Chart Gallery
Explore published mortality visualizations from our community
Life Expectancy - Sweden, Germany & United States - 2019-2025
Life Expectancy (LE) data for Sweden, Germany, and United States. Data period: 2019 to 2025. Yearly data.
Weekly Age-Standardized Mortality in Germany since 2015
Germany did not record much different excess mortality during the COVID-19 pandemic compared to previous years.
Mortality in the USA & Sweden since 2000/'01
Age-standardized mortality by midyear seasons (July-June) shows no significant mortality increase in Sweden, in contrast to the USA.
Mortality in Germany since 2000
Yearly age-standardized mortality shows no significant increase in Germany during 2020, in contrast to the following two years of 2021/'22.
Life Expectancy in Sweden and California
Life expectancy dropped by more than two years in California, while Sweden saw no significant decrease.
Excess Mortality Ranking in the US during COVID-19
The US recorded large amounts of excess mortality during the pandemic. Generally, a north to south & rich to poor trend can be observed.
Weekly Age-Standardized Mortality in the US during COVID-19
The initial winter & summer peaks of 2020 were followed by larger peaks in 2021 and winter of 2022. Mortality remains elevated throughout 2023.
Excess Deaths - United States
Deaths data for United States. Monthly data. Excess view shows the difference between observed and expected (baseline) values. Showing cumulative values.
Excess Mortality in Northern Europe during COVID-19
Using a three-year average pre-pandemic baseline.
Excess Mortality in Southern Europe during COVID-19
Using a three-year average pre-pandemic baseline.
Excess Mortality in Western Europe during COVID-19
Using a three-year average pre-pandemic baseline.
Z-Score Age-Standardized Mortality Rate - Germany - 2006-2026
Age-Standardized Mortality Rate (ASMR) data for Germany. Data period: 2006 W01 to 2026 W03. Weekly data. Z-Score view shows how many standard deviations the current value is from the baseline mean. Baseline calculated using linear regression from 2010 W22 to 2019 W52. Age-standardized using WHO World Standard.