Ranked: The 100 Most Spoken Languages Worldwide
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Ranked: The 100 Most Spoken Languages Around the World

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100 Most Spoken Languages

Ranked: The 100 Most Spoken Languages Worldwide

Even though you’re reading this article in English, there’s a good chance it might not be your mother tongue. Of the billion-strong English speakers in the world, only 33% consider it their native language.

The popularity of a language depends greatly on utility and geographic location. Additionally, how we measure the spread of world languages can vary greatly depending on whether you look at total speakers or native speakers.

Today’s detailed visualization from WordTips illustrates the 100 most spoken languages in the world, the number of native speakers for each language, and the origin tree that each language has branched out from.

How Do You Define A Language?

The data comes from the 22nd edition of Ethnologue, a database covering a majority of the world’s population, detailing approximately 7,111 living languages in existence today.

The definitions of languages are often dynamic, blurring the lines around a singular understanding of what makes a language:

  • Linguistic: focused on lexical and grammatical differences, or on variations within speech communities
  • Social: focused on cultural or political factors, as well as heritage and identity

For the purposes of measurement, the researchers use the ISO 693-3 set of criteria, which accounts for related varieties and dialects—ensuring that linguistics are not the only factor considered in this count of languages.

Here are the language origins of the 100 most spoken languages:

The-100-Most-Spoken-Languages-in-the-World_Supplemental

Indo-European languages have the widest spread worldwide. According to Ethnologue, the language family contains over 3 billion speakers in total. Interestingly, there are actually 1,526 Niger-Congo languages altogether, though only 12 are represented here.

Let’s now dive into the top 10 most spoken languages overall.

Which Languages Have the Most Speakers?

It comes as no surprise that English reigns supreme, with over 1.1 billion total speakers—or roughly 15% of the global population. Mandarin Chinese, Hindi, Spanish, and French round out the top five.

RankLanguageTotal SpeakersLanguage Origin
1English1,132 millionIndo-European
2Mandarin Chinese1,117 millionSino-Tibetan
3Hindi615 millionIndo-European
4Spanish534 millionIndo-European
5French280 millionIndo-European
6Standard Arabic274 millionAfro-Asiatic
7Bengali265 millionIndo-European
8Russian258 millionIndo-European
9Portuguese234 millionIndo-European
10Indonesian199 millionAustronesian

However, this is only one piece in the full fabric of languages.

The metrics for native speakers tell a slightly different tale, as Mandarin Chinese shoots up to 918 million—almost 2.5x that of English native speakers.

RankLanguageNative SpeakersLanguage Origin
1Mandarin Chinese918 millionSino-Tibetan
2Spanish460 millionIndo-European
3English379 millionIndo-European
4Hindi341 millionIndo-European
5Bengali228 millionIndo-European
6Portuguese221 millionIndo-European
7Russian154 millionIndo-European
8Japanese128 millionJapanic
9Western Punjabi93 millionIndo-European
10Marathi83 millionIndo-European

Note: No native speaker data was available for Filipino, Standard Arabic, Nigerian Pidgin, or Cameroonian Pidgin.

Here, Spanish comes in strong second for native speakers with 460 million, considering it’s well-used across Latin America. The Indian languages of Hindi and Bengali cap off the top five by native speakers as well.

These are the biggest languages people learn growing up, but what about the ones they pick up later in life?

What About Second (L2) Languages?

Nearly 43% of the world’s population is bilingual, with the ability to switch between two languages with ease.

From the data, second language (L2) speakers can be calculated by looking at the difference between native and total speakers, as a proportion of the total. For example, 66% of English speakers learned it as a second language.

Swahili surprisingly has the highest ratio of L2 speakers to total speakers—although it only has 16 million native speakers, this shoots up to 98 million total speakers. Overall, 82% of Swahili speakers know it as a second language.

Swahili is listed as a national or official language in several African countries: Tanzania, Kenya, Uganda, and the Democratic Republic of Congo. It’s likely that the movement of people from rural areas into big cities in search of better economic opportunities, is what’s boosting the adoption of Swahili as a second language.

Indonesian is another similar example. With a 78% proportion of L2 speakers compared to total speakers, this variation on the Malay language has been used as the lingua franca across the islands for a long time. In contrast, only 17% of Mandarin speakers know it as a second language, perhaps because it is one of the most challenging languages to learn.

Keeping Language Traditions Alive

Languages are fluid, and constantly evolving—altogether, the 100 most spoken languages paint a unique picture across centuries of a changing world. Here’s the full list of these languages, by types of speakers and language origin.

RankLanguageTotal SpeakersNative SpeakersOrigin
1English1,132M379MIndo-European
2Mandarin Chinese1,117M918MSino-Tibetan
3Hindi615M341MIndo-European
4Spanish534M460MIndo-European
5French280M77MIndo-European
6Standard Arabic274MNAAfro-Asiatic
7Bengali265M228MIndo-European
8Russian258M154MIndo-European
9Portuguese234M221MIndo-European
10Indonesian199M43MAustronesian
11Urdu170M69MIndo-European
12Standard German132M76MIndo-European
13Japanese128M128MJapanic
14Swahili98M16MNiger-Congo
15Marathi95M83MIndo-European
16Telugu93M82MDravidian
17Western Punjabi93M93MIndo-European
18Wu Chinese82M81MSino-Tibetan
19Tamil81M75MDravidian
20Turkish80M69MTurkic
21Korean77M77MKoreanic
22Vietnamese77M76MAustronesian
23Yue Chinese74M73MSino-Tibetan
24Javanese68M68MAustronesian
25Italian68M65MIndo-European
26Egyptian Spoken Arabic65M65MAfro-Asiatic
27Hausa63M44MAfro-Asiatic
28Thai61M21MKra-Dai
29Gujarati61M56MIndo-European
30Kannada56M44MDravidian
31Iranian Persian53M53MIndo-European
32Bhojpuri52M52MIndo-European
33Southern Min Chinese50M50MSino-Tibetan
34Hakka Chinese48M48MSino-Tibetan
35Jinyu Chinese47M47MSino-Tibetan
36Filipino45MNAAustronesian
37Burmese43M33MSino-Tibetan
38Polish40M40MIndo-European
39Yoruba40M38MNiger-Congo
40Odia38M34MIndo-European
41Malayalam38M37MDravidian
42Xiang Chinese37M37MSino-Tibetan
43Maithili34M34MIndo-European
44Ukrainian33M27MIndo-European
45Moroccan Spoken Arabic33M27MAfro-Asiatic
46Eastern Punjabi33M33MIndo-European
47Sunda32M32MAustronesian
48Algerian Spoken Arabic32M29MAfro-Asiatic
49Sudanese Spoken Arabic32M32MAfro-Asiatic
50Nigerian Pidgin30MNAIndo-European
51Zulu28M12MNiger-Congo
52Igbo27M27MNiger-Congo
53Amharic26M22MAfro-Asiatic
54Northern Uzbek25M25MTurkic
55Sindhi25M25MIndo-European
56North Levantine Spoken Arabic25M25MAfro-Asiatic
57Nepali25M16MIndo-European
58Romanian24M24MIndo-European
59Tagalog24M24MAustronesian
60Dutch23M23MIndo-European
61Sa'idi Spoken Arabic22M22MAfro-Asiatic
62Gan Chinese22M22MSino-Tibetan
63Northern Pashto21M21MIndo-European
64Magahi21M21MIndo-European
65Saraiki20M20MIndo-European
66Xhosa19M8MNiger-Congo
67Malay19M16MAustronesian
68Khmer18M17MAustronesian
69Afrikaans18M7MIndo-European
70Sinhala17M15MIndo-European
71Somali16M16MAfro-Asiatic
72Chhattisgarhi16M16MIndo-European
73Cebuano16M16MAustronesian
74Mesopotamian Spoken Arabic16M16MAfro-Asiatic
75Assamese15M15MIndo-European
76Northeastern Thai15M15MKra-Dai
77Northern Kurdish15M15MIndo-European
78Hijazi Spoken Arabic15M15MAfro-Asiatic
79Nigerian Fulfulde14M14MNiger-Congo
80Bavarian14M14MIndo-European
81Bamanankan14M4MNiger-Congo
82South Azerbaijani14M14MTurkic
83Northern Sotho14M5MNiger-Congo
84Setswana14M6MNiger-Congo
85Souther Sotho14M6MNiger-Congo
86Czech13M11MIndo-European
87Greek13M13MIndo-European
88Chittagonian13M13MIndo-European
89Kazakh13M13MTurkic
90Swedish13M10MIndo-European
91Deccan13M13MIndo-European
92Hungarian13M13MUralic
93Jula12M2MNiger-Congo
94Sadri12M5MIndo-European
95Kinyarwanda12M12MNiger-Congo
96Cameroonian Pidgin12MNAIndo-European
97Sylheti12M10MIndo-European
98South Levantine Spoken Arabic12M12MAfro-Asiatic
99Tunisian Spoken Arabic12M12MAfro-Asiatic
100Sanaani Spoken Arabic11M11MAfro-Asiatic

One reason these languages are popular is that they are actively and consistently used. Unfortunately, nearly 3,000 (about 40%) of all languages are at risk of being lost, or are already in the process of dying out today.

Languages play a crucial role in our daily lives. … [Their] losses have huge negative impacts indigenous peoples’ most basic human rights.

—UN, IYoIL statement

As a result, the United Nations declared 2019 the International Year of Indigenous Languages (IYoIL), with a resolution to continue fostering these languages and pass on their knowledge for future generations.

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Misc

A Logarithmic Map of the Entire Observable Universe

Scientists believe we’ve only discovered about 5% of the universe. Here’s a map of what we’ve found so far, visualized using a log scale.

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A Logarithmic Map of the Entire Observable Universe

Among the scientific community, it’s widely believed that so far humans have only discovered about 5% of the universe.

Yet, despite knowing about just a fraction of what’s out there, we’ve still managed to discover galaxies billions of light-years away from Earth.

This graphic by Pablo Carlos Budassi provides a logarithmic map of the entire known universe, using data by researchers at Princeton University and updated as of May 2022.

How Does the Map Work?

Before diving in, it’s worth touching on a few key details about the map.

First off, it’s important to note that the celestial objects shown on this map are not shown to scale. If it was made to scale with sizes relative to how we see them from Earth, nearly all of the objects would be miniscule dots (except the Moon, the Sun, and some nebulae and galaxies).

Secondly, each object’s distance from the Earth is measured on a logarithmic scale, which increases exponentially, in order to fit in all the data.

Within our Solar System, the map’s scale spans astronomical units (AU), roughly the distance from the Earth to the Sun. Beyond, it grows to measure millions of parsecs, with each one of those equal to 3.26 light-years, or 206,000 AU.

Exploring the Map

The map highlights a number of different celestial objects, including:

  • The Solar System
  • Comets and asteroids
  • Star systems and clusters
  • Nebulae
  • Galaxies, including the Milky Way
  • Galaxy clusters
  • Cosmic microwave background—radiation leftover from the Big Bang

Featured are some recently discovered objects, such as the most distant known galaxy to date, HD1. Scientists believe this newly-discovered galaxy was formed just ​​330 million years after the Big Bang, or roughly 8.4 billion years before Earth.

It also highlights some newly deployed spacecraft, including the James Webb Space Telescope (JWST), which is NASA’s latest infrared telescope, and the Tiangong Space Station, which was made by China and launched in April 2021.

Why is it called the “Observable” Universe?

Humanity has been interested in space for thousands of years, and many scientists and researchers have dedicated their lives to furthering our collective knowledge about space and the universe.

Most people are familiar with Albert Einstein and his theory of relativity, which became a cornerstone of both physics and astronomy. Another well-known scientist was Edwin Hubble, whose findings of galaxies moving away from Earth is considered to be the first observation of the universe expanding.

But the massive logarithmic map above, and any observations from Earth or probes in space, are limited in nature. The universe is currently dated to be around 13.8 billion years old, and nothing in the universe can travel faster than the speed of light.

When accounting for the expansion of the universe and observed objects moving away from us, that means that the farthest we can “see” is currently calculated at around 47.7 billion light-years. And since light takes time to travel, much of what we’re observing actually happened many millions of years ago.

But our understanding of the universe is evolving constantly with new discoveries. What will we discover next?

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Technology

33 Problems With Media in One Chart

In this infographic, we catalog 33 problems with the social and mass media ecosystem.

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problems with media

33 Problems With Media in One Chart

One of the hallmarks of democratic society is a healthy, free-flowing media ecosystem.

In times past, that media ecosystem would include various mass media outlets, from newspapers to cable TV networks. Today, the internet and social media platforms have greatly expanded the scope and reach of communication within society.

Of course, journalism plays a key role within that ecosystem. High quality journalism and the unprecedented transparency of social media keeps power structures in check—and sometimes, these forces can drive genuine societal change. Reporters bring us news from the front lines of conflict, and uncover hard truths through investigative journalism.

That said, these positive impacts are sometimes overshadowed by harmful practices and negative externalities occurring in the media ecosystem.

The graphic above is an attempt to catalog problems within the media ecosystem as a basis for discussion. Many of the problems are easy to understand once they’re identified. However, in some cases, there is an interplay between these issues that is worth digging into. Below are a few of those instances.

Editor’s note: For a full list of sources, please go to the end of this article. If we missed a problem, let us know!

Explicit Bias vs. Implicit Bias

Broadly speaking, bias in media breaks down into two types: explicit and implicit.

Publishers with explicit biases will overtly dictate the types of stories that are covered in their publications and control the framing of those stories. They usually have a political or ideological leaning, and these outlets will use narrative fallacies or false balance in an effort to push their own agenda.

Unintentional filtering or skewing of information is referred to as implicit bias, and this can manifest in a few different ways. For example, a publication may turn a blind eye to a topic or issue because it would paint an advertiser in a bad light. These are called no fly zones, and given the financial struggles of the news industry, these no fly zones are becoming increasingly treacherous territory.

Misinformation vs. Disinformation

Both of these terms imply that information being shared is not factually sound. The key difference is that misinformation is unintentional, and disinformation is deliberately created to deceive people.

Fake news stories, and concepts like deepfakes, fall into the latter category. We broke down the entire spectrum of fake news and how to spot it, in a previous infographic.

Simplify, Simplify

Mass media and social feeds are the ultimate Darwinistic scenario for ideas.

Through social media, stories are shared widely by many participants, and the most compelling framing usually wins out. More often than not, it’s the pithy, provocative posts that spread the furthest. This process strips context away from an idea, potentially warping its meaning.

Video clips shared on social platforms are a prime example of context stripping in action. An (often shocking) event occurs, and it generates a massive amount of discussion despite the complete lack of context.

This unintentionally encourages viewers to stereotype the persons in the video and bring our own preconceived ideas to the table to help fill in the gaps.

Members of the media are also looking for punchy story angles to capture attention and prove the point they’re making in an article. This can lead to cherrypicking facts and ideas. Cherrypicking is especially problematic because the facts are often correct, so they make sense at face value, however, they lack important context.

Simplified models of the world make for compelling narratives, like good-vs-evil, but situations are often far more complex than what meets the eye.

The News Media Squeeze

It’s no secret that journalism is facing lean times. Newsrooms are operating with much smaller teams and budgets, and one result is ‘churnalism’. This term refers to the practice of publishing articles directly from wire services and public relations releases.

Churnalism not only replaces more rigorous forms of reporting—but also acts as an avenue for advertising and propaganda that is harder to distinguish from the news.

The increased sense of urgency to drive revenue is causing other problems as well. High-quality content is increasingly being hidden behind paywalls.

The end result is a two-tiered system, with subscribers receiving thoughtful, high-quality news, and everyone else accessing shallow or sensationalized content. That everyone else isn’t just people with lower incomes, it also largely includes younger people. The average age of today’s paid news subscriber is 50 years old, raising questions about the future of the subscription business model.

For outlets that rely on advertising, desperate times have called for desperate measures. User experience has taken a backseat to ad impressions, with ad clutter (e.g. auto-play videos, pop-ups, and prompts) interrupting content at every turn. Meanwhile, in the background, third-party trackers are still watching your every digital move, despite all the privacy opt-in prompts.

How Can We Fix the Problems with Media?

With great influence comes great responsibility. There is no easy fix to the issues that plague news and social media. But the first step is identifying these issues, and talking about them.

The more media literate we collectively become, the better equipped we will be to reform these broken systems, and push for accuracy and transparency in the communication channels that bind society together.

Sources and further reading:

Veils of Distortion: How the News Media Warps our Minds by John Zada
Hate Inc. by Matt Taibbi
Manufacturing Consent by Edward S. Herman and Noam Chomsky
The Truth Matters: A Citizen’s Guide to Separating Facts from Lies and Stopping Fake News in its Tracks by Bruce Bartlett
Active Measures: The Secret History of Disinformation and Political Warfare by Thomas Rid
The Twittering Machine by Richard Seymour
After the Fact by Nathan Bomey
Ten Arguments for Deleting Your Social Media Accounts Right Now by Jaron Lanier
Zucked by Roger McNamee
Antisocial: Online Extremists, Techno-Utopians, and the Highjacking of the American Conversation by Andrew Marantz
Social media is broken by Sara Brown
The U.S. Media’s Problems Are Much Bigger than Fake News and Filter Bubbles by Bharat N. Anand
What’s Wrong With the News? by FAIR
Is the Media Doomed? by Politico
The Implied Truth Effect by Gordon Pennycook, Adam Bear, Evan T. Collins, David G. Rand

 

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