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Originally Posted by Drybrain
I don't think anyone said. But I DO expect that in a few weeks or months we'll see that a lot of suburban and rural areas have some of the highest per-capita infection rates. The New York Times has a map showing per-capita infection rates, and there are lots of off-the-beaten path rural-looking areas well-represented.)
Big cities being the early hostpots makes sense--they're hubs of travel, both domestic and international. But it doesn't follow that they're necessarily more prone to spreading infection in the long run. Besides transit, admittedly, urban density doesn't place people in close and meaningful contact in the way that facilitates viral spread. Fleeting sidewalk interactions are unlikely to be a meaningful source of infection. And things like crowded housing, public gatherings, stores, restaurants and bars are as present in less-dense places as in dense cities. Evne in NYC, Queens and Staten Island have higher rates of infection than Manhattan, so there's definitely not a direct correlation between density and disease.
It'll be interesting to see what the data shows in a few months.
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It will be interesting to see what the data shows.
One would think that the general concepts of crowded urban living that are a necessary condition of the situation, i.e. propensity to use transit, vs private vehicle, living in apartments/condos where it is not always possible to exercise social distancing such as in hallways, elevators, and lobbies etc. would lead to statistically more exposure circumstances. In the suburbs, where typically there would be more single family houses (though apartments and condos still are a good percentage of the population density), one has the potential to have less exposure possibilities.
I think that there are a number of factors that can be written off as being the same or similar, or removed due to current protocols, such as grocery stores (everybody need groceries), bars and restaurants (closed in most places), etc.
As mentioned, adherence to protocols have a more direct effect than physical situations, I think, because many of those protocols are designed with dense urban areas in mind. Probably what will be more telling is what happens when those protocols are relaxed - will a 'second wave', if it happens, be more pronounced in denser areas - one would think yes, but as you say the data will show it out, perhaps. Or not.