🌍 THE VOTE

Friday 4 September 2026 · 11:00–12:00 ET

The map you learned was wrong about size.
Your genome has always known where home is.

On Friday 4 September 2026, between 11:00 and 12:00 New York time, the UN General Assembly adopted the “Correct the Map” resolution (A/80/L.104) by 164 votes to 1, with 6 abstentions. It encourages the world to reach for an equal-area projection whenever the relative size of continents is the point — while leaving the 1569 Mercator map exactly where it still earns its place, in marine and air navigation. It binds nobody. This is a short, data-driven walk through what that vote did, why it mattered, and a much older reason it should matter to you specifically, wherever you’re reading this from.

🗺️ 14× Africa vs. Greenland
164–1 in favour, 6 abstentions, 22 not voting
🧬 300,000 years, one origin
✦ 24 ways to explore

114th plenary meeting, Eightieth session · General Assembly Hall, New York

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A hand-drawn map of Africa with fine topographic contours and migration routes on warm ivory paper.
One continent. Countless paths. A shared beginning.

🗳️ THE ROLL CALL

One hundred and ninety-three seats. One “no”.

Every member state of the United Nations has a seat. On Friday 4 September 2026, 171 of them recorded a vote on “Correct the Map”. Watch the tally build, then move through the seats — the seven delegations the record names will tell you why they voted the way they did.

Recorded vote on A/80/L.104, 114th plenary meeting, 4 September 2026: 164 in favour, 1 against (United States), 6 abstentions (Estonia, Georgia, Lithuania, Republic of Moldova, Serbia, Ukraine). Twenty-two member states did not record a vote. The published record names only the delegations above, so the other seats are drawn as seats — not as invented country names.

Sources: UN press release GA/12779 · UN OSAA · UN transcript, 114th plenary meeting

📜 WHAT IT ACTUALLY SAYS

Six things the resolution does — and the one thing it pointedly does not.

Most of the coverage boiled this down to “the UN voted to change the world map”. It did not. Here is the actual text’s shape, one point at a time. Let it run, or pick a point yourself.

    Text and explanations of vote: UN press release GA/12779 (4 September 2026). The navigation carve-out is quoted from the Togolese Ministry’s statement. Equal Earth: Šavrič, Patterson & Jenny (2018).

    🗺️ 01 — THE MAP LIED

    Drag the line. This is the real coastline data, morphing between projections.

    In 1569, Gerardus Mercator built a map for sailors: straight lines, true angles, ideal for a compass. It was never meant to teach the world what's actually big. Every shape below is real country geometry — watch what four centuries of that trade-off did to Africa.

    Africa (54 countries) Greenland everywhere else
    MERCATOR, 1569EQUAL EARTH, 2018

    Real land area on screen: Greenland is 7.1% of Africa's size — no matter which projection you're looking at. Only the shape changes.

    🧊 Greenland's true area (2.17M km²) is actually smaller than the Democratic Republic of Congo's (2.34M km²). But Greenland sits near 74°N and Congo sits almost on the equator — so Mercator inflates Greenland's apparent size roughly 13× more than Congo's. That's enough to flip which one looks bigger.

    Africa vs. the world's largest countries, by real land area

    Land-area figures: CIA World Factbook / UN Statistics Division, as compiled by Visual Capitalist. Africa is a continent of 54 countries; the rest are single nations — shown together only to make the scale legible.

    Vote detail: Reuters / UN News, "UN tells the world: Stop making Africa look small," Sept. 4, 2026.

    🧩 02 — FIT THE WORLD INSIDE AFRICA

    Every shape below is a real country outline, cut from the same map. Drag them in.

    This recreates Kai Krause's famous 2010 infographic, but with real coastline data and a live counter. Each shape's on-screen area is mathematically accurate — an equal-area projection guarantees it. Drag them, one at a time, into Africa's outline.

    Short codes mark the smallest outlines; match them to the table below or hover for the full country name.

    0% of Africa filled

    Shapes are real 110m-resolution coastline data (Natural Earth, via world-atlas), projected with an equal-area projection so relative sizes are accurate; each country's principal landmass is shown, with the very largest, most distant exclaves omitted for legibility (noted per-country in the table below).

    Area data and the original juxtaposition idea: Kai Krause, "The True Size of Africa" (2010), as tabulated by Visual Capitalist.

    📐 03 — BEND THE LIGHT

    This is the actual math Mercator used against the equator.

    Move north. The dashed circle is a shape's true size, everywhere on Earth. The filled circle is how Mercator draws that same shape, the further you get from the equator — scaled by 1⁄cos(latitude).

    EQUATOR, 0°75°N

    At 0° north, Mercator draws this shape 1.0× larger than it truly is.

    🧬 04 — THE TREE WE ALL COME FROM

    Every branch on this diagram is still you, several thousand generations back.

    Drag the timeline forward from the origin. Then click any lit point — it traces the single unbroken line connecting that place back to where it started, and shows what population genetics can actually measure about that distance.

    300,000 YEARS AGOTODAY

    300,000 years ago

    EXPECTED HETEROZYGOSITY (GENETIC DIVERSITY), BY DISTANCE FROM EAST AFRICA

    Move the timeline, then click a lit point to trace it home.

    People of many ages and backgrounds gathered together beneath a softly glowing world map.
    Many faces. Many paths. A shared beginning.

    Migration dates are widely-cited archaeological/genetic estimates; researchers continue to debate exact timing. The diversity figures use the actual published regression H = 0.7682 − 6.52×10⁻⁶ × (distance from Addis Ababa, km) from Ramachandran et al., PNAS 102:15942–15947 (2005), applied to straight-line distances to representative cities — the original study used landmass-constrained migratory routes, so treat these as illustrative of the real trend rather than the paper's exact per-population values.

    🌐 WHAT EVERY HUMAN DOES

    Shared ancestry is only one thing we have in common. Here are three more, measured.

    The map argument is about representation. The deeper argument is that the things we argue about representation of turn out to be startlingly uniform — across languages that have never met, and in people who have never seen a face. Each of these has its own page, with its own interactive, and its disagreements left in rather than smoothed out.

      The toolkit that turns up everywhere

      Anthropologist Donald E. Brown spent years reading ethnographies looking for exceptions to human commonality, and in 1991 published what he found: a list running to several hundred entries. Here is a sample of 57, grouped the way Brown groups them. Click a group to read it.

      Brown, D. E. (1991). Human Universals. New York: McGraw-Hill. Murdock, G. P. (1945). The common denominator of cultures.

      SO —

      The continent was never small. The distance was never far.

      Every person who voted on that map, in every country, carries the same origin point. Correcting the map and knowing your own ancestry turn out to be the same act of honesty, pointed at the same place.

      SOURCES & FURTHER READING

      1. UN News — "UN tells the world: stop making Africa look small" (Sept. 4, 2026)
      2. NPR — "The U.N. backs a new world map showing Africa in true relative size"
      3. Visual Capitalist / Kai Krause — "The True Size of Africa"
      4. Ramachandran et al., PNAS (2005) — serial founder effect from East Africa
      5. Natural Earth / world-atlas — public-domain coastline data used throughout
      6. Šavrič, Patterson & Jenny (2018) — the Equal Earth projection

      Built on the Togo / African Union "Correct the Map" campaign and the population-genetics consensus on human origins in Africa. Map data © Natural Earth (public domain).

      More ways we’re connected

      The story above is the argument. These sixteen are the evidence you can hold: your own numbers, the deep record behind them, and a few ways to shift the frame entirely.

      Your own numbers

      Your birthday crowdA date you share with millions. Your family treeMore branches. Shared roots. Your place, real sizeA fairer view of somewhere you love. A moment we shareDifferent clocks. Happening together.

      The deep record

      Two chains, one continentMitochondrial Eve and Y-chromosomal Adam, drawn against time. The shared ancestor counterType a crowd. Find the ancestor every one of them shares. Count the hands between usFewer than 50 links separate any two people alive. Fourteen peoples, one patternStructural universals across five continents.

      Shifting the frame

      Footsteps of KinshipDrag 300,000 years of leaving Africa, one toolkit at a time. Root to BranchThousands of languages branching from African roots. The Deep Time MirrorYour face, aligned with the oldest skulls we have. The Deep History Time MachineWatch borders, cities and farms fade off the planet. The Great-Grandparent MultiplierYour family tree has to loop. Here is the maths. Stardust & SoilWhat you are made of, and where each atom was forged. The Borderless Night SkySame stars. Many skies. One imagination. The Reverse Migration PostcardA line from your city back to the Great Rift Valley.

      Feel the pattern

      The Converging RiversEvery river runs back to the Rift. Drag to pull a thread home. The Synchronized BreathOne atmosphere. Hold to slow and breathe with the globe. The Shared LexiconMama, water, fire: one breath, many scripts. The Erasure of BordersScroll to peel the modern map down to a starlit Africa. The Mirror of AgesMany shades, one composite face. Unify the spectrum.

      What every human does

      Everybody SingsMusic was in all 315 societies the census read. All of them. The Same FaceBorn blind, never seen a face — and the same smile on winning. Two Hundred MillisecondsTen languages, five continents, one fifth of a second.