I have some trouble with the above. That these numbers are wrong, by a lot. Who does these calculations. In simple math, our peak daily cases per day were 1900. Or very close to it. We're standing now at 400some cases per day. So not even 25% of the daily cases we had at peak. The drops you are citing just don't seem consistent with the magnitude of drops in daily cases we've actually had.
I don't understand the bolded at all. The drops in daily case numbers are much higher.
Could you cite where you are getting these numbers from?
I'll explain as I did the math yesterday.
The peak 7-day average for new cases was on December 7 at 1795. 15 days later the 7-day average was 1314, and 21 days later 994. A drop of 481 out of 1795 is 27%. A drop of 801 cases out of 1795 is 45% (Doing it quickly yesterday I must plugged a number in wrong to get 40% instead of 44.6%, I apologize for the error).
The average 7-day active number peaked on 20,503 on December 14th. 15 days later it was 16,459 and 21 days later 14,429. A drop of 4044 out of 20,503 is 19.7% and a drop of 6074 out of 20,503 is 29.6% (yesterday I mistakenly used December 13th which was 20502 which accounts for the descrepancy as yesterday calculations essentially had an extra day due to how close the numbers were at the two day peak).
The peak 7-day ICU average was 149 cases on December 29 (21 days prior to the numbers announced yesterday average is now 125) and the peak 7-day average non-ICU hospitalization was 789 on January 4th (15 days prior to the numbers announced yesterday and the average is now 653).
I refuse to use single day peaks due to the nature of the reporting being that some days less testing is completed or somedays were catchup days, which is why I use the 7-day averages instead of single day peaks.
I think the more relevant number here is the rate of drop for active cases as that kind of captures the average life of the illness and the rate of drop for hospitalization in general is decreasing at similar level albeit a bit higher which is intuitive because hospitalization are naturally more severe instances of the disease.
So my point was only
that the rate of decrease for hospitalizations since peaking seems logical, but I'm in your boat completely about why it took so long to peak after the new cases or even active cases peaked. I always like going back to Italy because of the volume they had in the first wave and I have that available on my hard drive, and though it took a long time for new cases to diminish after restrictions, deaths peaked within about a week and ICU peaked about 10 days later, but active cases took closer to four weeks to peak. I suspect the lag for active cases at the time was that it took longer back then to comfortably say someone had beat it, but I don't understand why the peak severe outcomes took so much longer unless it is solely due to the large number of deaths that occured more quickly in Italy.