Daily Data Insights

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

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 →

Three countries had more women than men in parliament in 2023

A world map visualizes the percentage of seats held by women in the lower or single chamber of parliaments for the year 2023. The map features various shades of blue, indicating different levels of female representation. Areas with no data are shown in white, while light yellow represents regions with more women than men in parliament. Countries highlighted specifically include Nicaragua, Cuba, and Rwanda, which are noted for having more women than men in their legislative bodies. The darker blue shades signify regions where men hold the majority of seats, with categories for "far more men" (over 75% male representation), "more men," "equal" representation, and "more women." The footer includes data sources credited to V-Dem (2024) and Our World in Data, labeled with a Creative Commons BY license.

Women’s representation in national politics has increased dramatically in the last century.

But men still hold more parliamentary seats in almost every country. There are three exceptions: Cuba, Nicaragua, and Rwanda.

You can see this in the map. Most countries are in blue, meaning they have a higher share of men; in many countries, they make up more than 75% of the seats (shown in darker blue).

Look closely enough, and you can see the three countries in red that have more women.

This data comes from V-Dem and is based on parliamentary seats in 2023.

Explore how the share of women in parliament has changed in other countries →

Meat preferences vary a lot across different countries

This chart titled "The most popular meats vary a lot across countries" shows the percentage of different types of meat consumption across five countries: Argentina, the United States, Japan, Germany, and Ethiopia. The meats are categorized as poultry, beef, sheep and goat, pork, other meats, and fish/seafood. For example, Argentina primarily consumes beef and poultry (both 40%), while Ethiopia consumes a significant portion of beef (45%) and sheep/goat meat (28%). Japan has high consumption of fish/seafood (44%), while Germany's diet is pork-heavy (48%). The chart uses color bars to represent each meat type with a clear legend at the top.

America’s most popular type of meat is chicken. In Argentina, chicken is tied with beef. And in Japan, it’s fish and seafood.

There are large differences in the popularity of meat types across the world.

In the chart above, you can see the share of supply that comes from different types of meat: poultry, beef, pork, goat, and seafood. I’ve picked just a selection of countries that highlight some of the variation across the world.

Of course, countries also eat very different amounts of meat; this chart focuses on the relative amounts in national diets.

This data comes from the Food and Agriculture Organization of the United Nations.

Explore the most popular types of meat in your country in the global dataset →

The world has probably passed “peak air pollution”

The image shows a series of six line graphs depicting the trends in global emissions of different pollutants from 1750 to 2022. The title reads "The world has passed 'peak pollution'," indicating that emissions of several pollutants have declined since their peak levels, except for ammonia.

The pollutants shown are:

- Sulphur dioxide (SO₂) – peaked in the mid-20th century and has since declined.
- Nitrogen oxide (NOx) – followed a similar pattern, peaking around the late 20th century and then dropping.
- Carbon monoxide (CO) – peaked mid-20th century and declined.
- Black carbon (BC) – shows a rise until recently, followed by a drop.
- Organic carbon (OC) – has risen steadily with a recent plateau.
- Ammonia (NH₃) – continues to rise without a recent decline.

Global emissions of local air pollutants have probably passed their peak.

The chart shows estimates of global emissions of pollutants such as sulphur dioxide (which causes acid rain), nitrogen oxides, and black and organic carbon.

These pollutants are harmful to human health and can also damage ecosystems.

It looks like emissions have peaked for almost all of these pollutants. Global air pollution is now falling, and we can save many lives by accelerating this decline.

The exception is ammonia, which is mainly produced by agriculture. Its emissions are still rising.

These estimates come from the Community Emissions Data System (CEDS).

Air pollution has not peaked everywhere in the world — explore the data for your country →

The most frequent international migration journeys are between neighboring countries

The visualization illustrates the distribution of international migrants based on the distance between their countries of origin and destination as of 2020. A horizontal axis represents the distance in kilometers, ranging from 0 to over 10,000. The vertical axis shows the share of all emigrants as a percentage.

There are data points indicating that the majority of international migrants come from neighboring countries, which are highlighted as the most common destinations. The largest share falls within the 0 to 500 kilometers distance range, with decreasing percentages as the distance increases. 

The source of the data is listed at the bottom, citing UN DESA (2020) and Natural Earth (2024). Additionally, there is a note explaining that the distances represent the shortest geographical distances between the borders of the origin and destination countries.

One way to understand how far international migrants move is to measure the shortest distance between the borders of their origin and destination countries.

The chart above shows these distances for all international migrant populations worldwide. It includes the total number of people living outside their home country rather than yearly migration flows.

Most migration journeys are short, with neighboring countries (shown as “0 km” on the chart) the most common destinations. Nearly half of all migrants — about 47% — move less than 500 kilometers, roughly the distance from the Netherlands to Switzerland. The median distance between origin and destination countries is just under 600 kilometers.

24% of migrants travel over 3,000 kilometers, about the distance from Ukraine to Portugal. Only a small fraction — less than 4% — move more than 10,000 kilometers, roughly equivalent to a journey from Madagascar to the United Kingdom.

Read our full article on how far migrants travel from their home countries

Papua New Guinea has more living languages than any other country

A horizontal bar chart displaying the number of living languages spoken in various countries. The countries listed from highest to lowest number of languages are: 

1. Papua New Guinea: 840 languages
2. Indonesia: 710 languages
3. Nigeria: 530 languages
4. India: 453 languages
5. China: 306 languages
6. Mexico: 293 languages
7. Cameroon: 279 languages
8. United States: 236 languages
9. Australia: 224 languages
10. Brazil: 222 languages

The chart is titled "How many living languages are spoken in each country? 2024" and states that a living language has at least one person speaking it as their first language. Data source is cited as Summer Institute of Linguistics (SIL) International, 2024, with a note referencing Our World in Data.

Papua New Guinea has 840 living languages — more than any other country.

A living language is one that is spoken by at least one person as their first language. The chart shows the ten countries with the most living languages as of 2024. This data is from the Ethnologue dataset produced by the Summer Institute of Linguistics International.

There are over 7,000 living languages globally, meaning that more than 10% of the world’s living languages are spoken in Papua New Guinea.

Papua New Guinea was initially settled by humans around 50,000 years ago, allowing a long time for languages to be established. Around 3,500 years ago, people speaking a different family of languages (Austronesian) arrived and settled in Papua New Guinea, bringing additional diversity to the country.

Unlike many nations, Papua New Guinea did not experience historical events such as the establishment of an early centralized authority, which often led to the dominance of a single language. Instead, its rugged mountainous terrain isolated communities, fostering the independent development of numerous languages.

Explore the number of living languages in other countries

Cardiovascular disease death rates have fallen rapidly in many countries

This chart presents data on cardiovascular disease death rates per 100,000 people from 1950 to 2021 for four countries: the United States, France, the United Kingdom, and Italy. 

- The United States shows a significant decline in cardiovascular disease death rates, starting from around 500 deaths per 100,000 people in 1950 and dropping to below 150 by 2021, indicating a fourfold decrease.
- France's trend similarly reflects a decrease, with rates starting near 300 in 1950 and falling to around 50 by 2021, illustrating a fivefold reduction.
- The United Kingdom's data mirrors France's, beginning at around 500 in 1950 and reducing to around 100, also representing a fivefold decline.
- Italy exhibits a decline as well, with cardiovascular death rates decreasing from 400 per 100,000 in 1950 to around 100 in 2021, indicating a fourfold reduction.

The data source is the WHO Mortality Database (2024) and the chart is published by OurWorldInData.org.

Cardiovascular disease mortality has fallen massively since the 1950s.

This chart shows annual age-standardized death rates from cardiovascular diseases in four countries: the United States, France, the United Kingdom, and Italy.

The decline is substantial. In the United States, the death rate dropped from over 500 per 100,000 people in 1950 to under 150 in 2021 — a four-fold decline. The reduction in France and the United Kingdom was even greater, with death rates falling five-fold.

This progress comes from advancements in medical science, surgeries, emergency care, public health efforts, and dietary changes, improving cardiovascular health.

A dramatic reduction in smoking rates, better screening and monitoring for conditions like high blood pressure, and the development of life-saving treatments such as stents, statins, and clot-busting drugs have all contributed.

Explore trends in cardiovascular mortality in more countries

Five developed countries met the UN’s target for foreign aid in 2023

Map titled "Which countries met the UN's target of giving 0.7% of national income to foreign aid in 2023?" showing countries in three categories: "No data" (white), "Below the UN target" (tan), and "Meeting the UN target" (blue). Only Sweden is shown in blue, meeting the UN's foreign aid target. Countries such as the United States, Canada, Australia, and various European nations appear in tan, indicating they fall below the target. The map notes that the UN’s 0.7% target is intended for developed countries and references data from the OECD (2024).

In the 1970s, the UN General Assembly adopted a resolution asking developed countries to contribute at least 0.7% of their national income to foreign aid. Most countries accepted this target, except for Switzerland and the United States.

But very few countries have met this target in the fifty years since then. Even today, only a handful of countries do.

Just five countries met this target in 2023: Norway, Luxembourg, Sweden, Germany, and Denmark. You can see them in blue on the map.

Every other developed country gave less than 0.7% of their national income.

Explore more of our new charts on foreign aid: who contributes, and where it goes →

Since 2010, the training computation of notable AI systems has doubled every six months

A chart showing the computation used to train notable AI systems, measured in total floating-point operations (FLOP) and highlighting two distinct eras. In the first era from 1950 to 2010, the training computation doubled approximately every 21 months. With the rise of deep learning since 2010, it has been doubling approximately every 6 months. The y-axis ranges from 100 FLOP to 100 septillion FLOP. Several systems are highlighted, from early systems such as Theseus and the Perceptron Mark 1 to recent systems such as GPT-4 and Gemini 1.0 Ultra.

Artificial intelligence has advanced rapidly over the past 15 years, fueled by the success of deep learning.

A key reason for the success of deep learning systems has been their ability to keep improving with a staggering increase in the inputs used to train them — especially computation.

Before deep learning took off around 2010, the amount of computation used to train notable AI systems doubled about every 21 months. But, as you can see in the chart, this has accelerated significantly with the rise of deep learning, now doubling roughly every six months.

As one example of this pace, compared to AlexNet, the system that represented a breakthrough in computer vision in 2012, Google’s system “Gemini 1.0 Ultra” just 11 years later used 100 million times more training computation.

To put this in perspective, training Gemini 1.0 required roughly the same amount of computation as 50,000 high-end graphics cards working nonstop for an entire year.

Read more about how scaling up inputs has made AI more capable in our new article by Veronika Samborska

Most migrants stay in the continent where they were born

A flow diagram showing the total number of international migrants by their birthplace and residence in 2020. The left side presents the continents that migrants moved from, with the following data: Asia has 115 million migrants, Europe has 63 million, Africa has 41 million, North America has 30 million, South America has 18 million, and Oceania has a small number that’s not specified. 

The right side illustrates the continents migrants moved to, with Asia receiving 81 million migrants, Europe gaining 85 million, Africa receiving 23 million, North America attracting 58 million, South America getting 11 million, and Oceania receiving a small number. Flow lines connect the two sides, indicating the movement patterns of migrants. 

The diagram is titled "Most people who leave their country stay on the same continent." The data source is credited to the UN Department of Economic and Social Affairs from 2020, and further information can be found at OurWorldinData.org/migration. The licensing is indicated as CC BY.

Moving between continents is less common than moving to another country within the same region. For most people, international migration means crossing a nearby border, rather than a very long distance or even an ocean.

Consider Asia, the world's most populous continent.

When an Asian emigrant leaves their home country, they can either move to another Asian country or head to one of the other five continents.

Data from the United Nations Department of Economic and Social Affairs shows that six out of ten Asian emigrants remain within Asia. In other words, more Asian emigrants move to other Asian countries than to all other continents combined.

European and North American emigrants show an even stronger tendency to stay in their continent, at 70% and 87%, respectively. This share is smaller in Africa and South America, at around half.

While this data aims to include illegal migrants, experts acknowledge the challenges in fully measuring these populations.

Read our full article on how far migrants travel from their home countries

In the last 30 years, almost everybody in Bangladesh gained access to basic electricity

A line graph illustrates the share of the population in Bangladesh with access to basic electricity from 1991 to 2021. Basic electricity means it can provide lighting, and charge a phone or power a radio for at least four hours per day.

Annotations on the graph explain: "In 1991, only ~14% of the Bangladeshi population had basic access to electricity" and "In 2021, 99% of people had electricity access."

In 1991, fewer than 15% of people in Bangladesh had access to electricity. Thirty years later, access was almost universal.

Over 100 million Bangladeshis have gained access to electricity during this time. This enables them to light their homes, use household appliances, or stay connected through phones and the Internet.

The statistic measures the lowest “tier” of energy access: the capacity for basic lighting and charging a phone for at least four hours a day. But more than half the people in Bangladesh now also have a higher tier of electricity access, which means capacity to power high-load appliances (such as fridges) and electricity for more than eight hours a day.

The UN has set a target to achieve universal access to electricity by 2030. Currently, about 9 in 10 people worldwide have basic access to electricity.

You can explore the progress in other countries in our SDG Tracker here

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