COVID-19. Part 6 — Comparing 2020 death rates with previous years’…continued

This Post will build incrementally as I find time. Please visit regularly to check for updates.

In Part 5, we compared recent years’ death rates in 31 countries to see whether 2020 was indeed a standout year. We found that for most countries, including Sweden, which was roundly criticised for not imposing harsh restrictions on its citizens, 2020 was about average mortality-wise.

This instalment covers each of those 31 countries in detail. A selection of countries that weren’t suitable for inclusion in Part 5 (as their data were not in a form that enabled direct comparison) will also be included here.

For each country, a collection of five graphs is provided. These may be useful aids when discussing the justification for lockdowns and other restrictions imposed in your own country. Each of the five graphs cover a specific age group: 0-14, 15-64, 65-74, 75-84, and 85+ years. Thus, together they cover the entire age-spectrum of the country’s population.

This is a very long post. To skip to a country of interest, choose it from the table below.

AUSTRIA

Figure 17.  Deaths per 1000 per year in Austria, ages 85 and over.  Derived using data from the Human Mortality Database.  Calculations and methods.
Figure 18.  Deaths per 1000 per year in Austria, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods.
Figure 19.  Deaths per 1000 per year in Austria, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods.
Figure 20.  Deaths per 1000 per year in Austria, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 21.  Deaths per 1000 per year in Austria, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods.

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BELGIUM

Figure 22.  Deaths per 1000 per year in Belgium, ages 85 and over.  Derived using data from the Human Mortality Database.  Calculations and methods.
Figure 23.  Deaths per 1000 per year in Belgium, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 24.  Deaths per 1000 per year in Belgium, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 25.  Deaths per 1000 per year in Belgium, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 26.  Deaths per 1000 per year in Belgium, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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BULGARIA

Figure 27.  Deaths per 1000 per year in Bulgaria, ages 85 and over.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 28.  Deaths per 1000 per year in Bulgaria, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 29.  Deaths per 1000 per year in Bulgaria, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 30.  Deaths per 1000 per year in Bulgaria, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 31.  Deaths per 1000 per year in Bulgaria, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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SWITZERLAND

Figure 32.  Deaths per 1000 per year in Switzerland, ages 85 and over.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 33.  Deaths per 1000 per year in Switzerland, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 34.  Deaths per 1000 per year in Switzerland, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 35.  Deaths per 1000 per year in Switzerland, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 36.  Deaths per 1000 per year in Switzerland, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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CHILE

Figure 37.  Deaths per 1000 per year in Chile, ages 85 and over.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 38.  Deaths per 1000 per year in Chile, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 39.  Deaths per 1000 per year in Chile, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 40.  Deaths per 1000 per year in Chile, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 41.  Deaths per 1000 per year in Chile, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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CZECH REPUBLIC

Figure 42.  Deaths per 1000 per year in Czech Republic, ages 85 and over.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 43.  Deaths per 1000 per year in Czech Republic, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 44.  Deaths per 1000 per year in Czech Republic, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 45.  Deaths per 1000 per year in Czech Republic, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 46.  Deaths per 1000 per year in Czech Republic, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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DENMARK

Figure 47.  Deaths per 1000 per year in Denmark, ages 85 and over.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 48.  Deaths per 1000 per year in Denmark, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 49.  Deaths per 1000 per year in Denmark, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 50.  Deaths per 1000 per year in Denmark, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods
Figure 51.  Deaths per 1000 per year in Denmark, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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SPAIN

Deaths per 1000 per year in Spain, ages 85 and over.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Spain, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Spain, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Spain, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Spain, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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ESTONIA

Deaths per 1000 per year in Estonia, ages 85 and over.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Estonia, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Estonia, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Estonia, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Estonia, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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FINLAND

Deaths per 1000 per year in Finland, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Finland, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Finland, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Finland, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Finland, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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FRANCE

Deaths per 1000 per year in France, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in France, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in France, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in France, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in France, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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NORTHERN IRELAND

Deaths per 1000 per year in Northern Ireland, ages 85 and over.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Northern Ireland, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Northern Ireland, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Northern Ireland, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Northern Ireland, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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SCOTLAND

Deaths per 1000 per year in Scotland, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Scotland, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Scotland, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Scotland, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Scotland, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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ENGLAND AND WALES

Deaths per 1000 per year in England and Wales, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in England and Wales, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in England and Wales, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in England and Wales, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in England and Wales, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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GREECE

Deaths per 1000 per year in Greece, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Greece, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Greece, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Greece, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Greece, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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CROATIA

Deaths per 1000 per year in Croatia, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Croatia, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Croatia, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Croatia, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Croatia, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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HUNGARY

Deaths per 1000 per year in Hungary, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Hungary, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Hungary, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Hungary, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Hungary, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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ICELAND

Deaths per 1000 per year in Iceland, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Iceland, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Iceland, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Iceland, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Iceland, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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ITALY

Deaths per 1000 per year in Italy, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Italy, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Italy, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Italy, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Italy, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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SOUTH KOREA

Deaths per 1000 per year in South Korea, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in South Korea, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in South Korea, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in South Korea, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in South Korea, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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LITHUANIA

Deaths per 1000 per year in Lithuania, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Lithuania, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Lithuania, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Lithuania, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Lithuania, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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LUXEMBOURG

Deaths per 1000 per year in Luxembourg, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Luxembourg, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Luxembourg, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Luxembourg, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Luxembourg, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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LATVIA

Deaths per 1000 per year in Latvia, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Latvia, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Latvia, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Latvia, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Latvia, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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NETHERLANDS

Deaths per 1000 per year in Netherlands, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Netherlands, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods
Deaths per 1000 per year in Netherlands, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Netherlands, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Netherlands, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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NORWAY

Deaths per 1000 per year in Norway, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Norway, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Norway, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Norway, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Norway, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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POLAND

Deaths per 1000 per year in Poland, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Poland, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Poland, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Poland, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Poland, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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PORTUGAL

Deaths per 1000 per year in Portugal, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Portugal, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Portugal, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Portugal, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Portugal, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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SLOVAKIA

Deaths per 1000 per year in Slovakia, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Slovakia, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Slovakia, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Slovakia, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Slovakia, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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SLOVENIA

Deaths per 1000 per year in Slovenia, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Slovenia, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Slovenia, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Slovenia, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Slovenia, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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SWEDEN

Deaths per 1000 per year in Sweden, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Sweden, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Sweden, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Sweden, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Sweden, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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TAIWAN

Deaths per 1000 per year in Taiwan, ages 85 years and over.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Taiwan, ages 75-84.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Taiwan, ages 65-74.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Taiwan, ages 15-64.  Derived using data from the Human Mortality Database.  Calculations and methods

Deaths per 1000 per year in Taiwan, ages 0-14.  Derived using data from the Human Mortality Database.  Calculations and methods

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One thought on “COVID-19. Part 6 — Comparing 2020 death rates with previous years’…continued”

  1. These graphs show that deaths rates in 2020 increased by between 10% & 20% in the older demographic for most countries except for the Scandinavian countries (excluding Denmark) and the Asian Countries. This appears to be a disease of the old.

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