Jon
Member
Ok so given your bolded statement there, exactly what are you arguing? You didn't agree with that bold statement a couple of post ago when you were mentioning temps and how much is unknown about COVID-19's exact cellular breakdown and at what temperature...How is that any different than what I said? That I didn't take into when in fact seasonal change will occur? That I didn't map out the exact day for you? Maybe that I said if it was Dec I'd be concerned but because it's late Feb I'm not yet, as in me personally? I guess I should have prefaced to say "*****not speaking specifics at all here******" Come on man. We can move on now.You're making a lot of somewhat far-fetched assumptions here and broad brushing the response of the CoV-19 to its external environment without actually definitively knowing anything about how this particular virus responds to a given amount of temperature and humidity variability. Everyone agrees that the virus will be dampened by high heat & humidity. Previously stating this is the case doesn't actually answer the question on if the increasingly warmer weather in the SE US will "definitely help", and even that is definitely a stretch given the following:
1) We're coming off one of the warmest winters on record here. If we move into a cooler than normal spring or even average spring which isn't likely but reasonably probable, the impact seasonal warming in the spring against a very warm winter will have on the virus will be lower than "normal", or potentially even a non-factor in an extreme cases depending on the timing of Cov-19's arrival and the observed spring temperatures.
2) You also have to know when the virus is going to reach the CONUS and begin infecting people en masse, and I'm certain absolutely no one knows when that'll happen. If that occurs in March, April, or May actually matters a lot because background temperatures and humidity change appreciably here over the course of the spring and even just one of these months individually. It's important to also keep in mind that data from the CDC and other nations is 2+ weeks old due to the CoV-19's incubation period and lags wrt test results for the virus
3) Each virus is different, sure it's similar to "x" viruses but that does not mean it's going to respond to environmental conditions in exactly the same way as SARS, MERS, & even influenza, etc.