To track the vaccination efforts, I scrapped vaccination data from the web using publicly available data sources.
Data from: Our World in Data, https://ourworldindata.org/.
Location and Date (YYYY-MM-DD) data was last updated:
# A tibble: 12 x 2
# Groups: location [12]
location date
<chr> <chr>
1 Bahrain 2020-12-23
2 Canada 2020-12-23
3 China 2020-12-19
4 England 2020-12-20
5 Israel 2020-12-23
6 Northern Ireland 2020-12-23
7 Russia 2020-12-14
8 Scotland 2020-12-20
9 United Kingdom 2020-12-24
10 United States 2020-12-23
11 Wales 2020-12-16
12 World 2020-12-24
However, this graph is slightly misleading because it does not put into account the total populations of the Locations being observed, when it comes to the total vaccinations per 100 people the graph looks like this.
Data from CDC: Center of Disease Control and Prevention, https://data.cdc.gov/Vaccinations/COVID-19-Vaccine-Initial-Allocations-Pfizer/saz5-9hgg/data.
This report is meant to give insight into which states and countries can allocate vaccines to the most people during the initial days of availability for vaccines. Since the data comes from websites with data sources that are being continously updated, next time re-running this R report, there will be new figures and updated data.