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Data Update

Track measures of poverty beyond income: health, education, and living standards

The experience of poverty goes far beyond having no or low income. It often includes things like not having enough of the right foods to eat, not being able to attend school, and not having access to clean drinking water or electricity.

To capture this broader reality, researchers from the Oxford Poverty and Human Development Initiative and the UN Development Programme developed the global Multidimensional Poverty Index (MPI).

This group of indicators measures poverty across essential areas of health, education, and living standards. You can read more about the MPI in our article.

I’ve updated our charts with the latest release of the MPI, allowing you to track where households face overlapping deprivations and how this has changed over time.

Explore all of the updated data in our interactive charts
Share of population living in multidimensional poverty.
A choropleth world map showing country-level shares of people deprived across health, education, and living-standards indicators. Caption below the title: "Multidimensional poverty is defined as being deprived in a range of health, education and living standards indicators." Key pattern: high shares are concentrated across much of sub-Saharan Africa, with many countries above 50% and some above 80%; parts of South Asia and a few Pacific countries also show substantial shares, while many higher-income countries are hatched for no data or show low shares. Data source: Alkire et al. (2025) - The Global Multidimensional Poverty Index (MPI) 2025. Note: Estimates based on the most recent household survey data (between 2013 and 2023). A separate dataset is produced to monitor trends over time. CC BY.
Announcement

Hannah Ritchie’s new book, “Clearing the Air”, will be published in North America on February 17th

Hannah Richie, our Deputy Editor and Science Outreach Lead, published her first book, Not the End of the World, in 2024. It tackled seven of the world’s big environmental problems — climate change was just one of them.

Since that book came out, Hannah realized that people had a lot more questions about how we tackle climate change than she covered in that one chapter.

This led her to write her new book, Clearing the Air. It’s all about how we tackle climate change: covering everything from renewable energy and nuclear power to electric vehicles, heat pumps, minerals, carbon capture, and geoengineering.

You can pre-order the book now, which makes a big difference as it convinces bookstores to stock it.

Pre-order here
A photo of Hannah Ritchie's book "Clearing the Air" (North American edition)

Data Insight

Global plastic trade has fallen dramatically, mostly due to China’s ban on imports

Line chart, 1992 to 2021, showing tonnes of plastic imports on the vertical axis from 0 to 16 million t. Two series are plotted: total plastics imported across all countries and China’s imports. Key insight: total global imports rise from near zero in the 1990s to a peak around 2015 to 2016 of about 16 million tonnes, then collapse steeply to roughly 4 million tonnes by 2021 — a fall of more than two-thirds. China’s imports climb to about 8 million tonnes in the mid 2010s, then drop sharply to near zero after policy changes and stop completely in 2021. Annotations note China reduced plastic imports in 2016 and banned imports of plastic waste in 2018 with a complete end to imports in 2021. Data source: United Nations Comtrade Database (2025).

The global trade of plastic waste has fallen dramatically in the last decade

It might seem odd that countries would agree to import plastic waste from other countries, but many do so for the cheap materials or to feed specific manufacturing processes.

Environmentally, the trade in plastics has often been a concern, as it allows rich countries to effectively “dump” waste on poorer countries with weaker waste management systems.

The good news is that trade in plastic waste has fallen by more than two-thirds over the last decade. You can see this reduction in the chart.

China has been the biggest driver of this. It was once a large importer, but after a steep decline in trade in 2016 and a ban in 2018, many countries lost their largest export market.

In 2024, around 5 million tonnes of plastic waste were traded worldwide. For context, that is around 1% of the total plastic waste generated. What’s perhaps surprising is that most trade is now between high-income countries, which reduces the risk that this waste leaks into the environment.

Learn more in our updated topic page on plastic pollution.

Data Insight

Annual industrial robots installed. Line chart showing annual installations for China, Japan, United States, South Korea, and Germany from 2011 to 2023. China starts near 23,000 in 2011, rises to about 57,000 by 2014, reaches roughly 150,000 by 2017 to 2018, then climbs sharply to about 260,000 in 2021 and peaks near 290,000 in 2022 before a small decline to around 275,000 in 2023, far above the other countries. Japan, the United States, South Korea, and Germany stay in the roughly 10,000 to 60,000 range across the period, with modest peaks around 2018. The y-axis spans 0 to 300,000. The data source is: International Federation of Robotics (IFR) via AI Index Report (2025). A note reads: Software (e.g., voice assistants), remote-controlled drones, self-driving cars, or devices such as “smart” washing machines are not classified as robots.

China’s adoption of industrial robots has surged over the past decade

Industrial robots are rapidly becoming a common part of manufacturing in some countries. The chart here shows how many new ones are installed each year in the industrialized countries for which we have available data from the International Federation of Robotics (IFR).

In this dataset, industrial robots are defined as automatically controlled, reprogrammable, and multipurpose machines used in industrial settings. The data covers only physical industrial robots, not software or consumer technologies.

The chart shows that in 2011, China, the United States, Japan, Germany, and South Korea were all installing similar numbers of these robots. However, in the decade that followed, the paths of these countries diverged. By 2023, annual installations in China had risen to 276,000 robots, a twelvefold increase.

Over the same period, installations in the United States, Japan, Germany, and South Korea also increased, but much more slowly: none of them even doubled. The United States, which saw the second-largest rise, went from 21,000 new installations in 2011 to 38,000 in 2023.

These figures refer to new robots installed each year; that is, annual additions to the existing stock of robots. The IFR also publishes data on the total number of robots in operation, and by this measure, China also had the largest installed base, at around 1.76 million robots in 2023.

Relative to its large manufacturing sector, China’s stock of robots today does not stand out – but the data here shows that this is changing quickly.

Explore the interactive version of this chart.

Data Insight

Chart titled "the many costs of the Syrian civil war". It consists of eight small line charts of deaths due to fighting, all deaths, deaths of children under 5, internally displaced people, international refugees, GDP per capita, the share in extreme poverty, and the share undernourished between 2004 and 2024. It shows that the civil war didn't just kill hundreds of thousands due to fighting, but also increased deaths overall (especially those of young children), displaced millions, halved average living standards, and created extreme poverty and widespread undernourishment. Data sources include UCDP, the UN, Eurostat, OECD, IMF, World Bank, and FAO. The chart is licensed CC BY to Our World in Data.

The Syrian civil war has killed hundreds of thousands, displaced millions, and caused poor health and widespread poverty

Most of our work on war and peace focuses on the people killed directly in the fighting. But war has many other costs: it worsens people’s health, leaves them without work, and pushes them out of their homes.

The chart shows this for the civil war in Syria. Since the war began in 2011, more than 400,000 people have been killed in the fighting. At the same time, annual deaths increased as more people died from other causes. Young children were especially affected: estimates suggest that the number of annual child deaths more than doubled.

The war has also forced millions of people to leave their homes: in total, more than seven million are displaced within Syria, and almost as many are refugees elsewhere.

It also became much harder for people to make a living. Average living standards, measured by GDP per capita, have more than halved since the war began. As a result, poverty and hunger have risen sharply.

These numbers come with uncertainty because conflict makes it hard and dangerous to collect data.

This shows that to understand the costs of war, we need to have a broad perspective and see its impacts on health, displacement, and living standards.

Millions have died in conflicts since the Cold War; learn more about where and how.
Data update

Explore updated data on metals and minerals

Lithium is one of many critical minerals that we’ve come to rely on. It’s used in many industries, and is perhaps best known for its use in most rechargeable batteries.

In the chart, you can see the share of global mined lithium production for the top six producers in 2024.

I recently updated our charts with the latest data from the United States Geological Survey on lithium as well as more than 60 other metals and minerals, from aluminum and iron to silicon and steel.

This data helps you track which countries have these resources, where they are mined and refined, and how they’re traded across the world.

Explore all of the updated data in our interactive charts
Bar chart of shares of global mined (rather than refined) lithium production in 2024. Top countries with percentages, highest to lowest: Australia 36.67%, Chile 20.42%, China 17.08%, Zimbabwe 9.17%, Argentina 7.5%, Brazil 4.17%. Data source: USGS - Mineral Commodity Summaries (2025); USGS - Historical Statistics for Mineral and Material Commodities (2024). Note: Values are reported as tonnes of lithium content. CC BY to Our World in Data.

Data Insight

What is the most common religious affiliation in each country?

Choropleth world map showing the most common religion reported by people in each country. Key pattern: Christians are the dominant group across the Americas, much of Europe, large parts of sub‑Saharan Africa, Australia and many Pacific nations. Muslims are most common across North Africa, the Middle East and many countries in West, Central and parts of South Asia. Hindus are most common in India (and Nepal). Buddhists are most common in several East and Southeast Asian countries. The religiously unaffiliated are the largest group in China and some other East Asian countries. Jews are the largest group only in Israel. A small number of countries are categorized as Other.

Data source: Pew Research Centre (2025). Data refer to the year 2020. Note: Based on how people describe their own religious identity, regardless of their practices or beliefs.

What is the most common religious affiliation in each country?

Three-quarters of people worldwide say they are religious. But rates of religious identity can vary a lot across countries, and so do the particular religions people follow.

In the map, you can see the most common religious affiliation for each country. This can include the “unaffiliated” who do not identify with any specific religion. This data is sourced from the Pew Research Center and is based on how people describe their own identity, regardless of their particular practices or beliefs.

As you can see, Christianity is the most common across much of Europe, the Americas, and Sub-Saharan Africa. Islam is the most common across North Africa and the Middle East, while Hinduism and Buddhism dominate across much of South Asia.

In East Asian countries such as China, Japan, and South Korea, the religiously unaffiliated are the biggest group. That doesn’t mean these populations hold no religious beliefs; they may still engage in activities that can be considered religious or spiritual, but they don’t describe themselves as belonging to any one in particular.

Explore the full breakdown of religious affiliations within each country, beyond just the most common answer.

Data Insight

Smallpox: when was it eliminated in each country? World choropleth map showing, for each country, the decade when smallpox was eliminated. Legend categories shown are: Before 1900; 1900s; 1910s; 1920s; 1930s; 1940s; 1950s; 1960s; 1970s. Subheading notes that smallpox was declared globally eradicated in 1980. Key pattern: most countries in Europe, North America, and Australia eliminated smallpox earlier in the 20th century, while many countries in Africa, South Asia, and parts of South America eliminated it later, concentrated in the 1960s to 1970s. Data source: Fenner et al. (1988).

William Foege, the physician who saved many millions from smallpox

William Foege, who sadly died this week, is one of the reasons why this map ends in the 1970s.

The physician and epidemiologist is best known for his pivotal role in the global strategy to eradicate smallpox, a horrific disease estimated to have killed 300 million people.

Despite the world having an effective vaccine for more than a century, smallpox was still widespread across many parts of Africa and Asia in the mid-20th century.

Foege played a crucial role in developing the “ring vaccination strategy”, which focused on vaccinating people around each identified case, rather than attempting a population-wide vaccination strategy, which was difficult in countries with limited resources.

This strategy, combined with increased global funding efforts and support for local health programs, paved the way: country after country declared itself free of smallpox. You can see this drop-off through the decades in the map.

The disease was declared globally eradicated in 1980.

William Foege and his colleagues’ contributions are credited with saving millions, if not tens of millions of lives.

Read more about the history of smallpox.

Data Insight

Thefts in England and Wales are much less common than they were in the 1990s

Four small line charts showing estimated annual incidents from 1981 to 2025 from the Crime in England and Wales Survey (which interviews adults about their experiences of selected crimes in the 12 months before). Top left, Vehicle-related theft: a sharp rise to a peak around the late 1990s of about 4 million incidents, driven in part by stealing car parts such as radios, followed by a steady decline through 2025. Top right, Domestic burglary: a rise to a peak around the late 1990s of about 2 million incidents, then a fall of more than 80 percent from the peak through 2025. Bottom left, Other household theft: a peak in the late 1990s near 1.5 million incidents, then a gradual decline to around 500 thousand with some smaller ups and downs. Bottom right, Theft from the person (pickpocketing): more variable trends with peaks around 600 thousand in the late 1990s and periodic resurgences; overall decline is smaller and recent years show fluctuations. Axes show years 1981 to 2025 and incident counts with appropriate tick marks. Data source: Office for National Statistics (2025). Note: This data captures many incidents that were not reported to the police.

People living in England and Wales are much less likely to be victims of theft than in the 1990s

Several data sources show that theft in England and Wales has declined in recent decades.

One of those is police records — but they only capture reported crimes, and many people don’t report thefts. So it’s also important to draw on a second data source. The data we show here comes from reports based on face-to-face interviews with a representative sample of the population. In these interviews, the public is asked about their personal experiences of crimes in the previous 12 months.

On this chart, we’ve broken down the numbers by four different types of theft.

You can see a dramatic drop in vehicle-related thefts. These peaked in 1995, with an estimated 4.3 million incidents in England and Wales. While some of these incidents involved the actual stealing of a vehicle, many were either attempted break-ins or the theft of specific components, such as radios.

Burglaries — which involve someone breaking into a building to steal — also peaked in the mid-1990s.

Both types of incidents have decreased by more than 80% since then.

Pickpocketing or “snatching” has been more persistent. These crimes have decreased slightly from the 1990s and early 2000s, but have also experienced an increase in recent years.

Explore long-term data on violent and property crimes in the United States in our article.
Data update

Explore updated data on HIV/AIDS

When HIV was first identified four decades ago, nearly 100% of those infected died, typically within a few years.

Thankfully, global public health efforts and medical advances such as antiretroviral therapy (ART) have improved this situation dramatically.

Modern ART is very effective in both treating HIV and preventing the virus from spreading to others, such as between mothers and their children.

Nearly two million people's lives are now saved by ART each year, as the chart shows.

I’ve updated our charts with the latest release from the Joint United Nations Programme on HIV/AIDS (UNAIDS), allowing you to track the scale and impact of the disease globally, and how this has changed over the last decades.

Explore the updated data in our interactive charts
A chart showing the estimated annual number of deaths from HIV/AIDS and the estimated number of deaths averted by antiretroviral therapy (ART), from 1990 to 2024. ART is estimated to save over a million lives each year. The data source is the Joint United Nations Programme on HIV/AIDS (2026). The chart is licensed CC BY to Our World in Data.

Data Insight

Share of the Indonesian population with access to clean fuels for cooking.

Line chart showing a steady rise in the share of people with access to clean cooking fuels from 7% in 2000 to 91% in 2023, crossing roughly 40% by about 2010, 60% by about 2015, and 80% by about 2020. Y-axis ranges from 0% to 100% and the x-axis spans years 2000 to 2023. Data source shown in the footer: World Health Organization (2025). License: CC BY.

Indonesia’s shift to cleaner cooking fuels has greatly improved air quality and health

In 2000, less than 10% of the population in Indonesia had access to clean cooking fuels. This is now over 90%, as the chart shows.

Clean cooking fuels are those that, when burned, emit less than the World Health Organization's recommended amounts of air pollutants. They reduce the burden of air pollution — and its health impacts — for the households that use them.

In 2007, the Indonesian government launched a national program to move from kerosene cooking fuels to liquefied petroleum gas.

This shift has greatly reduced particulate pollution and improved health outcomes. Death rates from indoor air pollution have fallen steeply.

Explore how access to clean cooking fuels has changed throughout the world.

Article

Featured image

Could biofuels meet demand for global aviation?

To fuel all of the world’s aviation demand, global biofuels would need to more than triple and be exclusively used for air travel.

Data Insight

Stomach cancer was previously the largest cause of cancer deaths in Japan, but rates have fallen dramatically.

Line chart comparing age‑standardized estimated cancer deaths per 100,000 people in 1980 to 2021. Stomach cancer drops from 48.1 per 100,000 in 1980 to 13.2 per 100,000 in 2021 — a decline of more than 70% and from the highest rate in 1980 to below several other cancers by 2021. In 2021 the highest rates shown are lung, trachea, bronchus at 21.3 per 100,000, colon and rectum at 15.9, and pancreas at 10.3. Several other cancer lines remain low and relatively flat across the period. Data source: IHME, Global Burden of Disease (2024).

Stomach cancer used to be the main cause of cancer mortality in Japan; since then, rates have fallen dramatically

Back in 1980, stomach cancer was the type of cancer that someone in Japan was most likely to die from. Its death rate — the number of deaths per 100,000 people — was over twice as high as the next largest killer, lung cancer.

But this is no longer the case. Since then, death rates from stomach cancer have dropped by more than 70%. You can see this change, compared to other cancers, in the chart.

While death rates of some other cancers have also fallen, these declines have been much smaller. Some types even saw an increase in death rates over these four decades.

Improvements in prevention, detection, and treatment have all contributed to this huge decrease in stomach cancer death rates. Stomach cancer is often caused by a bacterium called Helicobacter pylori; better hygiene and food safety have reduced its spread. Early screening for the infection has also made a big difference to survival rates.

This progress is not unique to Japan. Many countries, and the world as a whole, have seen a huge reduction in stomach cancer mortality.

Note that these death rates are age-standardized, which means they hold the age structure of the population constant. This allows us to understand how the risks of someone of a given age have changed over time.

Stomach cancer death rates have fallen across many countries — explore our interactive chart.
Data update

Explore updated data on social spending by governments

How much are different countries spending on social programs like housing, unemployment, benefits for the sick and elderly, and more?

I just updated our charts with the latest data from the OECD’s Social Expenditure Dataset. It covers all 38 OECD countries plus several candidate countries.

With this update, we now have a better picture of how social spending changed during the COVID-19 pandemic. There were large increases in many countries, as you can see in the chart.

In one of our charts, we combine this dataset with two others (OECD (1985) and Lindert (2004)) to extend the series all the way back to 1880, giving you a sense of how social spending has changed over the long run.

We also have charts showing spending broken down into nine different categories, such as housing, unemployment, family, health, and more.

Explore more interactive charts with updated data
A line chart showing public social spending as share of GDP for a selection of OECD countries from 2000 to 2024. Social spending includes, among others, the following areas: health, old age, incapacity-related benefits, family, active labor market, programmes, unemployment, and housing. The data source is the OECD (2025), OECD (1985), and Lindert (2004). The chart is licensed CC BY to Our World in Data.

Data Insight

Suicide rates in Lithuania have more than halved since their 1990s peak.

Line chart of estimated suicides per 100,000 people, age-standardized, from 1990 to 2021. The line rises sharply in the early 1990s to a peak in 1995 of 45 deaths per 100,000, then trends downward fairly steadily to about 20 deaths per 100,000 by 2021. Annotations on the chart note the 1995 peak and that rates have more than halved to 20 deaths per 100,000 and that this remains among the highest rates in Europe. Data source in the footer: IHME, Global Burden of Disease (2024).

Suicide rates in Lithuania have more than halved since their 1990s peak

Following the collapse of the Soviet Union and the social and economic disruption that it left behind, suicide rates in Lithuania increased rapidly. They climbed in the early 1990s and reached a peak in 1995. At 45 suicide deaths per 100,000 people, the country had one of the highest rates in the world.

But in the last few decades, rates have more than halved. You can see this in the chart.

Several factors likely contributed to the decline. Economic conditions improved, with average incomes more than doubling over just a decade from the mid-1990s to the mid-2000s and continuing to rise thereafter. In 2007, the country launched its first National Mental Health Strategy. A decade ago, it also developed a Suicide Prevention Bureau and a Suicide Prevention Action Plan.

This progress has saved many lives. Yet today it still has some of the highest rates in the world. That’s because suicide rates have not only fallen strongly in Lithuania, but in many countries — estimates for the global suicide rate suggest a 40% decline since 1995.

Explore more data on how suicide rates have changed across the world on our dedicated topic page.
Data update

Track how forests are changing around the world

How are forest sizes changing around the world? Where is deforestation happening most, and where are forests actually growing in size through afforestation or natural expansion?

To help you track this, I recently updated our charts with the latest data from the UN FAO’s Forest Resource Assessment, which is published every five years.

The data shows that net deforestation has increased globally to around 5 million hectares (ha) per year for 2020–2025, driven primarily by deforestation in Brazil of 3.3 million ha per year. For context, there are about 4 billion ha of forest globally.

Despite the net deforestation globally, many countries across Europe and Asia have seen increases in forest area throughout the 21st century.

Explore all of the updated charts
A world map showing the annual change in forest area for 2025. The net change in forest area measures forest expansion (the sum of afforestation and natural expansion) minus deforestation. This data is calculated as the average annual change based on either ten- or five-year changes in forest area. The exact change may differ from year to year over this period. The data source is the Food and Agriculture Organization of the United Nations (2025). The chart is licensed CC BY to Our World in Data.

Data Insight

Cumulative near-Earth asteroids discovered over time. Stacked area chart of cumulative discoveries from 1990 to 2025, showing three size categories: smaller than 140 meters; 140 meters to 1 kilometer; and larger than 1 kilometer. The y-axis runs from 0 to 40,000 cumulative asteroids. Discoveries rise slowly through the 1990s and 2000s, then accelerate sharply after about 2010 and especially after 2015. By 2025, roughly 40,000 near-Earth asteroids have been recorded, with the majority in the smaller-than-140-meters category, a substantial but smaller share in the 140 meters to 1 kilometer category, and a very small number larger than 1 kilometer. Data source: NASA Center for Near-Earth Object Studies (2026). License: CC BY.

Over 40,000 near-Earth asteroids have been detected since 1990

Since the late 20th century, astronomers and space agencies have taken steps to monitor the threat of large asteroids passing near Earth. They set up international efforts to find these objects early, track their paths, and learn more about what they’re made of, so we’d have the best chance of spotting a real collision risk in time.

As the chart shows, more than 40,000 near-Earth asteroids have been discovered and tracked since 1990. NASA estimates that we’ve already found over 90% of near-Earth objects larger than 1 kilometer. These are the most dangerous ones, because an impact at that size could cause global-scale damage.

Explore more interactive charts on space exploration and satellites

Announcement

Check out Max Roser’s interview in the book “Speak Data”

Max Roser, our founder and co-director, was interviewed as part of the book Speak Data: Artists, Scientists, Thinkers, and Dreamers on How We Live Our Lives in Numbers by Giorgia Lupi and Phillip Cox.

In the interview, Max speaks about pandemic misinformation, how words can sometimes better explain data than numbers themselves, and the origins and mission of Our World in Data:

With many of the things where we see big improvements, the data is not there, or it’s in the hands of researchers who bury it in the appendix of some PDF. That’s very much the angle that we are taking at Our World in Data—we’re trying to bring the data out of spreadsheets and visualize it, make it accessible for everyone.

The authors describe the book as “about data as a language and the ways it helps us access the full complexity of human ideas, stories, and behaviors.”

Learn more about the book
An image of the page featuring Max Roser from the book "Speak Data: Artists, Scientists, Thinkers, and Dreamers on How We Live Our Lives in Numbers" by Giorgia Lupi and Phillip Cox

Article

Featured image

How have crime rates in the United States changed over the last 50 years?

Both violent and property crime are far below their 1990s peak, but some crimes see periodic rises.

Data Insight

Childhood stunting in Malaysia has increased in recent decades, while its neighbours have made progress

Line chart showing prevalence of stunting among children younger than five in selected Southeast Asian countries from 2000 to 2024, y-axis 0% to 60%, x-axis years 2000 to 2024. Most countries (Laos, Philippines, Bangladesh, Indonesia, Cambodia, Vietnam, Thailand) show steady declines in stunting over the period. Malaysia is the notable exception, with rates rising from about 20% to 24% in the last 25 years and crossing above some neighbours by 2024 — this is highlighted by an on-chart note: "Rates in Malaysia have increased from 20% to 24% in the last 25 years." Data source in footer: World Health Organization (2025).

Malaysia is an outlier: richer than its neighbors but doing worse on child nutrition

If we look at income levels across countries in South and Southeast Asia, Malaysia is far richer than many of its neighbors. Its gross domestic product (GDP) per capita has almost doubled since 2000. It is now more than three times higher than that of Cambodia, Laos, and Bangladesh, and more than double that of Indonesia and Vietnam.

But if we look at measures of childhood nutrition, Malaysia is not doing better. You can see this in the chart. While its neighbors have made progress on childhood stunting — the share of children under 5 who are too short for their age — Malaysia has regressed. In 2000, 20% of children were “stunted”, and this has increased to 24%.

Malaysia also stands out at a global level. When we plot the share of children who are stunted against GDP per capita, the country is a clear outlier for its level of income. Most other countries at this level of economic development have rates below 10%.

Malaysia also does relatively poorly on other measures of malnutrition. On childhood wasting — when a child’s weight is too low for their height — it has one of the highest rates in the region.

The country is off track or worsening on most global nutrition targets.

Read our explainer on stunting: how it’s measured, and why it matters.
Data update

Explore updated data on greenhouse gas emissions and their climate impacts

To limit and stop climate change, we need to greatly reduce global emissions of greenhouse gases (GHGs).

Our CO₂ and Greenhouse Gas Emissions Data Explorer lets you track how emissions are changing country by country, and also understand their impacts on the climate.

I recently updated our charts with data on GHG emissions from the publication Jones et al. (2025), which in turn relies on data from the Global Carbon Project (GCP) and PRIMAP-hist.

Visit our CO₂ and Greenhouse Gas Emissions Data Explorer
Contribution to global mean surface temperature rise, 1851 to 2024.

Line chart showing each country’s cumulative contribution to global mean surface temperature change from 1851 to 2024, calculated from emissions of three gases: carbon dioxide, methane, and nitrous oxide. X-axis covers years 1851 to 2024; Y-axis shows contribution in degrees Celsius from 0 to about 0.3 °C.

Key points: United States contributes the most, rising steadily to about 0.3 °C by 2024. China’s contribution increases rapidly from around 1980 to about 0.2 to 0.22 °C by 2024, making it the second largest. Russia is next at roughly 0.1 to 0.12 °C. Brazil, India, Indonesia, Germany, and the United Kingdom each contribute smaller amounts, roughly in the range of 0.04 to 0.09 °C by 2024. These are the top 8 contributing countries.

Data source and note in the footer: Data source: Jones et al. (2025). Licensing: CC BY to Our World in Data. Note: the chart does not include cooling impacts from sulphur dioxide and aerosols, so the net warming shown can be lower than actual warming once those cooling effects are considered.