Emissioni Co2 Globali Per Paese 1950 2024

By shrijeetverma13 · March 18, 2026

Data source:

The analysis identified the 10 largest CO2 emitters in the most recent available year. A bar chart and data table have been generated showing each country's total CO2 emissions in megatons (Mt), making it easy to compare the biggest contributors to global carbon dioxide output.

Global CO2 emissions have risen dramatically from 1950 to 2024. Starting at 5,791.9 Mt in 1950, total emissions climbed to 37,393 Mt by 2024 — a 6.5x increase over 74 years. A line chart has been generated showing this upward trend across the full period.

The bar chart and data tables show the 10 countries with the highest CO2 emissions per person in 2024. These countries represent the world's most carbon-intensive economies on a per-capita basis.

The bar chart shows the top 20 countries where coal makes up the largest share of total CO2 emissions. These are nations heavily dependent on coal for energy, where coal-fired power plants and industrial processes dominate their carbon footprint.

The top 5 countries — United States, China, Russia, Germany, and Japan — are responsible for 55.6% of all global CO2 emissions. Expanding to the top 10 countries accounts for 67.9% of global emissions, meaning just 10 nations produce more than two-thirds of the world's CO2. A bar chart has been generated showing each of the top 10 countries' individual share of global emissions.

The bar chart shows the 15 countries with the fastest CO2 emissions growth rates over the last 20 years. Countries are ranked by their percentage increase in CO2 output, filtered to include only significant emitters (above 1 Mt baseline). The color gradient highlights which nations have seen the most dramatic acceleration in emissions.

The analysis identifies the 15 countries that have achieved the greatest absolute reductions in CO2 emissions since their individual peak emission years. A bar chart has been generated showing these top performers ranked by total reduction in megatons (Mt), along with detailed data tables displaying each country's peak CO2 level, peak year, and most recent emissions figure.

The stacked area chart shows the global CO2 emissions broken down by four major sources — coal, oil, gas, and cement — tracked over time. Each source is color-coded: coal in dark gray, oil in red, gas in blue, and cement in light gray. The visualization clearly illustrates how each source has contributed to total global emissions and how those contributions have shifted across decades.

The analysis successfully identified the countries with the fastest growth in cement CO2 emissions over the past two decades (comparing 2004–2006 averages to recent years). A bar chart and supporting data tables were generated showing the top 15 fastest-growing countries by percentage increase in cement CO2 emissions.

The analysis identified the 15 countries with the largest gaps between their production-based CO2 emissions and consumption-based CO2 emissions. A bar chart was generated comparing both metrics side by side for each country, making it easy to see which nations are net exporters vs importers of carbon emissions.

The line chart shows how CO2 emissions per capita have evolved since 1990 for the world's top 10 total emitters: United States, China, Russia, Germany, Japan, India, United Kingdom, Canada, Ukraine, and France. Each country's trend is displayed as a separate colored line, making it easy to compare trajectories over time.

The analysis identifies the 15 countries that have experienced the largest increases in gas CO2 emissions since 2000. A bar chart has been generated showing these top 15 countries ranked by their total increase in gas CO2 emissions (measured in megatons) from 2000 to the most recent year in the dataset.

The line chart shows how oil's contribution to total CO2 emissions has evolved over time for the world's top 10 emitters: United States, China, Russia, Germany, Japan, India, United Kingdom, Canada, Ukraine, and France. Oil's share generally peaked during the 1970s and has since declined as natural gas and other energy sources grew in importance.

The analysis identified the year each of the top 20 CO2-emitting countries reached their highest emissions. A bar chart and data tables were generated showing each country's peak emission year and the corresponding CO2 output in megatons.

The scatter plot shows the top 50 CO2-emitting countries plotted by total CO2 output versus CO2 per capita (both on log scales). This reveals two interesting groups: large populous nations that emit a lot in total but relatively little per person, and smaller wealthy nations that emit little in total but a lot per person.

The analysis identified countries that have made the clearest transition from coal-based CO2 emissions to gas-based CO2 emissions over the past 30 years (1994–2024). By comparing early-period averages (1994–1999) to recent averages (2019–2024), countries were ranked by how much their gas emissions grew relative to how much their coal emissions declined. Eight data tables were generated showing the detailed breakdown of coal and gas emission changes for the top countries.

The analysis compares average CO2 emissions across decades (1950s through 2020s) for the top 10 historical emitters. Two visualizations were generated: a grouped bar chart and a heatmap, both showing how emissions have evolved decade by decade. Key emitters include China, USA, India, Russia, and Japan, with emissions generally increasing each decade across most countries.

The analysis produced two visualizations comparing CO2 emissions for the world's top 10 emitters before and after the 2015 Paris Agreement. A line chart shows emissions trajectories from 2005 to 2024 with a clear 2015 marker, and a grouped bar chart compares the annual rate of change (in megatons per year) between the 2010–2015 and 2016–2024 periods.