Daily Data Insights

Bite-sized insights on how the world is changing, published every weekday.

Many Europeans say their nations are on the wrong track with housing

A horizontal bar chart titled "People in many countries are pessimistic about housing, 2024" shows the responses from various countries regarding perceptions about their housing situation. Each bar represents the percentage of responses categorized as: "Wrong Track" (indicated by dark red), "Don't Know" (light green), and "Right Track" (purple). 

Countries listed from top to bottom include: Netherlands, Spain, Hungary, Germany, Turkey, Great Britain, France, Ireland, Italy, Belgium, Sweden, and Poland. The chart reveals a dominant trend of pessimism, with many countries showing a higher percentage in the "Wrong Track" category. 

The data source is OECD (2025), and the note specifies that the survey question asked was: "In general, do you think that your country is on the right track or the wrong track when it comes to housing?"

The Ipsos Housing Monitor 2025 surveyed people across 30 countries, asking: “In general, do you think that your country is on the right track or the wrong track when it comes to housing?”.

The chart shows results for European countries, where housing prices have risen sharply since the global financial crisis, with particularly large increases since 2015.

The Netherlands and Spain stand out, with nearly 80% believing their country is on the wrong track.

People in Poland and Sweden are less concerned than in other countries. But even in these nations, the majority feels like their country is on the wrong track.

Explore more data on optimism and pessimism about the future

What share of women reach the end of their childbearing years without having children?

This chart shows the share of women who have had no births by the end of their childbearing years in four countries: the United States, Sweden, Japan, and Spain. 

Each country's data is represented on separate graphs, plotted against the years from 1918 to 1972 along the horizontal axis, labeled as "Women's birth year." The vertical axis indicates the percentage of women who have had no births, ranging from 0% to 30%. 

In the United States graph, the percentage starts around 15% in 1918, dips slightly mid-century, and then rises again to near 20% by the early 1970s. 

The Sweden graph shows a relatively stable line around 10–15% throughout the years, with no significant fluctuations.

Japan's graph trends upward, reaching around 25% by the end of the timeline.

In Spain, the share steadily increases, culminating in over 20% by 1972, indicating a growing trend in women having no births.

The data source is cited as the "Human Fertility Database (2024)." The chart is published by Our World in Data.

This chart focuses on the share of women who had no births by the end of their childbearing years. The horizontal axis shows the woman’s birth year.

Around 18% of those born in the 1910s in the United States had no children. For the following generations who grew up during the “baby boom”, the share with no children dropped to 5%. Since then, this figure has risen and fallen again.

In Sweden, the share of women without any children has remained relatively stable at around 12% for women born between the 1950s and 1970s.

The trend in Japan and Spain has been different: the share of women with no children has grown steeply over recent generations. In Spain, the figure nearly doubled in a decade: from 10% for women born in 1960 to almost 20% for those born in 1970. In Japan, it almost tripled in twenty years.

Explore this data for twenty more countries

Solo living has become the most common arrangement for households in the United States

The bar chart illustrates changes in household composition in the United States from 1960 to 2015. The chart consists of three horizontal bars, each representing a different year: 1960, 1990, and 2015. 

In 1960, the largest segment is "Couple with children," which accounts for 43%. Other segments include: "Single parent with children" at 5%, "Couple" at 22%, "Extended family" at 12%, "Non-relatives" at 4%, and "One person" at 13%.

By 1990, the "Couple with children" category has decreased to 30%. The breakdown is: "Single parent with children" at 8%, "Couple" at 24%, "Extended family" at 8%, "Non-relatives" at 5%, and "One person" at 25%.

In 2015, "Couple with children" drops further to 24%, with the segments now being: "Single parent with children" at 9%, "Couple" at 25%, "Extended family" at 9%, "Non-relatives" at 5%, and "One person" increasing to 28%.

Data sources for the chart are cited as United Nations, 2022.

Households in the United States have changed significantly over the last 60 years. In 1960, 43% of households were couples with children, but this had dropped to 24% by 2015.

Once a minority, single individuals living alone are now the most common composition, making up 28% of households in 2015.

Several factors may explain this shift. Since 2000, most population growth has occurred among those over 60, who are more likely to live alone after widowhood or once children leave home. Declining birth rates have further reduced the share of households with children.

At the same time, rising incomes among women, in particular, have made independent living more accessible, likely contributing to the increase in single-person households alongside the trend of marrying later or not at all.

Explore how household types compare across different countries

Women live longer than men in every country in the world

The chart titled "Women live longer than men in every country" shows a scatter plot of life expectancy for men and women in 2023, categorized by continent. Each dot represents a country, with its color indicating the continent: Africa, Asia, Europe, North America, Oceania, or South America. The x-axis displays life expectancy for men, while the y-axis shows life expectancy for women. A diagonal line indicates where life expectancy for both genders would be equal. All dots are above this line, meaning women have a higher life expectancy than men in every country. The trend shows increasing life expectancy for both genders, with women consistently living longer. Data source: UN World Population Prospects (2024).

In every country in the world, women tend to live longer than men.

You can see this in the chart below, which shows the average life expectancy of women on the vertical axis and the life expectancy of men on the horizontal axis, both for 2023. Each dot is one country.

As you can see, all countries lie above the middle line, which means that women's life expectancy was higher than men's.

There are various reasons why this gap in life expectancy exists, which my colleagues Saloni Dattani and Lucas Rodés-Guirao explain in their article. Typically, births are skewed in favor of males, with around 105 boys being born for every 100 girls. However, throughout childhood, adolescence, and adulthood, mortality rates tend to be higher in males.

This data comes from the United Nations’ World Population Prospects.

Read our article on why women live longer than men →

Many African countries are heavily dependent on oil production

A bar chart illustrating the reliance of nine African economies on oil rents as a percentage of GDP for the year 2021. The chart includes the following countries listed from highest to lowest percentage: Libya at 56%, Congo at 34%, Angola at 28%, Chad at 17%, Gabon at 16%, Equatorial Guinea at 15%, Algeria at 14%, Nigeria at 6.2%, and Ghana at 4.1%. A note highlights that oil rents account for over half of Libya's GDP. The source of the data is the World Bank, 2024. The chart features colored bars representing each country's oil rent percentage, along with the flags of the respective countries next to their names.

Oil production plays an important role in the economy of many African countries. The chart shows oil rents as a percentage of gross domestic product (GDP) for the nine African nations most reliant on it.

Libya ranks first, with oil rents equivalent to 56% of its GDP in 2021, followed by Congo at 34% and Angola at 28%. Despite being Africa’s largest oil producer, Nigeria’s oil rents are just 6.2% of its GDP.

Despite this, these countries’ oil production is relatively modest on a global scale. In 2021, their combined output was less than half of what the United States, the world’s top producer, extracted.

Explore oil production for more countries

Internet use has grown rapidly but unevenly across Asia's largest countries

A graph titled "Internet usage has surged in Asia's four most populous countries" shows the percentage of the population that used the Internet in the last three months across four countries: China, India, Indonesia, and Pakistan. 

- In China, the percentage increased from 2% in 2000 to 77% in 2023, with a steadily rising line.
- India shows a rise from 1% in 2000 to 43% in 2023, with a gradual upward trend.
- Indonesia's internet usage jumped from 1% in 2000 to 69% in 2023, following a similar growth pattern.
- Pakistan also increased its usage from 1% in 2000 to 33% in 2023, showcasing an upward trend.

At the bottom, there is a note indicating the data source is the International Telecommunication Union via the World Bank, along with additional information that India's latest data is from 2020 and Pakistan's is from 2022. The graphic has a Creative Commons BY attribution.

Since the turn of the millennium, Internet access has grown quickly but at different rates across Asia’s most populous nations.

Four countries, home to more than 40% of the world's population, tell this story in the chart: China, India, Indonesia, and Pakistan.

Internet users in China rose from 2% in 2000 to 77% in 2023, while Indonesia’s users grew from 1% to 69%. The pace has been slower in South Asia, with India reaching 43% by 2020 and Pakistan 33% by 2022.

Explore Internet usage for more countries

In some countries, more than one in three mothers have lost a child younger than five

A global map shows the share of mothers aged 20–44 who have lost a child under five years old. The data is categorized into four ranges: less than 1% (light yellow), 1% to 5% (yellow), 5% to 10% (orange), 10% to 30% (dark orange), and more than 30% (red). Higher rates are concentrated in Sub-Saharan Africa and parts of South Asia, while lower rates are seen in North America, Europe, and parts of East Asia. Data is sourced from Smith-Greenaway et al. (2021) and reflects single-year estimates between 2010 and 2018.

There are few experiences, if any, that are more painful for a parent than losing a child.

In the past, child deaths were much more common than they are today. But even when these deaths were not unusual, historical diary entries show us that most parents still found them heartbreaking.

Unfortunately, in many countries today, a large share of parents still experience the loss of a child. The map here shows the share of mothers who lost a child before they reached the age of five.

In most of Europe and North America, this share is less than 1%. But in some of the world’s poorest countries — like Cameroon, Nigeria, and the Central African Republic — more than one in three mothers have experienced this tragedy.

These figures come from a research article by Emily Smith-Greenaway and colleagues, based on reported or estimated data from 2010 to 2018 for mothers aged 20 to 44.

Read my colleague Max Roser’s article for more historical context around this data →

More land animals than ever before are slaughtered for meat

The image presents a data visualization illustrating the number of animals killed for meat worldwide from 1961 to 2022. It is divided into four sections, each representing a different animal species:

1. **Chickens**: Shown in orange, the graph starts at zero in 1961 and rises sharply, reaching approximately 60 billion killed by 2022.
  
2. **Pigs**: Displayed in green, this chart shows a more gradual increase, starting from zero in 1961 and peaking at around 1 billion killed by 2022.

3. **Sheep and Goats**: Presented in blue, this line shows a steady rise from zero in 1961 to nearly 400 million by 2022, with a peak near 1 billion.

4. **Cows**: Illustrated in dark green, this graph shows a slow but consistent increase from zero to about 300 million killed by 2022.

Each section has a label indicating the species and the number of animals on the vertical axis, while the horizontal axis marks the years from 1961 to 2022. The bottom of the image references the data source as the Food and Agriculture Organization of the UN from 2023, with a CC BY attribution.

Global livestock numbers — tracked by the UN Food and Agriculture Organization since 1961 — have surged, with particularly large increases in the number of chickens, pigs, sheep, goats, and cows.

For many land animals, life is short and painful. Recent estimates indicate that globally, most animals are raised on factory farms. In the US, where better data and research are available, 99% of livestock is factory-farmed.

Explore many more interactive charts and articles on animal welfare

Global sales of combustion engine cars have peaked

A bar chart titled "Global sales of combustion engine cars have peaked," showing annual car sales from 2010 to 2023. The chart highlights that combustion engine car sales peaked in 2017/18 and have declined since, while electric car sales (in orange) have steadily risen. Total car sales hover around 70–80 million annually, with electric cars making a growing share of the market from 2018 onward. Data source: International Energy Agency, Global EV Outlook 2024. Note: Electric cars include fully battery-electric and plug-in hybrids.

To decarbonize road transport, the world must move away from petrol and diesel cars and towards electric vehicles and other forms of low-carbon transport.

This transition has already started. In fact, global sales of combustion engine cars are well past the peak and are now falling.

As you can see in the chart, global sales peaked in 2018. This is calculated based on data from the International Energy Agency. Bloomberg New Energy Finance estimates this peak occurred one year earlier, in 2017.

Sales of electric cars, on the other hand, are growing quickly.

Explore more data on electric car sales across the world →

In these nine Asian countries, child mortality has more than halved since the year 2000

A data visualization titled "Nine Asian countries where child mortality has halved since 2000." The chart shows the estimated percentage of newborns dying before age five in nine countries: Afghanistan (13% in 2000 to 6% in 2022), Cambodia (11% to 2%), Laos (11% to 4%), Bangladesh (9% to 3%), Myanmar (9% to 4%), India (9% to 3%), Nepal (8% to 3%), Indonesia (5% to 2%), and China (4% to 1%). Each country is represented by a line graph showing a significant decline in child mortality over time. Data source: UN Inter-agency Group for Child Mortality Estimation (2024), CC BY.

Child mortality in Asia has fallen sharply. The chart shows nine countries that have reduced child mortality rates by more than half since 2000. This means millions more children surviving through the crucial early years of life.

In India, for example, child mortality fell from 9% to 3%. China saw a similar decrease from 4% to just 1%. Key reasons for these gains include improved nutrition, clean water, sanitation, vaccinations, and poverty reduction.

However, even with these improvements, rates of 1–6% still reflect hundreds of thousands of young lives lost each year in these countries.

This is a story of remarkable progress — but one that’s not yet finished.

Explore child mortality data for more countries

Almost all livestock in the United States is factory-farmed

An infographic titled "Most livestock in the United States are factory-farmed." It lists the percentages and numbers of animals raised in factory farms, defined by the EPA as operations with intensive feeding for over 45 days. Chickens: 99.96%, 9.2 billion; Turkeys: 99.8%, 260 million; Farmed fish: 100%, 530 million; Cows: 75%, 66 million; Egg-laying hens: 98.3%, 380 million; Pigs: 98.6%, 73 million. Data source: Sentience Institute (2024), with data from 2022.

It’s difficult to quantify animal suffering in a single number, but one metric often used to measure living conditions is the number of animals raised on “factory farms”.

Factory farms are defined as “concentrated animal feeding operations” where many animals are held in an intensive feeding operation for more than 45 days.

99% of livestock in the United States is factory-farmed. This latest estimate comes from the Sentience Institute and is based on definitions and data from the US Environment Protection Agency.

The chart shows the share of different forms of livestock that are factory-farmed. More than 98% of chickens, turkeys, hens, pigs, and farmed fish are factory-farmed. Cows are a bit less likely to be factory-farmed, but three-quarters still spend much of their lives in these conditions.

Read more about factory farming, including estimates of how much livestock globally is factory-farmed →

Spring no more: France’s shift in birth patterns

A line graph depicting the most common birth month in France from 1861 to 2022, with the horizontal axis representing months from January to December and the vertical axis indicating years. Each year shows a line indicating the month with the highest average birth rate per day, with varying colors representing different time periods. 

In the late 19th and early 20th centuries, lines often cluster around spring months, indicating this as the most common season for births. Disruptions during World Wars I and II are noted, as birth rates shifted temporarily. Since the late 20th century, the trend has changed, with late summer and autumn months becoming the most common for births.

The data source is the Human Mortality Database (2024) and the chart is published on OurWorldinData.org, and is licensed under CC-BY by the authors, Saloni Dattani and Lucas Rodés-Guirao.

What’s the most common season for babies to be born?

In many European countries, it’s late summer or autumn. Births are 5% to 10% more common in these months than others.

But this seasonal pattern used to be different. The chart shows the most common month for births each year. We’ve focused on France, which has data since the 1860s.

As you can see, spring was the most common season for births then. The pattern was temporarily disrupted during the two World Wars but continued until the late 20th century. Then, births shifted to later in the year, with late summer and autumn becoming more popular.

This shift also occurred in many other European countries and North America.

Explore the most common birth month around the world

OECD countries give a smaller share of their national income to foreign aid today than in 1960

A line graph titled "Foreign aid given as a share of national income, DAC Countries" illustrates the trend of official development assistance (ODA) as a percentage of gross national income from 1960 to 2023. The vertical axis represents the percentage of national income, ranging from 0% to 0.5%, while the horizontal axis indicates the years from 1960 to 2023. 

The graph shows a decline in foreign aid from approximately 0.49% in 1960, followed by fluctuations, hitting a low of about 0.21% around the year 2000. After this low point, there is a gradual increase, reaching 0.37% in 2023. Two data points are highlighted: 0.49% at the start, and 0.21% around 2000, marking significant moments in the timeline.

In the graph, "DAC countries" is noted as major aid donors in the OECD, with a credit to the data source, which is the OECD for the year 2024. The visual is copyrighted under CC BY.

Over the last 60 years, the 32 high-income countries in the OECD’s Development Assistance Committee (DAC) steadily increased the foreign aid they sent abroad. In total, aid rose from $39 billion to $213 billion, adjusted for inflation.

But while aid has grown in dollar terms, it has shrunk as a share of national income. Between 1960 and 2000, foreign aid as a percentage of national income fell sharply from 0.49% to 0.21%. Since then, it has recovered slightly to 0.37% but remains far below its 1960 level.

As a result, only five countries currently meet the UN’s target of dedicating at least 0.7% of their national income to foreign aid.

Explore foreign aid given as a share of national income by all countries

The twin baby boom

The chart titled "Share of births that are twins" displays the percentage of twin births over time, spanning from 1858 to 2021. The vertical axis represents the share of births that are twins, ranging from 0% to 2%.

There are five colored lines, each representing a different country: the United States, France, Canada, Australia, and England and Wales. Throughout the years, the percentage of twin births shows a noticeable increase in each of the countries shown, particularly from the 1980s.

A note on the chart indicates that delayed childbearing, alongside technologies such as IVF, has contributed to this rise in twin births. 

The data for this chart is sourced from the Human Multiple Births Database in 2024. The chart is credited under a Creative Commons BY license, and is published by Our World in Data.

The share of births that are twins has changed over time.

The chart shows data for France, Canada, the United States, and England & Wales in the Human Multiple Births Database.

As you can see, twin births have risen dramatically since the 1980s.

One reason is the use of reproductive technologies such as in vitro fertilization (IVF), which have made it possible for many more couples to conceive. During procedures like IVF, multiple eggs can be used at the same time to maximize the chances of a successful pregnancy, which can lead to twin births.

Another reason for the rise in twin births is that the average age of women at childbirth has risen. Older women are more likely to have twin births, even without using reproductive technologies.

Twin births are a chance event, but data shows they can also be influenced by societal changes and reproductive technologies.

Explore trends in twin births for other countries

In 2004, it took the world a year to add a gigawatt of solar power — now it takes a day

A line graph depicting the average number of days it took to install a gigawatt of solar energy capacity worldwide from 2001 to 2023. The vertical axis represents the number of days on a logarithmic scale, spanning from 1 to 1000 days. The horizontal axis indicates the years from 2001 to 2023. 

In 2004, the average time was about 1 year, which is marked on the graph. A downward trend shows significant decreases in installation time over the years. By 2010, it took under 30 days, and by 2015, just over 7 days. The most notable point is in 2023, where it dropped to about 1 day on average for installation. 

The data source is attributed to IRENA (2024), with calculation by Our World in Data, and the chart is identified as CC BY, indicating it is licensed for sharing and adaptation with appropriate credit.

To mitigate the negative impacts of climate change, the world needs to quickly transition from fossil fuels to low-carbon energy sources such as solar power.

The chart shows how much this transition has accelerated in the last two decades.

In 2004, it took the world about a year to add one gigawatt of solar power capacity. By 2023, the same amount was added, on average, every single day.

For reference, a gigawatt of solar is enough to power approximately 200,000 homes in the US.

Much of this growth has been driven by China, which by 2023 accounted for about 43% of the cumulative installed capacity worldwide.

A big reason for this acceleration has been a large decrease in the price of solar panels. Since 2001, the price has dropped by about 95%, from $6.21 to $0.31 per watt.

Learn more about why renewables like solar became so cheap so fast

Religion has become less important in some English-speaking countries

A line graph titled "In some English-speaking countries, people value religion less than before" displays data from 1993 to 2022 on the share of people who consider religion "very important" or "rather important" in their lives. The graph features five lines, each representing a different country: 

- The United States, starting at 79% in 1993 and decreasing to 61% by 2022.
- Canada, beginning at 61% in 1993 and declining to 35%.
- Australia, initially at 48% and dropping to 29%.
- The United Kingdom, starting at 45% and falling to 33%.
- New Zealand, with a starting point of 38% and a slight decrease to 28%.

The Y-axis represents the percentage of respondents, while the X-axis marks the years from 1993 to 2022. A note on the survey question states: "Would you say [religion is] very important [in your life], rather important, not very important or not important at all?" The data source is cited as "Integrated Values Surveys (2022)" along with a Creative Commons BY attribution.

Religion means less to people in some English-speaking countries than it did 30 years ago.

The chart shows a clear downward trend in the share of people who see religion as important in their lives. This is based on surveys across the US, UK, Canada, Australia, and New Zealand, from 1993 to 2022.

The United States stands out as the country with the highest percentage of people who consider religion important, though this has declined from 79% to 61%. The shift was even sharper in Canada, falling from 61% to 35%.

Religion was already less important to people in Australia, the UK, and New Zealand but in all three countries, this share dropped by more than a quarter.

Explore this data on the importance of religion for many more countries

Nearly two-thirds of antibiotics were introduced during the “golden age of antibiotics”

A timeline titled "The Golden Age of Antibiotics" shows when each antibiotic drug class was first available for medical use, with example antibiotics labeled. Classes are color-coded by their source: actinomycetes, other bacteria, fungi, or synthetic. Milestones include the first antibiotics (arsphenamines in 1910), as well as the discovery of many actinomycetes-derived antibiotics, such as streptomycin, and sulfonamides, penicillins, and tetracyclines. Data: Hutchings, Truman, Wilkinson (2019). Created by Saloni Dattani for Our World in Data.

The “golden age of antibiotics” lasted from the early 1940s to the late 1960s. It was a period of rapid innovation that transformed medicine. As highlighted in this chart, nearly two-thirds of all antibiotic drug classes were introduced during this period.

Scientists explored natural sources — such as fungi and bacteria — and synthetic sources.

This led to breakthroughs in antibiotics derived from soil-dwelling bacteria, such as streptomycin, tetracyclines, and macrolides, and the mass production of penicillin, which Alexander Fleming discovered in 1928.

However, progress slowed after the 1970s as pharmaceutical companies shifted their focus to chronic diseases. Today, there is a renewed need for innovation to tackle antibiotic resistance.

Read my article on the golden age of antibiotics and how we can spark a new one →

Global average life expectancy has more than doubled since 1900

A line chart showing the global average life expectancy from 1900 to 2023. The vertical axis represents life expectancy in years, ranging from 0 to 80, while the horizontal axis indicates the years from 1900 to 2023. While average life expectancy was 32.0 years in 1900, it was 73.2 years in 2023.

In 1770, the average life expectancy was only 28.5 years, depicted at the lower end of the graph. By 2023, it had risen to 73.2 years, noted at the upper portion. Key points on the graph highlight this change. 

Data sources cited include UN WPP (2024), HMD (2024), Zijdeman et al. (2015), and Riley (2005). The information can be further accessed at OurWorldinData.org/life-expectancy. The graph is labeled with the text "Global average life expectancy has more than doubled," emphasizing the significant increase over the centuries.

We can expect to live more than twice as long as our ancestors in 1900.

As the chart shows, global average life expectancy was just 32 years at the beginning of the 20th century.

This was a short life by today’s standards: in 2023, the average life expectancy had increased to 73 years. That’s 41 years longer.

This remarkable increase is due to improved living standards, like better nutrition and sanitation, and advances in healthcare, such as antibiotics and vaccines.

While large declines in child mortality have been crucial, they have not been the only reason for the increase in life expectancy; it has increased across all ages.

Read more in our article “Twice as long – life expectancy around the world”

The world’s lithium is mined in just a handful of countries

Bar chart showing the global lithium production by country in 2023. Australia leads with 48% of global production, followed by Chile at 24% and China at 18%. Argentina contributes 5.3%, Brazil 2.7%, Zimbabwe 1.9%, Canada 1.9%, and Portugal 0.21%. The chart highlights that Australia, China, and the "lithium triangle" (Chile, Argentina, and Bolivia) dominate lithium production.

Lithium is a critical component in many industries, including pharmaceuticals, optics, ceramics, and glass. But it’s best known for its use in batteries. Most rechargeable batteries in mobile phones, laptops, and consumer electronics are made from lithium-ion chemistries.

It’s also receiving increasing attention as a critical mineral in batteries for electric cars and storage for renewable energy.

Just a handful of countries supply the world’s lithium. In the chart, you can see each country’s share of global mined production in 2023. Australia produced almost half. Combined with China, Chile, and Argentina, these four countries produced over 90% of the total.

Chile, Argentina, and Bolivia form the so-called “lithium triangle”, which are large lithium deposits that span across these three countries. While Bolivia has huge lithium resources, it has produced very little so far.

This data comes from the United States Geological Survey.

Explore which countries produce other critical minerals in our data explorer →

Nine in ten people in the world were in the range of a 4G network in 2023

A line chart that shows the global increase in 4G network coverage from 2015 to 2023. The x-axis represents years (2015 and 2023), while the y-axis shows coverage percentages. In 2015, North America had the highest coverage at 99%, followed by Europe (76%), Latin America (58%), and Asia (40%). Sub-Saharan Africa had the lowest at 11%. By 2023, North America and Europe reached 99%, Asia increased to 94%, Latin America to 91%, and Sub-Saharan Africa to 63%. Globally, coverage rose from 44% in 2015 to 90% in 2023, indicating that nearly 9-in-10 people worldwide are now within range of a 4G network. A note clarifies that network coverage does not imply usage.

Internet access has grown rapidly over the last few decades. It lets us connect with people across countries and continents, helps students learn and apply for jobs, and is even the primary mode of banking in some parts of the world.

But having access to fast internet also matters. This is also changing quickly.

In 2015, less than half — 44% — of the world population was in the range of a 4G network. That figure is now 90%. In the chart, you can see that this has increased quickly across many regions. This data comes from the International Telecommunication Union.

Note that being in the range of a 4G network doesn’t mean that someone is using it. If people don’t have a mobile, computer, or service to connect, they might be in the range of a network but not online.

Explore more charts on technological change across the world →

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