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CoronaVirus COVID-19 COVID-19Deaths COVID-19EU Mortality Rate Statistics

COVID-19 Charts on 16 Sep 2020 – Deaths Trajectory Global Details

Summary: A new COVID-19 milestone was reached on 16 Sep 2020 as the number of COVID-19 cases exceeded 30 million worldwide. It took five months to reach the first 10 million cases, six weeks to reach 20 million, and five and a half weeks to reach 30 million cases. This page shows the Deaths Trajectory Details charts.

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A new COVID-19 milestone was reached on 16 September 2020 as the number of COVID-19 cases exceeded 30 million cases worldwide. It took five months from January to June to reach the first 10 million cases, then six weeks to reach 20 million cases, and five weeks and three days to reach 30 million cases.

New Cases in the past 5 weeks |
New Cases since early 2020
New Cases per Capita (per 100,000 population)
Total Cases 
Total Cases per Capita (per 100,000 population)
Cases Trajectory |
Cases Trajectory Details
New Deaths in the past 5 weeks |
New Deaths since early 2020
New Deaths per Capita (per 100,000 population)
Total Deaths
Mortality Rate per Capita (per 100,000 population)
Case Fatality Rate
Deaths Trajectory

Deaths Trajectory Details

(These charts are for 16 Sep 2020. For recent Deaths Trajectory Details charts, click here: )

The first four charts show the Deaths Trajectory Details for the Top 96 countries with the highest number of Total Deaths worldwide. The other charts show the Deaths Trajectory Details of each country in each Region:

  • COVID-19 Deaths Trajectory Details Top 24 countries worldwide (chart)
  • COVID-19 Deaths Trajectory Details Top 25-48 countries worldwide (chart)
  • COVID-19 Deaths Trajectory Details Top 49-72 countries worldwide (chart)
  • COVID-19 Deaths Trajectory Details Top 73-96 countries worldwide (chart)
  • COVID-19 Deaths Trajectory Details in the Americas (chart)
  • COVID-19 Deaths Trajectory Details in the Caribbean (chart)
  • COVID-19 Deaths Trajectory Details in EU member states (chart)
  • COVID-19 Deaths Trajectory Details in Non-EU European countries (chart)
  • COVID-19 Deaths Trajectory Details in the Middle East (chart)
  • COVID-19 Deaths Trajectory Details in Northern and Eastern Africa (chart)
  • COVID-19 Deaths Trajectory Details in Central and Southern Africa (chart)
  • COVID-19 Deaths Trajectory Details in Western Africa (chart)
  • COVID-19 Deaths Trajectory Details in Asia (chart)
  • COVID-19 Deaths Trajectory Details in Oceania (chart)

Deaths Trajectory Details

Move the mouse cursor over the chart to see the underlying numbers.
Can’t see the forest for the trees? Click in the legend on a country to remove a country from the chart, one at a time, then click on countries in any order (best is from the bottom to the top) to let them appear on the chart again .
Draw a rectangle to select and zoom in on an area of the chart to see details.
Use the buttons in the upper left corner to zoom in/out, pan, reset the axes and download the chart.
Small numbers with decimals between 0 and 1 (e.g. 0.1) are used to make zeroes visible on a logarithmic scale.

The data line of each country shows the Deaths Trajectory:

  • The horizontal axis shows the total number of COVID-19 deaths. This number stays the same when there are no new deaths and goes up (the line moves to the right) when new deaths are reported. It will never go down.
  • The vertical axis shows the moving average of New (daily) COVID-19 deaths in the past seven (7) days. This number and the line will go up when an increasing number of new deaths were reported in the past 7 days and they will go down when the number of reported deaths has decreased in the past 7 days. When no new deaths are reported in the past 7 days, this number (and the line) will go down to zero. As zero values cannot be shown on the logarithmic scale of the vertical axis, zero values are replaced with “0.1” or a lower value e.g. “0.09”. The lowest significant value above zero is “0.14”, which is the daily average of one new death in the past seven days. 

A country that is successful in reducing the death rate of the disease will have a low value on the vertical axis, and the data line will end near or at the bottom of the chart.

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