By Neil Lock
Preface
Charles has asked me to clarify the Blavatnik stringency index I use in this paper. Here’s where you can find its definition: in Chapter 4 of https://www.bsg.ox.ac.uk/sites/default/files/2020-11/BSG-WP-2020-032-v9.pdf. I share Charles’s concerns about the way the index is put together. My own criticisms are: One, they weight their 9 factors equally, without justification. My main objective in this paper is to try to put together some evidence to test that equal weighting! Two, they do not rightly weight regional lockdowns in comparison with national ones. In my view, any regional lockdown should be weighted according to the population affected by it. A lockdown measure in England (84% of the UK population), for example, ought to carry almost 17 times as much weight in the index as the same measure in Wales (5% of the population). All that said, if the Blavatnik data has been put together honestly (and I don’t have any evidence to lead me to doubt that), my inclination is to use it to get the best picture I can.

A month ago, I compared the histories of the COVID-19 epidemic in fourteen Western European countries. At that point, the “second wave” of the virus, which had been building throughout the region for three or four months, was giving governments an excuse to start re-introducing lockdowns. So, I said that I would review the situation in a month or so. That month has now elapsed, so here’s the review. Maybe, just maybe, I’ll now have enough data to form some idea of which lockdown measures have been effective, and which haven’t.
Once again, here is the list of countries:
| Austria |
| Belgium |
| Denmark |
| France |
| Germany |
| Ireland |
| Italy |
| Luxembourg |
| Netherlands |
| Portugal |
| Spain |
| Sweden |
| Switzerland |
| UK |
The data sources are the same as before: Our World in Data and the Blavatnik School of Government, both at Oxford University. The data I used was taken on December 3rd, and it included figures up to and including December 2nd.
In the last week or so, the Our World in Data feed has changed quite substantially. Most data before the third week of January has been deleted. Some countries – France, Germany and Sweden at least – have taken the opportunity to wipe and re-write a lot of their data, some of it right back to the beginning of the epidemic. And the data for UK dependencies (Jersey, Guernsey, Isle of Man, Gibraltar) and Danish dependencies (Faeroe Islands, Greenland) has disappeared entirely. I would have expected that this data might have been consolidated into the parent country’s; but for the UK at least, I don’t see any evidence of this.
Every so often, the Our World in Data feed adds new data columns. One of these recently added is the reproduction rate (Rt). This is the average number of new infections passed on (as at a given day) by a single infected person. It is usually expressed as a fraction. Rt bigger than 1 means the infection numbers are generally rising, and less than 1 means they are generally falling. In the UK at least, this is modelled data rather than measured data. And, as we’ll see, some countries’ figures are smoother than others, so it looks as if different countries are calculating it differently. But it’s still of interest to compare even a modelled Rt with the observed rate of growth of new cases.
Also, in November the Swedes have also completely re-written their lockdown stringency data, and it now looks as if for months their lockdown hasn’t been nearly as light as we had been led to believe. All this said, I’ll repeat what I’ve said many times before: It’s the best data I have, so I’ll use it.
Cases
I’ll begin with cases. Here are the total (cumulative) cases per million population over the whole period of the epidemic, up to December 2nd.

Here is a daily cases per million population comparison. The data shown are centrally averaged over a 7-day period. That is, the date against which a count is plotted is the 4th (central) day of the period.

In the great majority of the 14 countries, the new case counts have peaked since late October, and in many have since fallen significantly. So, the recent lockdowns must have had an effect. Which measures have had the most effect, is a moot point at this stage.
Here is the list of daily cases per million as at the end of the month:

To put this in perspective, only Spain, Ireland and France are currently below the 200 new cases per million population per day, at which the WHO considers the virus to be endemic, and no unlocks should be considered. However, four more countries, including the UK, are now only slightly above it.
Another way to look at the cases figures is in terms of weekly new case growth. This is the percentage growth in the (weekly averaged) new cases from a particular day to the same day of the week a week later. This requires the weekly averaged new cases up to 3 days after the current date, meaning there must be at least 6 days of case data after the current date. That is why the graph stops before the end of November.

It’s obvious that, over the last four weeks, the trends in weekly case growth have almost all been downward. So much so, that only three of the countries are now showing positive growth in new cases:

Another way to look at infection rates is to plot the reproduction rate, Rt. This is based on numbers of infections, not cases, so it may show a slightly different picture to the weekly case growth. Later, when I come to plot the two on the same axis, it will become plain that while the two are clearly related, they don’t always move together in perfect sync.
Here are the Rt values supplied by each country over the course of the epidemic. With the exception of Sweden, the Rt rates have been trending down throughout November:


The UK is one of only four of the countries with an Rt rate below 1 at the end of November.
In contrast, the trends in lockdown stringency have almost all been upward since late October:

The UK (pink line) appears to be bucking this trend; but, like most things political, that is a deceit. The apparent drop around November 10th was caused by the release of “circuit-breaker” lockdowns in Wales and Northern Ireland. Yet people in England are (were?) far harder locked down at the end of November than at the end of October. At the moment at least, the figure pulled through to Our World in Data only reports measures which are in place UK wide; it seems to miss additional measures in the individual constituent countries. On top of the currently reported figure of about 64%, these additional measures account as of November 30th for around 5% extra stringency in England, 3% in Northern Ireland and Wales, and around 1% in Scotland.
Tests
The number of cases which get found depends, in part at least, on the testing capacity available. Here are the cumulative tests carried out per 100,000 population in each country (except Sweden and France, which do not report cumulative test counts):

Luxembourg and Denmark are well ahead of the rest. In fact, the number of tests done in Luxembourg since the start of the epidemic is more than twice the population!
Another interesting statistic is the cumulative percentage of positives among the tests done since the very beginning of the epidemic:

In many of the countries, the cases per test percentage has climbed significantly in the second wave of the epidemic. I’d guess this is simply because infections have been climbing faster than any increase in the number of tests available. This is consistent with the observation that, in most of the countries, this ratio now seems to be nearing a second peak.
Deaths
Here are four spaghetti graphs of deaths from the virus. The first is total deaths per million population. The second shows the daily deaths per million, over the course of the epidemic; and I have appended to it a histogram of the deaths per million rates as at November 30th. You can see here which countries have started to “get on top” of the second wave, and which haven’t. The third shows deaths per case, with the cases offset 21 days back from the deaths (21 days being the mean length of the course of the disease, in the UK at least). The fourth and final graph shows the cumulative totals of deaths per case over the whole course of the epidemic.





The UK (pink line) is not doing well in the deaths-per-case stakes. It is second only to Italy in current daily deaths per case. And the UK is now top of the list in terms of deaths per case over the whole epidemic, at about 3.6%. Deaths per case is, I think, a fair indicator of lack of quality in a country’s health care system; for lack of testing capacity, and less effective treatment of those who need hospitalization, will both tend to increase it.
Lockdowns
I come now to the meat of this review. For each country, I have plotted weekly case growth percentage (blue line), lockdown stringency percentage (brown line) and Rt rate multiplied by 100 to express it as a percentage (grey line), all on the same graph. Both the weekly case growth and Rt are capped at a maximum of 200%. If a particular lockdown measure is effectual, then I would expect the grey and blue lines to move in the opposite direction to the brown, at or shortly after the day the measure comes into effect. A newly introduced lockdown measure, if successful, ought to visibly slow Rt rate, or weekly case growth, or both, within the incubation period of the virus (maximum 12 days).
This is complicated by the fact that, as you will see from the graphs, the virus has a rhythm of its own. Under conditions of constant stringency, the weekly case growth tends to oscillate periodically. The period can be different in different countries, and sometimes varies from time to time within a country; but 2 to 6 weeks from peak to peak or trough to trough is typical. Left to itself, over the course of many cycles, the weekly case growth will tend to rise. But if a lockdown measure is effective, it may change the overall trend between peaks or troughs from upwards to downwards, and may also start to smooth out the peaks and troughs.
As to the reproduction rate, it too tends to oscillate periodically, in the same direction as the weekly case growth. Peaks and troughs in weekly case growth often show a few days ahead of peaks and troughs in the Rt rate. However, as some of the examples below will show, it is now quite common to have Rt above 1 and case growth negative at the same time.
The other component of my review is the detailed data, which the Blavatnik School of Government provide on the status of 12 lockdown indicators (9 of which contribute to the stringency index) for each country for each day. I have converted these to a list of measures which have been imposed (or unlocked) in each country, with dates, since August 1st. I have also included a summary of the currently active lockdown measures in each country.
Austria

| Date | Stringency | Measures |
| 20200906 | 36.11 | Schools: Recommended closed (Regional) International: Ban some arrivals |
| 20200914 | 36.11 | Face covering: Required when with others |
| 20200917 | 37.04 | Workplaces: Recommended closed (Regional) Gatherings: Up to 11-100 |
| 20200929 | 40.74 | Stay at home: Recommended |
| 20201013 | 44.91 | Events: Mandatory cancelled (Regional) Gatherings: Up to <=10 (Regional) |
| 20201017 | 58.8 | Workplaces: Some closed (Regional) Stay at home: Required with exceptions (Regional) Travel: Mandatory restrictions (Regional) |
| 20201023 | 60.19 | Gatherings: Up to <=10 |
| 20201027 | 64.81 | Schools: Recommended closed Events: Mandatory cancelled |
| 20201102 | 75 | Schools: Some closed Workplaces: Some closed Public transport: Recommended closed Stay at home: Required with exceptions Travel: Recommended not to travel |
| 20201117 | 82.41 | Schools: Mandatory closed Workplaces: Mandatory closed |
Current (20201127): Schools: Mandatory closed, Workplaces: Mandatory closed, Events: Mandatory cancelled, Gatherings: Up to <=10, Public transport: Recommended closed, Stay at home: Required with exceptions, Travel: Recommended not to travel, International: Ban some arrivals, Public info: Co-ordinated, Testing: Open, Contact tracing: Comprehensive, Face covering: Required when with others.
Notes: Given the high peaks in both Rt and case growth near the end of October, I don’t think the lockdown measures introduced during September and early October had a whole lot of effect. However, the September 29th “Stay at home: Recommended” did appear to produce an all but immediate downturn in weekly case growth and in reproduction rate. The October 23rd reduced limit on the size of gatherings also seems to have had an immediate beneficial effect. The November 2nd measures also had some positive effect, though it’s not possible to tell which of them were responsible for it. The November 17th measures have continued the drop in weekly case growth, but I don’t yet have the Rt figures to cross-check with.
There’s something else curious about this graph. Look at the peaks in Rt and in the weekly case growth. They seem to be getting vertically further apart from each other. As time goes on, it looks as if it takes a higher Rt to produce a given growth in cases. I wonder, perhaps, if the proportion of infections which do not lead to confirmed cases (for example, because they are asymptomatic) is rising? If so, that’s good news.
Belgium

| Date | Stringency | Measures |
| 20200729 | 62.96 | Workplaces: Mandatory closed (Regional) Gatherings: Up to <=10 Stay at home: Required with exceptions (Regional) |
| 20200807 | 59.26 | Stay at home: Recommended (Regional) |
| 20200809 | 64.81 | Travel: Mandatory restrictions (Regional) |
| 20200812 | 58.33 | Workplaces: Some closed Stay at home: Required with exceptions (Regional) Travel: No restrictions |
| 20200827 | 52.78 | Stay at home: No measures |
| 20200930 | 47.22 | Events: Recommended cancelled Face covering: Required in some places |
| 20201001 | 47.22 | Face covering: Required when with others |
| 20201009 | 45.37 | Workplaces: Some closed (Regional) |
| 20201019 | 54.63 | Workplaces: Some closed Stay at home: Required with exceptions |
| 20201029 | 56.48 | Schools: Some closed (Regional) |
| 20201102 | 65.74 | Workplaces: Mandatory closed Events: Mandatory cancelled |
| 20201116 | 63.89 | Schools: Recommended closed |
Current (20201123): Schools: Recommended closed, Workplaces: Mandatory closed, Events: Mandatory cancelled, Gatherings: Up to <=10, Stay at home: Required with exceptions, International: Ban some arrivals, Public info: Co-ordinated, Testing: If symptoms, Contact tracing: Comprehensive, Face covering: Required when with others.
Notes: I added the July 29th measures to the list above, because they do seem to have had an immediate and significant effect. The only national measure in that group was the restriction of gathering size to 10 or below, so that may have been what “did the trick” at that stage. The precipitate fall in weekly case growth around October 22nd, and in the reproduction rate a little later, looks likely to be due to the October 19th “Stay at home: Required with exceptions.” The November 2nd mandatory closure of workplaces and cancellation of events have in fact been followed by an increase in weekly case growth, though it is still (just) negative. Rt has continued to drop, but there is no “knee” to suggest that these measures on their own made a significant difference.
I will, however, note that the stringent October 1st “Face covering: Required when with others” mandate seems to have done nothing at all to prevent the huge peak in new cases in mid to late October. And it seems to have sent the reproduction rate up, not down! I think that gives us some evidence that mandating face coverings brings little or no benefits.
Denmark

| Date | Stringency | Measures |
| 20200801 | 50.93 | Schools: Recommended closed |
| 20200822 | 50.93 | Face covering: Required in some places |
| 20200909 | 47.69 | Workplaces: Some closed (Regional) Gatherings: Up to 11-100 (Regional) Public info: Co-ordinated (Regional) |
| 20200919 | 50.93 | Workplaces: Some closed Gatherings: Up to 11-100 |
| 20201010 | 41.67 | Workplaces: Recommended closed Gatherings: Up to 101-1000 Public transport: Open Public info: Co-ordinated Contact tracing: Limited |
| 20201021 | 37.04 | Schools: Open Gatherings: Up to 11-100 Stay at home: No measures Contact tracing: Comprehensive |
| 20201026 | 39.81 | Gatherings: Up to <=10 |
| 20201109 | 54.63 | Schools: Some closed (Regional) Stay at home: Recommended Travel: Recommended not to travel |
| 20201116 | 50 | Stay at home: Recommended (Regional) Travel: Recommended not to travel (Regional) |
| 20201119 | 43.52 | Schools: Recommended closed Stay at home: No measures Travel: No restrictions |
| 20201123 | 45.37 | Stay at home: Recommended (Regional) |
Current (20201130): Schools: Recommended closed, Workplaces: Recommended closed, Events: Recommended cancelled, Gatherings: Up to <=10, Stay at home: Recommended (Regional), International: Ban some arrivals, Public info: Co-ordinated, Testing: Open, Contact tracing: Comprehensive, Face covering: Required in some places.
Notes: Denmark’s Rt rate looks smoother than either Austria’s or Belgium’s, and it doesn’t show all the peaks and troughs in weekly case growth. It looks as if they may be calculating it a different way from the others.
The last three troughs in Rt (the final one is only just visible) look to have all bottomed out at similar values around 120%, and all at stringency levels near 50%, too. The October 26th reduction of maximum group size, combined with the stay at home and not-to-travel recommendations in force from November 9th to 19th, have brought the Rt down somewhat, but not as much as I would have expected. They may also have contributed to the small size of the following case growth peak; but I can’t be sure. We’ll have to wait a bit longer to draw any conclusions from Denmark.
France

| Date | Stringency | Measures |
| 20200803 | 46.3 | Face covering: Required outside the home (Regional) |
| 20200814 | 48.15 | Workplaces: Some closed (Regional) |
| 20200901 | 46.76 | Gatherings: Up to <=10 (Regional) |
| 20200903 | 48.61 | Schools: Some closed (Regional) |
| 20200922 | 46.76 | Schools: Recommended closed |
| 20200926 | 49.54 | Events: Mandatory cancelled (Regional) |
| 20201010 | 43.98 | Events: Recommended cancelled Travel: No restrictions |
| 20201017 | 49.54 | Stay at home: Required with exceptions (Regional) |
| 20201030 | 78.7 | Schools: Some closed Workplaces: Mandatory closed Events: Mandatory cancelled Gatherings: Up to <=10 Stay at home: Required with exceptions Travel: Mandatory restrictions |
| 20201128 | 75 | Workplaces: Some closed |
Current (20201128): Schools: Some closed, Workplaces: Some closed, Events: Mandatory cancelled, Gatherings: Up to <=10, Stay at home: Required with exceptions, Travel: Mandatory restrictions, International: Ban some arrivals, Public info: Co-ordinated. Testing: Open. Contact tracing: Comprehensive, Face covering: Required when with others.
Notes: To help make sense of the French data, I’ll also show the daily cases graph:

What seems to have happened is that the French waited until the last possible moment, then on October 30th threw in just about every lockdown idea they could think of, all at the same time. It seems to have “worked,” after a fashion; but it’s been almost as harsh as the first lockdown. Moreover, the French have had “Face covering: Required when with others” nationally since July 20th. So, that rush up to the peak from July to October, I think, is fairly good evidence that face mask wearing by the public doesn’t hamper the spread of the virus.
Note also that, as of mid-November and under stringent lockdown, Rt was still above 100%, and yet new cases were dropping.
Germany

| Date | Stringency | Measures |
| 20200807 | 59.72 | Schools: Some closed (Regional) |
| 20200808 | 56.94 | Gatherings: Up to 11-100 (Regional) |
| 20200824 | 59.72 | Gatherings: Up to <=10 (Regional) |
| 20200903 | 57.87 | Schools: Recommended closed |
| 20200904 | 49.54 | Travel: No restrictions |
| 20201001 | 46.76 | International: Quarantine high-risk |
| 20201015 | 56.02 | Stay at home: Recommended Travel: Recommended not to travel |
| 20201022 | 57.87 | Stay at home: Required with exceptions (Regional) |
| 20201102 | 59.26 | Workplaces: Some closed Gatherings: Up to <=10 Stay at home: Recommended |
| 20201110 | 62.04 | International: Ban some arrivals |
Current (20201129): Schools: Recommended closed, Workplaces: Some closed, Events: Mandatory cancelled, Gatherings: Up to <=10, Stay at home: Recommended, Travel: Recommended not to travel, International: Ban some arrivals, Public info: Co-ordinated, Testing: Open, Contact tracing: Comprehensive, Face covering: Required in some places.
Notes: German cases have recently all but stabilized. Here’s the new cases graph:

The most likely causes of this recent stabilization would seem to be the October 15th “Stay at home: Recommended” and “Travel: Recommended not to travel.” Germans will usually do what they are told to! The November 2nd restriction on group size, and the closure of some workplaces, have reduced Rt, but they don’t seem to have had much effect so far on case growth. And for much of November, Rt was well above 100%, but the new case counts weren’t consistently growing.
Ireland

| Date | Stringency | Measures |
| 20200808 | 59.72 | Workplaces: Mandatory closed (Regional) Gatherings: Up to 11-100 (Regional) Stay at home: Required with exceptions (Regional) Travel: Mandatory restrictions (Regional) |
| 20200818 | 63.43 | Events: Mandatory cancelled |
| 20200921 | 52.31 | Schools: Recommended closed Workplaces: Some closed Events: Mandatory cancelled (Regional) Gatherings: Up to 11-100 (Regional) Public transport: Recommended closed (Regional) Travel: Recommended not to travel (Regional) |
| 20201007 | 61.57 | Schools: Recommended closed (Regional) Events: Mandatory cancelled Travel: Mandatory restrictions |
| 20201021 | 81.48 | Schools: Some closed Workplaces: Mandatory closed Gatherings: Up to <=10 Public transport: Recommended closed Stay at home: Required with exceptions |
Current (20201123): Schools: Some closed, Workplaces: Mandatory closed, Events: Mandatory cancelled, Gatherings: Up to <=10, Public transport: Recommended closed, Stay at home: Required with exceptions, Travel: Mandatory restrictions, International: Quarantine high-risk, Public info: Co-ordinated, Testing: If symptoms, Contact tracing: Comprehensive, Face covering: Required in some places.
Notes: The regional measures of August 8th seem to have brought the immediate problem under control. After that, nothing seemed to have much effect until October 7th. It was probably the national measures, “Travel: Mandatory restrictions” and/or the “Events: mandatory cancelled” that did the trick. And the (over?) draconian measures of October 21st have certainly brought Rt down, and to well below 100%.
Italy

| Date | Stringency | Measures |
| 20200808 | 50.93 | International: Ban some arrivals |
| 20200817 | 54.63 | Workplaces: Some closed |
| 20200914 | 47.22 | Schools: Recommended closed |
| 20201006 | 55.56 | Gatherings: Up to 11-100 Public transport: Recommended closed Contact tracing: Limited Face covering: Required when with others |
| 20201014 | 50 | Public transport: Open |
| 20201023 | 66.67 | Schools: Some closed (Regional) Workplaces: Some closed (Regional) Gatherings: Up to <=10 Public transport: Recommended closed (Regional) Stay at home: Required with exceptions (Regional) Travel: Mandatory restrictions (Regional) International: Quarantine high-risk Contact tracing: Comprehensive |
| 20201106 | 76.85 | Schools: Some closed Workplaces: Mandatory closed (Regional) Stay at home: Required with exceptions International: Ban some arrivals |
| 20201110 | 79.63 | Public transport: Recommended closed Contact tracing: Limited |
Current (20201125): Schools: Some closed, Workplaces: Mandatory closed (Regional), Events: Mandatory cancelled, Gatherings: Up to <=10, Public transport: Recommended closed, Stay at home: Required with exceptions, Travel: Mandatory restrictions (Regional), International: Ban some arrivals, Public info: Co-ordinated, Testing: If symptoms, Contact tracing: Limited, Face covering: Required when with others.
Notes: The August 17th closure of some workplaces did seem to have an effect. The package of measures on October 6th did have an immediate effect, but not as strong as the Italians might have hoped. October 23rd, for me, looks like the key date; and on that date, the only national measure was the restriction of gatherings to 10 or less. This looks like more evidence that restricting gathering sizes works.
Whether the strong restrictions added on November 6th have made a difference, or are simply “over the top,” I – once again – cannot tell; and it doesn’t help that the Italians haven’t reported any Rt figures since November 20th. But once again, an Rt consistently above 100% has nevertheless allowed case growth to drop significantly.
Luxembourg

| Date | Stringency | Measures |
| 20200807 | 31.48 | Events: Recommended cancelled Stay at home: Recommended |
| 20200812 | 34.26 | International: Screening |
| 20200821 | 39.1 | International: Ban some arrivals |
| 20200825 | 43.52 | Workplaces: Recommended closed |
| 20200913 | 40.74 | Gatherings: Up to 11-100 |
| 20200926 | 43.52 | Gatherings: Up to <=10 |
| 20201006 | 43.52 | Contact tracing: Limited |
| 20201020 | 52.78 | Schools: Recommended closed Events: Mandatory cancelled |
| 20201030 | 56.48 | Stay at home: Required with exceptions Face covering: Required when with others |
| 20201126 | 60.19 | Workplaces: Some closed |
Current (20201123): Schools: Recommended closed, Workplaces: Some closed, Events: Mandatory cancelled, Gatherings: Up to <=10, Stay at home: Required with exceptions, International: Ban some arrivals, Public info: Co-ordinated, Testing: Open, Contact tracing: Limited, Face covering: Required when with others.
Notes: Because Luxembourg is a small country, its weekly case growth will tend to be more volatile than in larger countries. There were also significant adjustments to the numbers of cases in late August. Since then, a significant drop in weekly case growth seems to have started since the October 20th measures. I’m a little surprised by that, as school closures were only recommended, not mandated; perhaps the mandatory cancellation of events was a bigger factor.
The October 31st “Stay at home: Required with exceptions” also produced a drop in Rt, as you can see by the “knee” on the graph. But since then, case growth hasn’t come down much, even though Rt has continued to drop. As to the November 26th closure of some workplaces, we’ll have to wait and see.
Netherlands

| Date | Stringency | Measures |
| 20200818 | 50.93 | Events: Recommended cancelled Gatherings: Up to <=10 |
| 20200920 | 48.15 | Events: Recommended cancelled (Regional) |
| 20200929 | 62.04 | Events: Mandatory cancelled Travel: Recommended not to travel |
| 20201104 | 65.74 | Workplaces: Mandatory closed |
| 20201122 | 56.48 | Workplaces: Some closed Travel: No restrictions |
Current (20201122): Schools: Recommended closed, Workplaces: Some closed, Events: Mandatory cancelled, Gatherings: Up to <=10, Stay at home: Recommended, International: Ban some arrivals, Public info: Co-ordinated, Testing: If symptoms, Contact tracing: Comprehensive, Face covering: Required in some places.
Notes: The August 18th restriction on gathering size did seem to pull down the size of the next peak in case growth. How significant the recommendation to cancel events was, I don’t know. But Rt started to increase shortly afterwards, not to decrease!
The September 29th measures, events cancellation and recommendation not to travel, did seem to get the cases coming down at last. Rt also started to drop significantly, a week or so afterwards.
All was well for a while; and by the middle of November, Rt had dropped well below 100%. But the November 4th closure of workplaces seems to have had no beneficial effect at all. In fact, since the middle of November, Dutch cases have been dropping, but more slowly than before.
Portugal

| Date | Stringency | Measures |
| 20200801 | 65.28 | Face covering: Required outside the home (Regional) |
| 20200810 | 66.2 | Events: Mandatory cancelled Stay at home: Required with exceptions (Regional) |
| 20200825 | 55.09 | Schools: Recommended closed Workplaces: Some closed (Regional) Stay at home: No measures |
| 20200904 | 56.94 | Workplaces: Some closed |
| 20200915 | 58.8 | Stay at home: Recommended (Regional) |
| 20201002 | 56.94 | Workplaces: Some closed (Regional) |
| 20201023 | 60.65 | Stay at home: Required with exceptions (Regional) |
| 20201024 | 66.2 | Schools: Mandatory closed (Regional) |
| 20201030 | 74.54 | Travel: Mandatory restrictions (Regional) |
| 20201104 | 66.2 | Travel: No restrictions |
| 20201106 | 60.65 | Schools: Recommended closed |
| 20201114 | 69.91 | Workplaces: Mandatory closed (Regional) |
| 20201116 | 66.2 | Workplaces: Some closed (Regional) |
| 20201121 | 69.91 | Workplaces: Mandatory closed (Regional) |
| 20201123 | 66.2 | Workplaces: Some closed (Regional) |
Current (20201123): Schools: Recommended closed, Workplaces: Some closed (Regional), Events: Mandatory cancelled, Gatherings: Up to <=10 (Regional), Public transport: Recommended closed, Stay at home: Required with exceptions (Regional), International: Ban some arrivals, Public info: Co-ordinated, Testing: Open, Contact tracing: Limited, Face covering: Required outside the home.
Notes: Since early September, all the lockdowns have been regional. They have been quite stringent. And they do seem to be getting on top of the virus, albeit slowly.
The peaks and troughs in Rt in Portugal don’t seem to correspond to any particular lockdown measures being introduced or released at the time. Rt did, however, drop during September, a period when some workplaces were closed nationally. And, though Rt is still well above 100%, new cases have started to drop significantly. The Portuguese must be doing something right; but I have no idea what it is!
Spain

| Date | Stringency | Measures |
| 20200810 | 60.65 | Stay at home: Recommended (Regional) |
| 20200814 | 62.5 | Workplaces: Some closed |
| 20200907 | 60.65 | Schools: Some closed (Regional) |
| 20201007 | 64.35 | Schools: Mandatory closed (Regional) |
| 20201013 | 64.35 | Contact tracing: Comprehensive Face covering: Required outside the home |
| 20201022 | 58.8 | Schools: Recommended closed |
| 20201025 | 71.3 | Events: Mandatory cancelled Gatherings: Up to <=10 Stay at home: Required with exceptions Travel: Mandatory restrictions |
Current (20201129): Schools: Recommended closed, Workplaces: Some closed, Events: Mandatory cancelled, Gatherings: Up to <=10, Stay at home: Required with exceptions, Travel: Mandatory restrictions, International: Ban some arrivals, Public info: Co-ordinated, Testing: If symptoms, Contact tracing: Comprehensive, Face covering: Required outside the home.
Notes: The two sets of lockdowns during July do seem to have had an effect on both Rt and weekly case growth, but they were regional only. Another “sea change” seems to have taken place around October 25th. The measures introduced then were event cancellations, reduced gathering size, stay at home, and travel restrictions. All four of these have been seen to be effective elsewhere, so the Spaniards are probably on the right track as far as dealing with the virus is concerned. Here, too, we see Rt consistently above 100% during November, and yet a significant drop in new cases.
The face covering requirement introduced on October 13th – the most stringent in all the 14 countries – does not appear to have had any effect on Rt. And any effects it might have had on case growth will have been eclipsed by the measures of October 25th.
Sweden

| Date | Stringency | Measures |
| 20200817 | 55.56 | Schools: Recommended closed |
| 20201110 | 58.33 | Travel: Recommended not to travel (Regional) |
| 20201111 | 50 | Gatherings: No restrictions |
| 20201124 | 53.7 | Workplaces: Some closed |
Current (20201124): Schools: Recommended closed, Workplaces: Some closed, Events: Mandatory cancelled, Public transport: Recommended closed, Stay at home: Recommended, Travel: Recommended not to travel (Regional), International: Ban some arrivals, Public info: Co-ordinated, Testing: If symptoms, Contact tracing: Limited.
Notes: The weekly case growth has come down since the end of October, with no particular lockdown measure being an obvious cause. However, Rt – which is unusually smooth, like Denmark’s – has been rising since July, and now seems to have just about peaked. The November 24th closure of some workplaces hasn’t been in force long enough yet to draw any conclusions.
Switzerland

| Date | Stringency | Measures |
| 20200917 | 43.06 | Face covering: Required when with others |
| 20200918 | 43.06 | Testing: If symptoms |
| 20201010 | 33.8 | Schools: Recommended closed (Regional) Events: Recommended cancelled (Regional) International: Quarantine high-risk |
| 20201019 | 35.19 | Gatherings: Up to 11-100 |
| 20201020 | 40.74 | Events: Recommended cancelled International: Ban some arrivals |
| 20201029 | 45.37 | Workplaces: Some closed Events: Mandatory cancelled (Regional) |
| 20201102 | 49.07 | Schools: Some closed (Regional) |
Current (20201123): Schools: Some closed (Regional), Workplaces: Some closed, Events: Mandatory cancelled (Regional), Gatherings: Up to 11-100, International: Ban some arrivals, Public info: Co-ordinated, Testing: If symptoms, Contact tracing: Comprehensive, Face covering: Required when with others.
Notes: This is an odd one. Rt went up enormously during September and early October, perhaps due to the re-opening of schools after the summer break. (There was a similar rise back in May, when schools re-opened after the first lockdown). Weekly case growth and Rt have been coming down almost continuously since then, and Rt is now down almost to 100%. Yet there was no national lockdown measure in early October to trigger that!
New cases peaked and started coming down around the time of the October 29th closure of some workplaces. Looking at Rt, there is a “knee” at precisely that time; so perhaps this measure added to the already existing downward trends in Rt and weekly case growth.
UK

UK wide measures
| Date | Stringency | Measures |
| 20200801 | 69.91 | Travel: Mandatory restrictions (Regional) |
| 20200813 | 66.2 | Schools: Some closed (Regional) |
| 20200830 | 66.2 | Contact tracing: Limited |
| 20200901 | 64.35 | Schools: Recommended closed |
| 20200914 | 65.74 | Gatherings: Up to <=10 |
| 20200924 | 67.59 | Stay at home: Recommended |
| 20201012 | 60.19 | Stay at home: Recommended (Regional) Travel: Recommended not to travel (Regional) |
| 20201019 | 65.74 | Schools: Mandatory closed (Regional) |
| 20201022 | 67.59 | Stay at home: Recommended |
| 20201023 | 75 | Stay at home: Required with exceptions (Regional) Travel: Mandatory restrictions (Regional) |
| 20201106 | 75 | Workplaces: Mandatory closed (Regional) Stay at home: Recommended Travel: Recommended not to travel International: Ban some arrivals |
| 20201110 | 63.89 | Schools: Open Workplaces: Some closed |
Current (20201116): Workplaces: Some closed, Events: Mandatory cancelled, Gatherings: Up to <=10, Public transport: Recommended closed, Stay at home: Recommended, Travel: Recommended not to travel, International: Ban some arrivals, Public info: Co-ordinated, Testing: If symptoms, Contact tracing: Limited, Face covering: Required in some places.
Notes: The UK seems to have the best correlation between Rt and weekly case growth of all the countries. There was a sea-change from a rising to a falling Rt trend some time in September, only broken by the huge spike in early October. “Gatherings: Up to <=10” and “Stay at home: Recommended” may have helped with this.
Here is the new cases graph for the UK as a whole:

The “tiered” local lockdowns in place in the second half of October seemed to have just about stabilized the new cases. When a new national lockdown was introduced in early November, cases suddenly went up again! But they peaked around November 13th, and have been going down ever since.
The UK data is particularly difficult to analyze, not only because of the tiers system (a version of which comes back into force on December 2nd), but also because England, Northern Ireland, Scotland and Wales each have their own separate additional lockdown rules.
England (84% of UK population)
| Date | Stringency | Measures |
| 20200801 | 66.2 | Stay at home: No measures Travel: Mandatory restrictions (Regional) |
| 20200827 | 66.2 | Face covering: Required in some places |
| 20200901 | 62.5 | Schools: Recommended closed |
| 20200914 | 63.89 | Gatherings: Up to <=10 |
| 20200925 | 63.89 | Face covering: Required in some places |
| 20201012 | 65.74 | Stay at home: Recommended (Regional) |
| 20201105 | 74.07 | Stay at home: Required with exceptions Travel: Mandatory restrictions |
| 20201117 | 66.67 | Stay at home: Required with exceptions (Regional) Travel: Recommended not to travel |
| 20201130 | 68.52 | Schools: Some closed (Regional) |
Differences from UK wide measures (20201130): Schools: Some closed (Regional), Stay at home: Required with exceptions (Regional), International: Quarantine high-risk.
Notes: The August 27th “Face covering: Required in some places” almost exactly coincided with the start of the second wave. And after the September 25th tightening, cases went soaring! Not good evidence for the efficacy of face coverings. And despite “Schools: Recommended closed,” most schools did in fact re-open, and the results are visible in the cases graph.
Of the November measures, the most likely to have brought about the drop in cases were the stay-at-home requirement and the travel restrictions.
Northern Ireland (3% of UK population)
| Date | Stringency | Measures |
| 20200810 | 62.96 | Face covering: Required in some places |
| 20200824 | 57.41 | Schools: Some closed (Regional) |
| 20200831 | 55.56 | Schools: Recommended closed |
| 20200911 | 54.17 | Gatherings: Up to <=10 (Regional) |
| 20200922 | 55.56 | Gatherings: Up to <=10 |
| 20200925 | 55.56 | Face covering: Required in some places |
| 20201014 | 77.78 | Schools: Mandatory closed Stay at home: Recommended Travel: Mandatory restrictions |
| 20201102 | 68.52 | Schools: Some closed Travel: Recommended not to travel Contact tracing: Limited |
| 20201110 | 66.67 | Schools: Some closed (Regional) |
Differences from UK wide measures (20201123): Schools: Some closed (Regional), International: Quarantine high-risk.
Notes: Due to the low proportion of the population, these measures are unlikely to have contributed much to the UK wide picture.
Scotland (8% of UK population)
| Date | Stringency | Measures |
| 20200805 | 71.3 | Travel: Mandatory restrictions (Regional) |
| 20200817 | 67.59 | Schools: Recommended closed |
| 20200821 | 73.15 | Stay at home: Required, minimal exceptions (Regional) |
| 20200824 | 70.37 | Travel: Recommended not to travel |
| 20200831 | 64.81 | Stay at home: Recommended |
| 20200923 | 64.81 | Contact tracing: Comprehensive |
| 20200925 | 64.81 | Face covering: Required in some places |
| 20201004 | 64.81 | Contact tracing: Limited |
| 20201102 | 67.59 | Travel: Mandatory restrictions (Regional) |
| 20201117 | 64.81 | Events: Mandatory cancelled (Regional) |
Differences from UK wide measures (20201123): Schools: Recommended closed, Events: Mandatory cancelled (Regional), Travel: Mandatory restrictions (Regional), International: Quarantine high-risk.
Notes: Due to the low proportion of the population, these measures are unlikely to have contributed much to the UK wide picture.
Wales (5% of UK population)
| Date | Stringency | Measures |
| 20200816 | 59.26 | Stay at home: No measures |
| 20200901 | 55.56 | Schools: Recommended closed |
| 20200908 | 62.5 | Gatherings: Up to <=10 (Regional) Travel: Mandatory restrictions (Regional) |
| 20200914 | 62.5 | Face covering: Required in some places |
| 20200925 | 62.5 | Face covering: Required in some places |
| 20200928 | 66.2 | Stay at home: Recommended |
| 20201013 | 67.59 | Gatherings: Up to <=10 |
| 20201016 | 70.37 | Travel: Mandatory restrictions |
| 20201023 | 77.78 | Workplaces: Mandatory closed Stay at home: Required with exceptions |
| 20201109 | 64.81 | Workplaces: Some closed Stay at home: Recommended Travel: Recommended not to travel |
| 20201117 | 64.81 | Contact tracing: Limited |
| 20201123 | 66.67 | Schools: Some closed (Regional) |
Differences from UK wide measures (20201123): Schools: Some closed (Regional), International: Quarantine high-risk.
Notes: Due to the low proportion of the population, these measures are unlikely to have contributed much to the UK wide picture.
Some tentative conclusions
In many cases, it’s hard to establish a strong correlation between success against the virus and any one particular lockdown measure. Part of the reason is that governments like to make lots of different regulations all starting on the same date, so it’s hard to determine which worked and which didn’t. The following conclusions, therefore, can only be tentative.
While schools are well known to be a breeding ground for the virus, I couldn’t find any evidence that school closures, either recommended or mandated, have on their own caused a significant drop in case growth anywhere during the second wave.
Workplace closures appear not to have been beneficial in Belgium or the Netherlands, and their effectiveness in Germany is doubtful. There is, however, some evidence that they did make a difference in Italy; and perhaps in Portugal and Switzerland too.
In most of the countries, large scale events have been (and still are) cancelled. But when a country has relaxed this measure, re-imposing it often seems to have had a beneficial effect on new case counts; at least in Ireland, Luxembourg, the Netherlands and Spain. But there seems to have been no clear benefit from re-imposing this measure in Belgium.
The reduction in maximum gathering size to 10 or less seems to have been effective in Austria, Belgium, Italy, Spain and the UK. The only country where it doesn’t seem to have made much of a difference is the Netherlands.
Public transport closures do not appear to have been a significant factor during the second wave of the epidemic.
Stay at home requirements look to have had a significant effect. Even just recommending stay-at-home has produced effects in Austria, Germany and the UK. Mandating stay-at-home seems to have made a difference in Belgium and Spain, and perhaps in Luxembourg.
Travel restrictions, too, do make a difference. Even a recommendation not to travel has had beneficial effects in Germany and the Netherlands. Mandatory restrictions on travel have been effective in Ireland, and arguably in Spain. And a mixture of the two has, probably, had some effect in the UK.
The only countries which changed their international travel rules in October or November are Germany, Switzerland and Italy. I would expect that the effects of these changes will have been negligible; since international travel bans and quarantines would have far more effect in times when the virus is at a low level in a country, than when – as now – it is higher than in the rest of the world.
As to face masks for the general public, evidence from Belgium, France, Spain and the UK suggests that they have no beneficial effects. Indeed, it’s not implausible, given the data, that requiring the public to wear face coverings actually helps to spread the virus.
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I produced a video last month comparing case and death data from Belgium (mask mandate) and Netherlands (no mask mandate) and posted it on social media. Mask mandators didn’t like it.
http://verdeviews.com/be-nl-corona-11-01.mp4
This may be too awful to announce here, but despite Christmas time it aught to be discussed between mature grownups.
It is a repeat of a similar child abuse event I wrote about in 2009, where icecap.us re-published it and helped issue a protest to the British authorities:
https://klimabedrag.carl-fh.com/article/full/shameful-exploit-of-uk-children-in-climate-propaganda
The following may be even worse, as kids to the age of 3 years old are mentally learning to live and react according to what they learn in this age (pre-learning).
RTE Exploits Kids to Promote the Pfizer’s Vaccine? | The Late Late Toy Show
https://assets.publishing.service.gov.uk/government/uploads/system/uploads/attachment_data/file/940850/Weekly_report_mortality__W49.pdf
Not much of a second wave here in the UK here despite you pseudo mathematical study to discredit every health system in the world apart from the USA. Lockdowns have had no effect and wearing masks should not be mandatory. The virus will go away without any of the measures deemed needed to tackle it by politicians by next year everyone will have forgotten about it.
Good analysis but I think too much credit is being given to lockdown measures of any sort.
I would highly recommend the following for further viewing.
https://www.youtube.com/watch?v=m121hAiREvc
Ivor has done a fantastic job showing the lockdowns and masks are highly ineffective.
Much of the reaction to the pandemic is based on the belief that deaths from COVDI-19 are preventable. Heart disease kills far more people, but we have come to believe that deaths from heart disease are not preventable, or at least not preventable by measures that can be adopted by most people. So we don’t ruin millions of people to prevent deaths from heart disease, even though COVID and heart disease display the same age-to-mortality graph.
In Canada, the median age of the COVID dead us 82. I t is true that the deaths of people that age can be deferred by shielding them from COVID but, at that age, death is imminent. In fact quality of life at that age is pretty bad, and death for most people past 80 is probably a relief. You can’t really explain this to young people, who think that old people are pretty healthy, more or less, and then die abruptly by quietly going to sleep. Anyone who has witnessed the death of anyone from old age knows just how wrong this is. Dying of old age, usually over the course of a year, is terrible. A man who dies suddenly in a car wreck, when he is a healthy 70 year-old, has been granted a gift.
I think that the death of anyone over 80 is far less tragic than the summary impoverishment of anyone raising dependent children. It infuriates me that all the people who make the policies to suppress the spread of the virus are themselves well-insulated from the financial harms those policies must cause.
Yawn!
It’s futile to come out with any readings or statistics about Covid 19 – until it has run its course. We are not even half way through the epidemic yet.
Come back with an analysis in a couple of years, Neil Lock.
Andy, when embarking on policies that affect the lives of millions of people, it’s prudent to evaluate things as you go along. If you are on the wrong course, it’s better to catch it sooner than later. a couple of years from now the damage will be done and it’ll be too late to prevent, whereas if you can spot when you are on the wrong course early, you can change course before the damages accumulate too greatly.
You are flying a plane across country. Would you rather evaluate the situation and realize that the plane is currently plummeting from the sky while you are still in the air, so you can adjust the planes trajectory (or else bail out) or would you rather wait until the flight is over when it’s too late to save your life?
I know I’m going to aggravate a person or two by posting his link, but I promised that the next positive mask link I ran across, I would post, and this is it:
https://www.health.harvard.edu/blog/masks-save-lives-heres-what-you-need-to-know-2020111921466
Those who already have their minds made up on the subject can skip the link.
And as I read along I run across more positive articles about wearing face masks:
https://www.eatthis.com/cdc-face-mask-rule/
The CDC Just Changed This Big Face Mask Rule For All
“On Tuesday the CDC issued new mask guidance, citing numerous studies showing that masks can prevent both outgoing and incoming transmission.
“Masks are primarily intended to reduce the emission of virus-laden droplets (“source control”), which is especially relevant for asymptomatic or presymptomatic infected wearers who feel well and may be unaware of their infectiousness to others, and who are estimated to account for more than 50% of transmissions,” they write. ” Masks also help reduce inhalation of these droplets by the wearer (‘filtration for personal protection’).”
end excerpt
We had a person a couple of days ago claim in another thread that the Wuhan virus can’t be spread by asymptomatic people. As you can see, that person was wrong.
Hmm; “Post-lockdown SARS-CoViD-2 nucleic acid screening in nearly ten million residents of Wuhan China” is quite precise about who might be spreaders. Free full text is available online.
Quote: ” There were no positive tests among 1,174 close contacts of asymptomatic cases …. no evidence that the identified as positive cases were infectious ….”
Just in case you thought the previous CDC notification is outdated:
https://www.fourstateshomepage.com/news/biggest-mask-guidance-yet-issued-by-cdc/
by: Deja Brown
Posted: Dec 5, 2020 / 09:12 PM CST / Updated: Dec 5, 2020 / 09:12 PM CST
The CDC issues its strongest mask guidance yet during the Covid-19 Pandemic, calling for “Universal Mask Wearing”.
This means they suggest masks be worn in all activity outside of an individual’s home, when at least 6 feet of social distancing can’t be maintained..
“The new recommendation comes at the end of a week when the USA saw its deadliest day of the Pandemic so far, with more than 3,100 deaths on Thursday alone.”
end excerpt
Here’s more. Be careful what you ask for:
https://www.news-medical.net/news/20201204/Is-mask-wearing-effective-in-preventing-SARS-CoV-2-transmission.aspx
“Controversy regarding face coverings
Around the world, there has been a lot of controversy around wearing a face cover appropriately. Despite this, wearing masks and avoiding large gatherings remain the main agenda of public health campaigns by all major health bodies worldwide. Masks remain one of the most effective ways to prevent the spread of this airborne infection, write the researchers, and this study was conducted to show the efficacy of wearing face coverings correctly in preventing SARS-CoV-2 infection.
The team looked at the underlying physics that prevents the entry of particles with diameters > 1 micron into the nose and mouth of the wearer. As well as analyzing the efficacy of simple cotton or surgical masks, the study attempted to answer several questions regarding the viral load of airborne exhaled particles and the infectious dose from the infected person to the healthy person.
Type of mask
The team wrote, “Agencies like the Centers For Disease Control and Prevention recommend members of the public wear reusable fabric coverings, whereas disposable surgical masks are more common in East Asian countries such as China.”
end excerpt
Tom,
thank you for sharing, but you will note that (a) you shared articles, not studies, and (b) no study linked in said articles were controlled studies, all of which, thus far and for at least 60 years, have shown no benefit.
The observational studies that were linked:
“Reduction of secondary transmission of SARS-CoV-2 in households by face mask use, disinfection and social distancing“ – I didn’t see anywhere in this one that specifically separated mask use only vs other protective measures, which has been a weakness of most observational studies I’ve seen.
“The role of community-wide wearing of face mask for control of coronavirus disease 2019” – This one looked ONLY at mask use, again not accounting for other protective measures. And I find a pretty big problem with this comparison: We observed 11 COVID-19 clusters in recreational ‘mask-off’ settings compared to only 3 in workplace ‘mask-on’ settings – for a proper analysis they really should have compared similar settings. More than one variable was changed, so how do they know that masks are the controlling variable? Seems a lot like CAGW, where there is an inherent assumption that one variable is the controlling one, so the others are ignored.
“New and Improved COVID Symptom Survey Tracks Testing and Mask-Wearing” is linked as a study, but is a voluntary self-reporting survey, and even so states “Of course, correlation is not causation, and there are many differences between these states beyond their use of masks” (At least they acknowledge this)
“Community Use Of Face Masks And COVID-19: Evidence From A Natural Experiment Of State Mandates In The US” provided no details that I was able to access.
So far, all of these have the flaw of considering only one variable among many and assuming it to be the controlling variable. Also, so far, as I’ve said before, every controlled study on the subject shows that masks alone don’t do much at all. Interestingly, the Danish study had a very hard time getting published, too, because it ran against the politically correct position being touted. Doesn’t that remind you just a little of some other peer-review gatekeeping we’ve seen?
And finally, not a one of these studies is addressing N95’s, which was what you were claiming you were talking about. Have we changed the topic of discussion?
https://www.wlrn.org/news/2020-12-07/masks-work-but-what-makes-them-more-effective-the-latest-on-layers-filters-and-particles
Neil Lock, thank you for this essay. Well done!
” … [N]o statistically significant differences in preventing laboratory-confirmed” … influenza, respiratory viral infections, respiratory infection and influenzalike illness … “using N95 and surgical masks” …. was found in 6 randomized controlled trial according to 2020 report “Effectiveness of N95 respirators versus surgical masks against influenza: a systematic review and meta-analysis”; free full text available on-line.
The N95 had a positive impact only against laboratory confirmed bacterial colonization in randomized controlled trials.
I also want to thank the many discussants for their comments.
brief review of gruesome current US statistics.
https://www.theatlantic.com/health/archive/2020/12/covid-deaths-seven-day-average-highest-april/617318/
Granted the limitations of the testing accuracy, involvement of comorbidities, attribution of cause of death, and others written of above, this is still a serious problem. This is not a mythology.
Ivor Cummins does a great presentation of the US and Europe data: