A city in Northern China locked down.
From BBC news audio just now.
And just to keep everyone on their toes, a predictable side effect of the shutdowns: rats!
https://www.bbc.com/news/world-us-canada-52177587
I never said it was right, I was sharing that guy's opinion. I didn't claim the UK would have fewer than 8,000 deaths.
Russia's in deep, deep trouble right now.
That's disingenuous. You linked to John Oxford's opinion piece and quoted him saying that he didn't think the COVID-19 total death toll in the UK would exceed 8,000, an opinion that is looking increasing absurd each day.I never said it was right, I was sharing that guy's opinion. I didn't claim the UK would have fewer than 8,000 deaths.
And just to keep everyone on their toes, a predictable side effect of the shutdowns: rats!
https://www.bbc.com/news/world-us-canada-52177587
Good news from Germany: The number of people sick from the thing is sinking (at least from Saturday to the end of the data). I found that out because it angered me that certain crappy "news" websites only show the ever-accumulating infections and deaths, but never those recovered. Johns Hopkins Istitute has a (however accurate) number for that so I took their raw data sets and made a fancy plot to show it to some frightened, easily-misled people ("Genesen" = recovered):
[qimg]https://i.imgur.com/NadgvaO.png[/qimg]
Okay - big ugly spreadsheet post.
History: On March 20, I started a spreadsheet. I took the total number of deaths in America as of that day (from the Worldmeter site), and multiplied times 1.2, compounding each day (a 20% daily increase). I picked 1.2 more or less out of my butt, because just looking at the numbers for the previous week 1.2 seemed to be a bit lower than the actual rate of growth. Also, it made a nice comparison to 1.1, which seemed to be about the daily rate of growth for the worldwide total deaths (but I didn't put that into a spreadsheet because I was really just playing around).
I ran out the spreadsheet for sixty days (the total for May 19 was 14,368,616 deaths). But the rate of spread was actually a fair bit above 20%, so the numbers got off pretty quickly. Here's the numbers from that first set of calculations compared to actual numbers:
date|projected|actual
date|deaths|deaths
20-Mar|255|255
21-Mar|306|301
22-Mar|367|458
23-Mar|441|555
24-Mar|528|780
25-Mar|634|1027
26-Mar|761|1295
27-Mar|913|1695
28-Mar|1096|2220
29-Mar|1315|2583
30-Mar|1578|3141
31-Mar|1894|4053
By March 31, the two columns were pretty far off. In a bad way - actual deaths by then were more than twice as high as projected. The death total was increasing at well above 20% daily.
So I restarted the column on March 31. I posted that to the forum, but I had started it with the total as of mid-day. I should have picked an end-of-day total instead. So that's what I have below (starting with end of day numbers for March 31, so it is a bit off compared to the numbers I posted last week). This is the calculation of a 20% daily increase in total deaths for the U.S., run out for three weeks of projection with the actual included up to yesterday:
Date|20% growth| Actual
date|projection| Numbers 31-Mar | 4053| 4053 1-Apr | 4864| 5102 2-Apr | 5836| 6076 3-Apr | 7003| 7121 4-Apr | 8404| 8451 5-Apr | 10,085| 9616 6-Apr | 12,102
7-Apr | 14,522
8-Apr | 17,427
9-Apr | 20,913
10-Apr | 25,095
11-Apr | 30,114
12-Apr | 36,137
13-Apr | 43,364
14-Apr | 52,037
15-Apr | 62,445
16-Apr | 74,934
17-Apr | 89,920
18-Apr | 107,904
19-Apr | 129,485
20-Apr | 155,382
21-Apr | 186,459
This is actually "better" so far - things are sticking closer to 20% growth. I mean, 20% daily growth in total deaths is horrible - but the numbers since March 31 suggests that the rate of acceleration of total deaths is slowing down. Most days, more people die than did the previous day - but not by as wide of a margin.
(The table does look very good, I could not figure out how to make a decent looking table in the forum post. I would be happy if someone with better forum-format juju could make it look prettier.)(ETA: Nevermind, I made it look better by looking at the formatting in one of Novaphile's posts. Now it looks better)
Update on the numbers for the newer table:
Date|20% growth| Actual
date|projection| Numbers 31-Mar | 4053| 4053 1-Apr | 4864| 5102 2-Apr | 5836| 6076 3-Apr | 7003| 7121 4-Apr | 8404| 8451 5-Apr | 10,085| 9616 6-Apr | 12,102| 10571 7-Apr | 14,522 | 12841 8-Apr | 17,427
9-Apr | 20,913
10-Apr | 25,095
11-Apr | 30,114
12-Apr | 36,137
13-Apr | 43,364
14-Apr | 52,037
15-Apr | 62,445
16-Apr | 74,934
17-Apr | 89,920
18-Apr | 107,904
19-Apr | 129,485
20-Apr | 155,382
21-Apr | 186,459
Still increasing, but it is not accelerating as fast as it was in late March. Even yesterday's seemingly big jump in U.S. deaths was 'only' an 18% increase, well below the 25% daily increases we were seeing in March, and the actual numbers are getting further and further below what a 20% daily increase would result in, unlike in March when the actual numbers were much higher than what a 20% daily would result in.
That's edging into something like good news, as this makes the less-than-catastrophic outcomes look a bit more likely. Things are getting worse, but not a quickly as before. The U.S. daily increase is still well above the average rate of increase for the rest of world for whatever that's worth.
Researchers at Harvard University have proposed that long-term exposure to high levels of particulate pollution is a significant risk factor for fatal cases of covid-19. This seems intuitive, but I'm a little surprised that they were able to get results so quickly if they were normalizing for population density, poverty rates, smoking rates, etc.
https://www.hsph.harvard.edu/news/h...tion-linked-with-higher-covid-19-death-rates/
Well, maybe the looked at a map of air pollution (NO2) in Europe in February 2020 and found Lombardy...
[qimg]https://i.imgur.com/R7ZISyt.png[/qimg]
Got the map for Wuhan?