystal clear output.