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I don't trust the WHO but I have certainly not written off COVID. I think the WHO has too much China influence but I think they may still have some accurate inf
by stx 6y ago
I don't trust the WHO but I have certainly not written off COVID. I think the WHO has too much China influence but I think they may still have some accurate information.
I don't know if its seasonal or not yet although I could see experts could start making predictions already. To me though it is not one big wave. Watching the numbers in the USA and other countries it appears that as restrictions are lifted cases rise. When they rise we add restrictions and they go down at a much slower rate. Its many smaller waves.
- SketchySeaBeast 6y agoYeah, the relationship I implied doesn't actually work both ways - but anyone who has written off the WHO is sure not to take their advice, and I have a hard time seeing anyone who hasn't written off WHO ignoring COVID. But people who have written off the WHO could still not write off COVID. And based upon your assessment, you'd seem to agree with her point - "It’s going to be one big wave. It’s going to go up and down a bit. The best thing is to flatten it and turn it into just something lapping at your feet"
- glennpratt 6y agoThe fact that restrictions are effective or cause rate changes has nothing to do with the seasonal behavior of virus. The fact that restrictions don't cause immediate drops is pretty obvious A) there is time lag and B) no restrictions are 100% effective. It takes time for a change in the rate of spread to compound into reductions. "many smaller waves" does not seem relevant to understanding the virus and in fact is what they are warning against. Where I live, if you dig down, "waves" appear to be simple thing, super spreader events at essential businesses and churches. > WHO officials have been at pains to avoid describing a resurgence of COVID-19 cases like those in Hong Kong as “waves” as this suggests the virus is behaving in ways beyond human control, when in fact concerted action can slow its spread.