In areas that are prone to earthquakes, not really. This isn’t one of them, so it’s unusual and worth a report and determination of the source. A 4.0 at the epicenter would feel different farther depending on the material too - most of Florida wouldn’t transmit the energy well and slosh around a bit, unlike some bedrock that can carry the energy much farther. My real question would be if this is a natural cause, can there ever be a potential for seafloor movement that would power a tsunami (I don’t think so)? That would be far worse than the actual ground shaking for Florida coastline residents.
Pretty sure it’s all but impossible for anything to happen in the Gulf to cause a tsunami. It’s freaky flat around here, flattest state in the Union. And the Gulf ain’t much lower, at all. Simply no possibility of a rock slide going downhill. No hills.
In areas that are prone to earthquakes, not really. This isn’t one of them, so it’s unusual and worth a report and determination of the source. A 4.0 at the epicenter would feel different farther depending on the material too - most of Florida wouldn’t transmit the energy well and slosh around a bit, unlike some bedrock that can carry the energy much farther. My real question would be if this is a natural cause, can there ever be a potential for seafloor movement that would power a tsunami (I don’t think so)? That would be far worse than the actual ground shaking for Florida coastline residents.
Pretty sure it’s all but impossible for anything to happen in the Gulf to cause a tsunami. It’s freaky flat around here, flattest state in the Union. And the Gulf ain’t much lower, at all. Simply no possibility of a rock slide going downhill. No hills.
That’s not how tsunamis work.
There’s some irony in that I was literally just reading this
https://www.wired.co.uk/article/katherine-hayhoe-climate-change-clean-energy-interview