The graph shows the relationship between per capita GDP and consumption based CO₂ emissions per capita.
Animate the graphic to track the trajectory of countries over time.
It is possible to highlight multiple countries by clicking on them. Double click (on empty spots) to refresh selection.
Hover the cursor over the dots to visualize country details.
The size of the dots corresponds to the size of the population and the horizontal dashed line represents the average CO₂ emissions necessary level to keep the temperature increase below 1.5°C by 2030.
The graph shows the relationship between SPI tier 1 countries (highest SPI scores) and consumption based CO₂ emissions per capita.
Countries can be added to this group over time as they increase their SPI scores
Animate the graphic to track the trajectory of countries over time.
It is possible to highlight multiple countries by clicking on them. Double click (on empty spots) to refresh selection.
Hover the cursor over the dots to visualize country characteristics.
The size of the dots corresponds to the size of the population and the horizontal dashed line represents the average CO₂ emissions necessary level to keep the temperature increase below 1.5°C by 2030.
The graph shows the relationship between SPI tier 6 countries (the lowest SPI scores) and consumption based CO₂ emissions per capita.
Countries can move out from this group over time as they increase their SPI scores
Animate the graphic to see the trajectory of countries over time.
It is possible to highlight multiple countries by clicking on them. Double click (on empty spots) to refresh selection.
Hover the cursor over the dots to visualize country details.
The size of the dots corresponds to the size of the population and the horizontal dashed line represents the average CO₂ emissions necessary level to keep the temperature increase below 1.5°C by 2030.
The graph shows the relationship between G7 countries SPI score and consumption based CO₂ emissions per capita.
The G7 countries are Canada, France, Germany, Italy, Japan, the United Kingdom and the United States.
Animate the graphic to track the trajectory of countries over time.
It is possible to highlight multiple countries by clicking on them. Double click (on empty spots) to refresh selection.
Hover the cursor over the dots to visualize country details.
The size of the dots corresponds to the size of the population and the horizontal dashed line represents the average CO₂ emissions necessary level to keep the temperature increase below 1.5°C by 2030.
The graph shows the relationship between top emerging economies SPI score and consumption based CO₂ emissions per capita.
The BRICS countries are Brazil, Russia, India, China and South Africa.
Animate the graphic to see the trajectory of countries over time.
It is possible to highlight multiple countries by clicking on them. Double click (on empty spots) to refresh selection.
Hover the cursor over the dots to visualize country details.
The size of the dots corresponds to the size of the population and the horizontal dashed line represents the average CO₂ emissions necessary level to keep the temperature increase below 1.5°C by 2030.
The graph shows the transformation of the relationship between SPI and consumption based CO₂ emissions per capita over time and across SPI tiers
It shows a weakening relationship at the end of the period, demonstrating a stronger ability of countries in SPI tier 1 and 2 to decouple social progress from CO₂ emissions compared to countries in other SPI tiers.
The grey curves represent the overall relationship between CO₂ emissions and SPI scores within each tier.
Animate the graphic to see the change in the relationships between SPI scores and CO₂ emissions over time in each SPI tier.
Hover the cursor over the dots to visualize country details.
The graph shows the change over time in consumption based CO₂ emissions per capita for selected countries in each tier (based on 2011 SPI scores).
Highlighted are countries that have decrease their CO₂ emission by more than 20% in 2022 compared to 2011.
Hover the cursor over the dots to visualize country info.
The graph shows the change over time in consumption based CO₂ emissions per capita for selected countries in each tier (based on 2011 SPI scores).
Highlighted are countries that have decrease their CO₂ emission by 5% up to 20% in 2022 compared to 2011.
Hover the cursor over the dots to visualize country info.
The graph shows the change over time in consumption based CO₂ emissions per capita for selected countries in each tier (based on 2011 SPI scores).
Highlighted are countries that have stagnated between a decrease of 5% and an increase of 5% in CO₂ emissions between 2011 and 2022.
Hover the cursor over the dots to visualize country info.
The graph shows the change over time in consumption based CO₂ emissions per capita for selected countries in each tier (based on 2011 SPI scores).
Highlighted are countries that have increased their CO₂ emissions by more than 5% between 2011 and 2022.
Hover the cursor over the dots to visualize country info.
The graph shows the relationship between SPI scores and per capita CO₂ emissions.
The Carbon Intensity is defined as the amount of per capita emissions in tonnes of carbon dioxide (CO₂) equivalent, divided by the the SPI score and mesuring the amount of carbon contained in each country’s SPI score.
The grey line represents the linear trend of the relationship.
Select one of the labelled countries to highlight all the reference countries, i.e. those with the lowest carbon intensities within each SPI tier. Double click (on empty spots) to unselect.
Hover the cursor over the dots to visualize country details.
The size of the dots corresponds to the size of the population and the horizontal dashed line represents the average CO₂ emissions necessary level to keep the temperature increase below 1.5°C by 2030.
The graph shows the actual versus the best case scenario of countries SPI scores and CO₂ emissions combinations.
The best case scenario is based on assigning the lowest observed Carbon intensities to countries in each respective SPI tier (i.e, lowest carbon intensity in tier 1 to tier 1 countries and so on…).
Highlight multiple countries by clicking on them and animate the graph to track the change in their CO₂ emissions between the actual to the hypothetical situation. Double click (on empty spots) to refresh selection.
Hover the cursor over the dots to visualize country details.
The size of the dots corresponds to the size of the population and the horizontal dashed line represents the average CO₂ emissions necessary level to keep the temperature increase below 1.5°C by 2030.
Highlight countries by clicking on dotes
Highlight countries by clicking on lines
Consumption based CO₂ emissions data is provided by the Global Carbon Budget Project (https://www.globalcarbonproject.org/carbonbudget/)
Consumption based CO₂ emissions data is provided by the Global Carbon Budget Project (https://www.globalcarbonproject.org/carbonbudget/)
Consumption based CO₂ emissions data is provided by the Global Carbon Budget Project (https://www.globalcarbonproject.org/carbonbudget/)
Social Progress Index and CO₂ emissions per capita
The graph shows the relationship between the Social Progress Index and consumption based CO₂ emissions per capita.
Animate the graphic to track the trajectory of countries over time.
It is possible to highlight multiple countries by clicking on them. Double click (on empty spots) to refresh selection.
Hover the cursor over the dots to visualize country details.
The size of the dots corresponds to the size of the population and the horizontal dashed line represents the average CO₂ emissions necessary level to keep the temperature increase below 1.5°C by 2030.