48 new cases were reported in the region: 6 in Newfoundland and Labrador, 9 in New Brunswick, and 33 in Nova Scotia.
13/15 outside of NS were traced at the time of reporting.
There are now 874 known, active cases in the region.
PEI reported now new cases today, but did announce their plan to wind-down their pandemic related restrictions in the coming weeks and months (more on that later).
There are now 10 known, active cases in PEI.
NL reported 6 new cases today:
1 in the Western health region (under investigation)
1 in the Eastern health region (travel-related)
4 in the Central health region (3 close contacts linked to the ongoing cluster, and 1 travel-related)
There are now 89 known, active cases in NL
Updated cases per capita map with the Central health region emphasized.
Still going up, but I suspect this will bend in the near future (new and presumptive cases are drying up)
NB reported 9 new cases:
3 in Moncton (2 close contacts, 1 travel-related)
5 in Fredericton (4 close contacts, 1 travel-related)
1 in Bathurst (under investigation)
There are now 137 known, active cases in NB.
Updated cases per capita timeline with Fredericton emphasized.
NB also announced it's end game timeline for the pandemic (more on that in a bit)
NS reported 33 new cases today:
None in the Western zone
1 in the Northern zone
18 in the Eastern zone
14 in the Halifax area (Central zone)
There are now 638 known, active cases in NS.
NS Outbreak Detailed:
Restrictions/case levels map
Case origins timeline
Cases per capita timeline with Halifax emphasized
Comparison of Halifax outbreak wind-down to the worst outbreak in each health region in the country (scaled peak-to-peak)
No update in the map tonight.
By a narrow margin, The Halifax area is no longer the province's hotspot of cases (in per capita terms); The Eastern zone is.
Two and a half weeks out from the peak, cases are down nearly 80% in Halifax.
Provincial re-opening plan tomorrow.
Updated test numbers for NS.
Let's bump these rookie numbers up and close out this outbreak the right way.
Regional Summary
NB: Fredericton seems generally controlled. Have announced end-of-pandemic plan.
That's a gross over-simplification, just read the plan summaries.
Modified travel restrictions (testing, shorter isolation) seem like they will be in place for unvaccinated travellers through to the end of the summer.
You can see the entire pandemic timeline for the Atlantic region and surrounding area in the animation.
Each tick is a week since the start of the pandemic in March of last year.
Vaccine Roll-Out Metrics
1st graph shows how many days since each province had enough doses to cover their current usage.
2nd graph shows percent of eligible population that is newly vaccinated each day
3rd graph shows days ahead/behind versus national average
This animation shows each province's vaccination pace as a percent of the pace they need to each 80% first dose coverage by the end of June (based on how many they have already vaccinated and how much time is left).
Older data becomes less visible over time.
Here is the current percent of the eligible population of each province covered by at least one vaccine dose (Territories shown in the 2nd graph).
Graph shows actual first dose coverage (blue) compared to a charitable maximum (green) that accounts for previously given 2nd doses and gives a 5-day grace period on deliveries.
Provinces are sorted from smallest (good) to largest (bad) gap between actual/potential coverage.
Nightly quick look at how the rest of the country is doing.
NS hasn't quite caught up with Quebec in the great race to the bottom, but almost.
Manitoba may have found it's peak, but they've faked us out before.
This weekend (probably Sunday during the day) I'll be doing my usual monthly epi-summary for the whole country.
And as always there will be a bonus analysis; this time: looking at what predicts how many outbreak events a health region has had, and how long they take to resolve.
That's it for tonight's update.
Take care of one another and have a great night!
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For all the graphs, I have the national range in the background in grey: the bottom is the lowest per capita rate by any health region and the top is the highest per capita rate.
Quick thread on vaccines, outbreaks, and why *who* is vaccinated as much as how many (although both are very important)
There's a pre-print out that gives estimates (based on sero-prevalence) of the probability of needing to go to the hospital or dying if infected with SARS-CoV-2 for a series of age brackets: medrxiv.org/content/10.110…
If you know a population's age structure, you can somewhat estimate what an outbreak of a given number of infections will look like in terms of number of hospitalizations and deaths.
And if you know vaccine coverage, you can update those estimates for those effects, too.