The infection rate relevant insofar as it means the population will approach 100% infection [1],- and subsequent immunity or death - faster than other regions. Densely populated areas like New York will have a sharp spike and sharp decline. Loosely populated areas like Kansas will see a slower, steadier rise but also a slower and steadier decline. Social distancing makes areas behave more like rural areas, by virtue of limiting contact. But the same number of people are going to get infected eventually until herd immunity is achieved.
Faster infection doesn't directly result in higher total fatalities, unless medical care lacks capacity. This is a bigger problem for places like New York where the infection rates did put significant burden on healthcare facilities. On the flip side, places less dense than NYC can go without restrictions and this will not impact the overall health outcomes.
Deaths nation-wide have peaked more than a week ago. Deaths among developed countries have also mostly peaked over the last few weeks. Testing almost always under counts, both by virtue of not counting asymptomatic people, and by delays in forming antibodies in the infected. The latter also affects random studies. New York's 20% indicated infection rate likely means that the infection rate today is approaching the 50% or more required to achieve herd immunity.
1. To be more specific, it's estimated that the virus will spread to 50-70% of people before herd would diminish the ability of the virus to spread much further.
> New York's 20% indicated infection rate likely means that the infection rate today is approaching the 50% or more required to achieve herd immunity.
Yes, if by approaching you mean at least twice the number of people who have already died from the virus would have to die to achieve this, since 20% is less than half of 50%. I’ve seen scientific experts estimating that with this specific virus, due to its high R0, 50-70% is not the threshold for herd immunity anyway and it could be up to 84% or higher (Polio = 80%, Measles = 95% thresholds, for comparison). That could mean up to 4x the amount of deaths we’ve already seen.
The total number of people who would be affected by a herd immunity strategy could also be changed by a social distancing intervention around the time the threshold is reached. Otherwise, models indicate there would be an overshoot and a higher % of people would end up being infected than is necessary for herd immunity. No country or region seems to have reached this threshold yet though since they all engaged in social distancing first. https://twitter.com/CT_Bergstrom/status/1252078649827667968
The other option would have been to do what several countries in the Asia Pacific region did - Taiwan, Vietnam, and apparently China, for instance. Instead of allowing the virus to run free, they have worked toward eliminating it within their borders. Many lives will be saved if that plan can succeed and they can avoid a “herd immunity” result until a safe vaccine is available to provide the herd immunity.
The R0 of Measels is 10-3x as high as COVID-19, at 12-18 as compared to 1.7 to 5. The total number of people affected to achieve herd immunity is fixed. Distancing reduced the rate at which people get infected. And contrary to what you claim, several countries are not engaging in social distancing. And they're not experiencing death rates several times higher than the US.
Where much of the western world is seeing cases peak, China has been seeing them rise again [1]. The idea that the virus has been eliminated is incorrect. China aggressively flattened its curve, but concluding that they will eliminate infections without herd immunity is not a certainty at this point.
Faster infection doesn't directly result in higher total fatalities, unless medical care lacks capacity. This is a bigger problem for places like New York where the infection rates did put significant burden on healthcare facilities. On the flip side, places less dense than NYC can go without restrictions and this will not impact the overall health outcomes.
Deaths nation-wide have peaked more than a week ago. Deaths among developed countries have also mostly peaked over the last few weeks. Testing almost always under counts, both by virtue of not counting asymptomatic people, and by delays in forming antibodies in the infected. The latter also affects random studies. New York's 20% indicated infection rate likely means that the infection rate today is approaching the 50% or more required to achieve herd immunity.
1. To be more specific, it's estimated that the virus will spread to 50-70% of people before herd would diminish the ability of the virus to spread much further.