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>I think public health estimated actual infection rates are 5x the reported case counts. Where are cases easy to measure? In schools and work where you can easily know who was there. Where are they hard to measure? In informal social gatherings among rule breakers. A large part of why infection rates are higher is because a lot of people simply don't get tested, be it because their workplace doesn't want them to (happened to a lot of people I know), or because they have light or no symptoms. Otherwise, people who were infected in a party and then infect other people that do get tested have a high likelihood to get traced as sources of infection too. Besides, there is no obligation to cooperate with contact tracing, if you go get tested after going to a party you can simply not say anything, so I don't really see why people that get infected at a party wouldn't get tested. On the converse, the one party-goer I know of apparently gets tested weekly, but hey that's anecdotal and low quality. >As for data: there’s an easy way to settle this. Find infection per capita in quebec vs ontario vs bc before the first curfew, and after. It’s the only major difference. I think Quebec’s relative numbers improved post curfew, but I don’t have good time series on hand. Know of any? The issue for this is that sadly the curfew was not implemented alone. That said, one can look at when the curfew was extended to 9h30PM, and indeed there is no significant difference. |
Ontario was 25/7/25. BC was 16/10/23.
Roughly. My prediction would be that Quebec has a lower peak than these two provinces and spends less time with max restrictions. Ontario issues a full stay at home order, and did so before Quebec’s curfew announcement.
Also Montreal is the only place that kept the curfew at all (9h30 vs none until recently) and it has markedly lower per capita case counts than the rest of quebec or other BC/Onatario.
Do you have an alternate explanation for this data?
https://www.ctvnews.ca/mobile/health/coronavirus/tracking-ev...