@eladar saidAgain, your own source doesn't support your assertions:
https://www.weforum.org/agenda/2020/03/3-charts-that-changed-coronavirus-policy-in-the-uk-and-us/
Notice the first do nothing graph. When do the death rates drop to zero? Why would they drop to zero by August if people do nothing?
"In this worst-case scenario, there are no interventions or changes in people's behaviour. The Imperial College scientists predict the number of deaths would peak in each country three months after the first coronavirus infections were discovered."
That is because, as wolfgang pointed out and the study confirms:
"Based on each person infecting another 2.4 people (the R0 or reproduction number), they predict approximately 81% of the populations of both countries would be infected, resulting in 510,000 deaths in Great Britain and 2.2 million in the US."
@eladar saidWhich would be more than a typical flu season.
So far 60k dead is still within reason.
But that is irrelevant because there will be 150,000+ deaths.
@eladar saidNo they don't.
The experts say that summer will kill the virus threat.
Stop pushing this rubbish.
@no1marauder saidThen why the multiple mounds in the graphs?
Again, your own source doesn't support your assertions:
"In this worst-case scenario, there are no interventions or changes in people's behaviour. The Imperial College scientists predict the number of deaths would peak in each country three months after the first coronavirus infections were discovered."
That is because, as wolfgang pointed out and the study c ...[text shortened]... ountries would be infected, resulting in 510,000 deaths in Great Britain and 2.2 million in the US."
See 2nd graph
03 Apr 20
@eladar saidMaybe you should read the text accompanying the graph:
Then why the multiple mounds in the graphs?
See 2nd graph
"The scientists said: "Our projections show that to be able to reduce R to close to 1 or below, a combination of case isolation, social distancing of the entire population and either household quarantine or school and university closure are required."
Around three weeks after the combined interventions are introduced, the scientists predict there would be a reduction in the peak need for intensive care beds - and this would continue to decline while the policies stay in place.
However, once the interventions are relaxed (around September in the above chart), the infections would begin to rise again, leading to a predicted peak epidemic later in the year."
Sorry, but there is zero talk about warm weather causing the virus to disappear; the only reason there is a flare up later in the year is because suppression measures are relaxed.
03 Apr 20
@no1marauder saidOh pretended laxed intervention. Got it. So heat causes laxed interventions.
Maybe you should read the text accompanying the graph:
"The scientists said: "Our projections show that to be able to reduce R to close to 1 or below, a combination of case isolation, social distancing of the entire population and either household quarantine or school and university closure are required."
[b]Around three weeks after the combined interventions are in ...[text shortened]... ; the only reason there is a flare up later in the year is because suppression measures are relaxed.
@earl-of-trumps saidI’m also thinking Spain and Italy probably have generally higher air temperature. As No1 says it’s a combination of things I just wonder if higher air temperatures are an extra issue for a body fighting the virus but I’m not sure at all whether or how it has a bearing on infection rates.
@Kevcvs57,
Sorry for the missive, I misunderstood you. Yes, the "rate" is not the death level.
7 x's higher death rate. Very strange.