Tara Moriarty Profile picture
Oct 9 4 tweets 9 min read Read on X
With the transition of Canadian COVID-19 reporting to the combined respiratory virus dashboard, weekly COVID-19 deaths for Canada are no longer publicly reported by @GovCanHealth .

According to the most recent report, participating provinces reported 971 hospitalizations and 131 deaths for the period from Aug 25-Sep 28/24.

During the same period, Quebec, which accounts for 22% of the Canadian population, reported 4,691 hospitalizations and 256 deaths (current INSPQ data).

If hospitalizations and deaths are similar in Quebec and the rest of Canada (likely), the national report for the Aug 25-Sep 28/24 period should include at least 21,323 hospitalizations and 1,164 deaths.

Based on the most recent @CIHI_ICIS reporting of Quebec in-hospital COVID-19 deaths (Apr 1/22 to Mar 31/23), there were 1.28 times more documented COVID deaths in QC hospitals than were reported by INSPQ for the same period. However, CIHI captured only 84% of INSPQ-reported hospitalizations in QC for this period, meaning QC in-hospital deaths were likely ~1.52 times higher than deaths reported by INSPQ.

About 70% of all deaths in QC occur in hospitals (StatsCan), meaning actual COVID deaths were likely ~2.17 times higher in QC than reported by INSPQ, at least from Apr 1/22 to Mar 31/23.

Is QC reporting only "from" COVID deaths and excluding deaths of people who would have died anyway from other causes?

To test this, we can compare excess mortality estimates from @StatCan_eng for the same period, after correcting them to remove excess mortality attributable to toxic drug deaths and excess cancer deaths (stand-in for potential excess mortality attributable to delays in access to healthcare and MAID).

The StatsCan excess mortality program has been paused for the last 10 months, so estimates for QC are only available up to Sep 2/23, and are still incomplete for weeks before this date.

However, weekly age-adjusted per capita all-cause mortality rates for QC and other provinces are still published every month, meaning weekly excess mortality can still be estimated by comparing weekly mortality rates in one year to mortality rates in the same week of the preceding year, and using these ratios to estimate current excess mortality values compared to previous years when estimates are more complete.

From Apr 1/22 to Mar 31/23, there were 2.19 times more excess deaths in Quebec than reported COVID deaths, after adjusting for excess mortality attributable to toxic drugs and cancer.

This is very close to the CIHI-based estimate of actual COVID-19 deaths (2.17 times higher than reported by INSPQ for Apr 1/22 to Mar 31/23).

Taking the average of both methods for estimating under-reporting in QC, we know that for the year ending Mar 31/23, INSPQ reported 46% of "excess/from" COVID-19 deaths.

If we assume the magnitude of under-reporting of COVID-19 deaths by Quebec was similar after Mar 31/23, then from Aug 25-Sep 28/24 there were likely 558 excess/from COVID-19 deaths in Quebec, and 2,537 COVID-19 deaths in Canada.

Recall, the total number of COVID-19 deaths in Canada from Aug 25-Sep 28/24 reported on the new respiratory virus surveillance dashboard from PHAC: 131

So, it's likely that the new national COVID-19 dashboard is reporting, ~5% of "excess/from" COVID-19 deaths in Canada.

However, reporting of COVID-19 deaths by Quebec has actually worsened since Mar 31/23.

How do we know this? Because from Apr 1/23 to Jun 8/24 (the last date when age-adjusted all cause mortality rates are available from StatsCan), there were 6.37 excess deaths for every COVID-19 death reported by INSPQ, after adjusting for excess mortality attributable to toxic drugs and cancer.

So, from April 1/23 onward, Quebec has likely been reporting only 16% of its COVID-19 deaths.

If the under-reporting rate for Aug 25-Sep 28/24 was the same as for Apr 1/23 to Jun 8/24, then there were likely 1,630 "excess/from" COVID-19 deaths in Quebec from Aug 25-Sep 28/24, and 7,407 "excess/from" COVID-19 deaths in Canada during the same period.

Recall, the total number of COVID-19 deaths in Canada from Aug 25-Sep 28/24 reported on the new respiratory virus surveillance dashboard from PHAC: 131

So, it's likely that the new national COVID-19 dashboard is reporting, fewer than 2% of "excess/from" COVID-19 deaths in Canada for the 2024 respiratory virus season to date.

And no, Canada doesn't have exceptionally high COVID-19 mortality rates.

From December 2021 to March 2023, the estimated median weekly COVID-19 infection fatality rate for Canada was 4% LOWER than the median infection fatality rate for the UK calculated from ONS infection estimates and confirmed COVID-19 deaths, even though Canada is slightly older than the UK and has had lower rates of fresh vaccine dose uptake than the UK from 2022 onward.

What was the median weekly SARS-CoV-2 infection fatality rate for Canada during this period? 0.08747%

What was it in the UK? 0.08824%

Open access ref for UK IFRs: ncbi.nlm.nih.gov/pmc/articles/P…

Why are so few of Canada's COVID-19 deaths reported?

It's likely that at least in part it's because many/most(?) provinces now only report deaths in people infected for the first time, as @sarperotto has confirmed for BC via official communications from BCCDC.

From Dec 4/21 to date, the average person in Canada has had ~3.5 SARS-CoV-2 infections. Reporting only deaths associated with first time infections would reduce reporting by ~70%....meaning only ~30% of deaths would have been reported if this policy was in place in every province.

On top of that, testing in Canada during Omicron has declined ten times more than the decrease in infection and fatality rates, meaning that a substantial number of deaths and hospitalizations simply wouldn't be detected because of under-testing.

So, it's probably a combined issue of under-reporting and under-testing, but either way, it's an enormous problem.

As the Office of Canada's Chief Science Advisor Dr. Mona Nemer @ChiefSciCan has pointed out, Canada currently has gaps in the effectiveness of our communication about COVID-19 vaccines. Fewer than 15% of people in Canada got fresh doses in the fall 2023 campaign.

Perhaps if we started reporting more than 2% of actual COVID-19 deaths on our new national respiratory virus reporting dashboard people would better understand why getting a fresh vaccine is so important, and journalists would have real numbers they can use to help communicate about the issue.

I don't know who else to copy in on this post--it's like shouting into the wind, and I don't know what it will take for Canada and ALL provinces to start improving actual COVID-19 deaths and hospitalizations.

@picardonhealth @NightShiftMD @DrGorfinkel maybe you can help resurrect a national conversation on this topic.Image
Should also copy in @CBCQueensPark, who's still following official public communication about COVID-19 vaccines, or rather, the near absence of official communication about their importance.

Sorry for the oversight, Mike.
Adding to this post after seeing some comments/questions.

1. Some provinces just may be reporting extremely slowly to PHAC, so it's possible those numbers may still come up.....but they'd have to come up a LOT to match what is expected, if fewer than 2% of actual deaths are being reported.

2. Quebec hospitalizations are almost certainly under-reported too. It's likely it's not under-reporting so much as under-testing.

In the UK, during Omicron, there were 5.16 reported COVID-19 hospitalizations for every reported COVID-19 death. That's a mortality rate for hospitalized cases of 19%, which is about 5 times higher than mortality rates for all non-COVID-19 causes of hospitalization in Canada.

However, UK-reported COVID-19 hospitalizations per COVID-19 death are about half the number of hospitalizations per death reported by France, about half the admissions/death ratio reported by CIHI for Canada from 2022-2023, and about half the number of hospitalizations per death reported by Quebec up to March 31, 2022. Canada and the UK have some of the lowest numbers of hospital beds per capita of any OECD country, so the UK may admit fewer people with COVID, even though the mortality rate is high. Hospitalizations are also defined very tightly to include respiratory codes, which likely excludes COVID cases without respiratory codes in patient charts.

If we take the average hospitalizations per death reported by France during Omicron (France was historically an excellent reporter for COVID hospitalizations), by CIHI for Canada from 2022-2023 and by Quebec for Omicron up to March 31, 2022, then we would expect ~9.4 hospitalizations for every death.

For Aug 25-Sep 28/24, when there were an estimated 1,630 COVID deaths in Quebec, we'd expect 15,322 hospitalizations. However, 4691 were reported for this period. This means that about 31% of expected Quebec COVID hospitalizations are currently being reported.

And we would have expected 69,645 reported hospitalizations for Canada. Recall the number reported during this period on the new dashboard: 971

So, likely fewer than 2% of COVID-19 hospitalizations for Canada are being reported on the new dashboard--similar to the proportion of COVID deaths reported.

Again, this may be under-reporting--and it certainly is for many provinces. For Quebec I don't think it's under-reporting of known hospitalizations so much as under-detection of COVID-19 in people who are hospitalized, because of under-testing. And Quebec still tests considerably more per capita than other provinces.

Finally, it's possible that fewer than 2% of the expected 69,645 COVID-19 hospitalizations in Canada were reported for Aug 25-Sep 28, 2024 not just because of under-reporting and under-testing, but also because some provinces may simply be admitting far fewer people with COVID-19 to hospital.

The number of people who report receiving Paxlovid in Canada is almost negligible, so it's not because we're able to avoid admissions because we're prescribing a helpful drug that's now available to help prevent hospitalization. And most people who need to be hospitalized with COVID need hospitalization more than one week after symptom onset--too late for Paxlovid.
3. Finally, let's compare estimated actual COVID-19 deaths for Canada for Aug 25-Sep 28 to other causes of death.

We'll start by assuming there were about 1,481 "excess/from" COVID-19 deaths and 13,929 hospitalizations per week in Canada from Aug 25-Sep 28, 2024 (or 13,929 people needing hospitalization for COVID-19, although we don't know if all needing hospitalization were actually admitted).

First, in 2024 ~316,000 deaths per week are expected in Canada, from all causes. At this time of year it's lower, because influenza season hasn't really started yet, and influenza/respiratory viruses account for most seasonal variation in Canada's weekly death numbers.

But let's assume 6,084 expected deaths per week from any cause from Aug 25-Sep 28. 2024. 1,481 "excess/from" COVID-19 death per week during the same period is 24% of all expected weekly deaths from any cause. That's a LOT. It also corresponds to an excess mortality rate of 24%. That's a LOT. A quarter more people were dying prematurely than should have from Aug 25-Sep 28.

Of the 6,084 expected deaths each week from any cause, ~1,746 deaths each week were likely from cancer (all cancers combined), and ~1,571 deaths each week were from all major cardiovascular diseases combined. This means COVID-19 is (still) the number 3 cause of death in Canada, as it has been in each of 2022, 2023 and 2024.

In addition, from Aug 25-Sep 28, 2024, COVID-19 was killing about 15% fewer people each week than all cancers combined, and about 6% fewer people each week than all major cardiovascular diseases combined. That's not a helluva lot fewer deaths than either cancer cardiovascular disease.

COVID dwarfs the next leading cause of death in Canada after cancer and cardiovascular disease. The next leading cause of death in Canada is accidents, at ~311 deaths per week. More than half of accidental deaths in Canada are related to toxic drugs, or ~150-200 toxic drug death each week.

We don't have 1,481 COVID deaths every week through the year. It can drop as low as 450 COVID-19 deaths per week from Feb-Apr most years, and we've just had a huge summer wave in Canada.

I've seen reporting out of PEI that a spokesperson for an Atlantic province public health department (not PEI) quite recently said that there weren't as many COVID deaths as cancer deaths. That's quite a statement from a department that should understand the death toll from cancer.

I'm running out of steam, and don't have the energy to assemble hospitalization numbers for any cause and the most common causes of hospitalization in Canada.

However, from 2022-2023 @CIHI_ICIS reported that COVID-19 was the second leading cause of hospitalization in Canada after childbirth.

The 2023-2024 period doesn't look like it has likely changed much, and certainly for Aug 25-Sep 28/24 COVID was at least the 2nd leading cause of hospitalization in Canada.

I don't know how else I can put these numbers in context so that policy makers, decision makers, journalists and the public can understand what is at stake.

Yes, people can make their own decisions about masking and vaccination. However, if we're publicly reporting fewer than 2% of actual COVID-19 deaths and hospitalizations, how can we really expect anyone to make informed decisions and rush out to get their updated vaccines, stay home when sick, test and mask in indoor settings.

If you're a decision maker, legislator and/or contribute to policy making, please help. The emperor has no clothes. Please don't be one of the bystanders cheering for the naked person wearing nothing but a crown.

Please encourage accurate and complete COVID reporting.

Five years ago would you ever have imagined that this kind of reporting problem could happen in Canada? Remember who you were five years ago, and the red lines you couldn't imagine could ever be crossed in your province and in our country.

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More from @MoriartyLab

Sep 29
Canadian COVID Forecast: Sep 28-Oct 11, 2024

SEVERE: CAN, BC, MB, NB, North, NS, ON, QC, SK
VERY HIGH: NL, PEI
HIGH: AB
MODERATE: none

About 1 in 38 people in Canada are CURRENTLY infected. This image shows a series of gauges with the Sep 28-Oct 11, 2024 COVID Forecast scores for Canada, the provinces, and territories. Read from left to right:  Canada: 16.3 - SEVERE Alberta: 9.2 - HIGH British Columbia: 15.9 - SEVERE Manitoba: 20.2 - SEVERE New Brunswick: 23.6 - SEVERE Newfoundland and Labrador: 13.6 - VERY HIGH North: 16.0 - SEVERE Nova Scotia: 20.4 - SEVERE Ontario: 15.2 - SEVERE Prince Edward Island: 11.9 - VERY HIGH Quebec: 19.5 - SEVERE Saskatchewan: 18.6 - SEVERE  All COVID Forecast input data and sources are available here: (https://covid19resources.ca/covid-hazard-inde...
Notre aperçu national en français :

WHAT'S NEW THIS WEEK?

The Forecast score for Canada is decreasing 7%/week (-14% to -2%/week for all regions).

About 1 in 38 people are currently infected (~147,000 infections/day).

This is similar to the Sep 23 estimate for the United States (1 in 45) from @michael_hoerger and team:
Read 13 tweets
Sep 29
Canadian COVID Forecast Sep 28-Oct 11, 2024

CANADA

SEVERE (decreasing)

Estimated infections this week: 962,700-1,097,900

About 1 in every 38 people infected

Compared to lowest point of pandemic in Canada:

-Infections ~16X higher
-Long COVID ~15X higher
-Hospitalizations ~15X higher
-Deaths ~17X higherThis image describes the Canadian COVID Forecast for Sep 28-Oct 11, 2024 by COVID-19 Resources Canada. Canada’s COVID Forecast outlook is SEVERE (decreasing) with a COVID INDEX SCORE of 16.3 About 1 of every 38 people is infected. Estimated infections this week: 962,700-1,097,900 How much higher are key indicators compared to the lowest point in the COVID pandemic in Canada? Waste water, infections: SEVERE; 16.4X higher Long COVID estimate: SEVERE; 15.3X higher Hospitalizations, ICU: SEVERE; 15.4X higher Deaths: SEVERE; 16.9X higher HOW TO HELP: EVERYONE: UPDATE vaccines every 6 months WEAR...
Prévisions régionales sur la COVID-19 se trouvent ici :

Canadian COVID Forecast Sep 28-Oct 11, 2024

NEWFOUNDLAND AND LABRADOR

VERY HIGH (no change)

Estimated infections this week: 13,000-15,000

About 1 in every 38 people infected

Compared to lowest point of pandemic in Canada:

-Infections ~15X higher
-Long COVID ~14X higher
-Hospitalizations ~12X higher
-Deaths ~14X higherThis image describes the Canadian COVID Forecast for Sep 28-Oct 11, 2024 by COVID-19 Resources Canada. Newfoundland & Labrador’s COVID Forecast outlook is VERY HIGH (no change) with a COVID INDEX SCORE of 13.6 About 1 of every 38 people is infected. Estimated infections this week: 13,000-15,000 How much higher are key indicators compared to the lowest point in the COVID pandemic in Canada? Waste water, infections: VERY HIGH; 14.6X higher Long COVID estimate: VERY HIGH; 14.4X higher Hospitalizations, ICU: VERY HIGH; 12.2X higher Deaths: VERY HIGH; 14.0X higher HOW TO HELP: EVERYONE: UPDATE v...
Read 16 tweets
Sep 28
School Classrooms and Masks and Air Image
School Classrooms and Masks and Air
Last week we offered a cornucopia of information about infection risks in the classroom.

This week we’re using the same data, and presenting a clear picture of the best ways to keep everyone safer while they are in school.

-FYI- This thread is also available on the C-19 website, starting on page 8, for easier reading.

lookerstudio.google.com/embed/u/0/repo…
Anecdotally, there’s a lot of chatter about absenteeism and staff shortages already this school year. Even with the ongoing pandemic, there’s no need for children and education workers to be sick all the time.

We can make our classrooms safer.

Spoiler alert: The data is clear, masking protects the most vulnerable and by doing so, protects everyone.

The Data Cards now model going to school in 3 different conditions: children wearing fit tested N95, regular N95 for little kids, or unmasked.

For those 3 conditions, the model also shows two kinds of school – schools with HVAC, those schools without HVAC. Lastly, the model shows the effects of including portable air purifiers in the classroom. We modelled Corsi-Rosenthal boxes, but tested Merv13 or HEPA filters also work.

This shift in presenting the data gives us a striking picture of risk progressions.

The story the Data Cards tell is that the most important thing you can do to protect your children is to put them in a well-fitting mask.

Masks reduce risk 100- fold, no matter the school ventilation situation.

Masks drive the risk down for your family dramatically.
Read 15 tweets
Sep 15
Prévisions de COVID pour le Canada : SEP 14-27, 2024

CANADA

GRAVE (en baisse)

Infections pendant cette période : 1 031 400-1 095 400

Environ 1 personne sur 37 est infectée

Par rapport au point le plus bas de la pandémie au Canada :

-Infections ~18X 🔺
-COVID longue ~18X 🔺
-Hospitalisations ~17X 🔺
-Décès ~22X 🔺Image
The english version of our regional forecast can be found here:

Prévisions de COVID pour le Canada : SEP 14-27, 2024

TERRE-NEUVE ET LABRADOR

TRÈS ÉLEVÉ (en baisse)

Infections pendant cette période : 7 500-8 000

Environ 1 personne sur 63 est infectée

Par rapport au point le plus bas de la pandémie au Canada :

-Infections ~10X🔺
-COVID longue ~11X🔺
-Hospitalisations ~13X🔺
-Décès ~19X🔺Image
Read 18 tweets
Sep 1
A few things that might help people understand differences in Canadian COVID Forecast scores across provinces....

I'll focus on comparing Alberta and British Columbia, since I get asked a lot why Alberta's scores aren't as high as BC scores in the summer, even though the provinces are adjacent.

In BC, most people live in parts of the province with winters that are considerably warmer than most provinces in Canada, including Alberta.

Even southern Alberta has MUCH colder winters than the BC lower mainland, and cooler spring and fall too. I know. I've lived in both the BC lower mainland and Calgary, and couldn't get over how summer in Calgary didn't seem to really start until July.

This graph shows infections/100K people per day in BC (pink), AB (teal) and Canada (blue) since Dec 4/21.

All provinces have essentially had the same number of infections since then--the timing of when they happened just differs.

Something you'll notice about BC is that fall/winter waves often aren't as big as in Alberta or the rest of Canada.

But....infection waves are bigger in BC from spring-summer.

This is likely because infections don't start taking off till mid-summer in other provinces because there's immunity from the fall-winter infections that hasn't worn off enough until then so that people are susceptible to a new infection.

It's sort of like the brakes have been applied to new infections after the big fall/winter wave in most province, and the pressure on those brakes starts getting lighter toward mid-summer, when infections pick up again.

It's a bit different in BC, since there historically haven't been quite as many infections in the fall/winter waves, which means the population is susceptible to new infections earlier than in colder provinces.

So, in spring and especially summer BC infections tend to take off sooner than in the rest of Canada. By contrast, in winter infections are often lower in BC.

I think we're basically seeing seasonal forcing of infections in most provinces that doesn't affect BC as much because most of the population lives in a more temperature climate.

In most of Canada, there has always been a strong seasonal forcing effect on influenza seasons--stronger than in many more temperature countries, and I suspect that's what we're seeing in most Canadian infection data except those from BC.Image
Scores can also differ between provinces because of intrinsic differences in population susceptibility to serious outcomes.

Alberta is the youngest province in Canada, and now that uptake of fresh vaccine doses is abysmal across Canada (AB had higher uptake than ON this past season, for example), differences in things like infection fatality and hospitalization rates between provinces are strongly driven by things we can't control, like the average age of the population and rates of underlying health issues.

So, even if AB and BC had exactly the same number of infections in the same week, the Forecast score for Alberta would be slightly lower than the score for BC, because Alberta is younger than BC.

It's also why scores for some Atlantic provinces, particularly Newfoundland and Labrador can be a fair bit higher than the Canadian average.

Newfoundland and Labrador is particularly strongly affected by this because the population is considerably older, plus higher rates of underlying health issues, plus an acute healthcare system that doesn't function quite as well as in big provinces at treating things like heart attacks (probably translating also to treatment of COVID).

And smaller provinces have suffered from poaching of healthcare staff to larger provinces that can pay more.

So, it's not always just about number of infections either. Populations differ in their susceptibility to COVID, and outcomes per infection in Canada range from the highest number of serious outcomes per infection in NL and the lowest in Alberta.

Hope this helps.
Actually, one more thing about BC.

BC is somewhat younger than QC. Its life expectancy is similar--somewhat less than QC now.

QC, followed by BC has the highest life expectancy in Canada, which means that on average the populations in these provinces are generally healthier than populations in other provinces.

Vaccination rates are also generally similar in both provinces, dating back to the start of vaccine availability.

So, infection fatality and hospitalization rates should be pretty similar in both provinces.

However, BC reports fewer than half the hospitalizations per infection than QC, and about a third of the deaths per infection as QC.

Part of this certainly reflects reporting differences between the provinces.

Reporting of serious COVID outcomes in BC has always been considerably lower than in QC, dating back to 2020.

However, the population infection fatality rate (pIFR) for BC calculated from excess mortality is 19% higher than the pIFR for QC, even though QC is slightly older (but also has a slightly healthier population).

By comparison, the pIFR for Ontario is 4% lower than for QC, pretty similar to what you'd expect based on the difference in ages of QC and ON populations.

So why is the BC pIFR higher?

It's not just toxic drugs. We correct for this, and BC actually has more complete, faster toxic drug death reporting than QC.

Plus, the age distribution of excess mortality in QC and BC is pretty similar, with respectively 90% and 80% of excess deaths happening in people 65 and older, as you'd expect for COVID.

It does look like there may be some additional drug deaths in the 45-64 year old age group in BC that aren't yet accounted for, but not enough to explain big differences in the pIFRs in the two provinces.

It is also possible that BC is actually hospitalizing fewer than half the number of people with COVID than are hospitalized in QC, which could certainly contribute to lower survival rates.

That is, maybe BC hospitalizations are much lower than QC hospitalizations not because of under-reporting, but because of "under-treatment" (not sure if that's the right word). Or maybe it's a mix of both under-reporting and under-hospitalization in BC and QC.
Read 4 tweets
Sep 1
Canadian COVID Forecast Aug 31-Sep 13, 2024

CANADA

SEVERE (increasing)

Estimated infections this week: 1,183,400-1,350,800

About 1 in every 32 people infected

Compared to lowest point of pandemic in Canada:

-Infections ~25X higher
-Long COVID ~26X higher
-Hospitalizations ~20X higher
-Deaths ~18X higherThis image describes the Canadian COVID Forecast for Aug 31-Sep 13, 2024 by COVID-19 Resources Canada. Canada’s COVID Forecast outlook is SEVERE (increasing) with a COVID INDEX SCORE of 21.0 About 1 of every 32 people is infected. Estimated infections this week: 1,183,400-1,350,800 How much higher are key indicators compared to the lowest point in the COVID pandemic in Canada? Waste water, infections: SEVERE; 24.6X higher Long COVID estimate: SEVERE; 26.2X higher Hospitalizations, ICU: SEVERE; 20.4X higher Deaths: SEVERE; 18.1X higher HOW TO HELP: EVERYONE: UPDATE vaccines every 6 months WE...
Prévisions régionales sur la COVID-19 se trouvent ici :

Canadian COVID Forecast Aug 31-Sep 13, 2024

NEWFOUNDLAND AND LABRADOR

SEVERE (no change)

Estimated infections this week: 12,600-14,400

About 1 in every 40 people infected

Compared to lowest point of pandemic in Canada:

-Infections ~19X higher
-Long COVID ~21X higher
-Hospitalizations ~18X higher
-Deaths ~24X higherThis image describes the Canadian COVID Forecast for Aug 31-Sep 13, 2024 by COVID-19 Resources Canada. Newfoundland & Labrador’s COVID Forecast outlook is SEVERE (no change) with a COVID INDEX SCORE of 20.4 About 1 of every 40 people is infected. Estimated infections this week: 12,600-14,400 How much higher are key indicators compared to the lowest point in the COVID pandemic in Canada? Waste water, infections: SEVERE; 19.0X higher Long COVID estimate: SEVERE; 20.8X higher Hospitalizations, ICU: SEVERE; 18.1X higher Deaths: SEVERE; 23.9X higher HOW TO HELP: EVERYONE: UPDATE vaccines every 6...
Read 17 tweets

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