The United Nations has voted in favor of a resolution to move away from the 16th-century Mercator map toward a projection that accurately represents the true size of continents, led by a Togo-sponsored initiative.
- The U.N. General Assembly passed the resolution with a massive 164-1 vote.
- The Mercator projection distorts landmasses, making Greenland appear as large as Africa.
- Togo aims to be the first nation to implement 'Equal Earth' maps in its schools.
- The United States was the sole country to vote against the resolution.
NEW YORK: In a landmark decision on Friday, September 4, 2026, the United Nations voted to shift away from the centuries-old Mercator projection in favor of a map that more accurately reflects the true size of nations. Sponsored by African states, the resolution seeks to counter long-standing perceptions that diminish the scale and importance of the African continent.
The Distortion of Geography
The widely used Mercator map, dating back to the 16th century, distorts the relative size of landmasses by expanding those closer to the poles. This mathematical distortion creates a visual fallacy where Greenland appears roughly the same size as Africa, despite Africa being approximately 14 times larger. Togo's Foreign Minister, Robert Dussey, emphasized the importance of this change, stating, "A fair world begins with a fair map."
Why This Matters
BozokMedia analysis shows that cartography is never neutral; it carries inherent biases that shape geopolitical perspectives. By promoting the Equal Earth projection, the U.N. is addressing a visual legacy of colonialism that has historically marginalized the Global South. Correcting these spatial perceptions is vital for fostering a more equitable global consciousness.
"Correcting map distortions is a fundamental step toward decolonizing the global imagination and recognizing true geopolitical scales."
The resolution, which passed with 164 votes in favor and only one against, promotes the 'Equal Earth' projection. It is important to note that the resolution is not legally binding and does not challenge the use of the Mercator projection for maritime and aerial navigation, where its specific properties remain technically advantageous.
Historical Context of Cartography
The Mercator projection was originally designed in 1569 to assist sailors in navigation by representing lines of constant course as straight lines. However, as it became the standard for educational and general-purpose maps, its inherent scale distortion became a tool of unintentional—and sometimes intentional—geopolitical bias, making northern hemisphere powers appear more dominant than they are in physical scale.
| Feature | Mercator Projection | Equal Earth Projection |
|---|---|---|
| Accuracy | Exaggerates polar landmasses | Accurately portrays continent size |
| Primary Use | Navigation (Maritime/Air) | Education and General Awareness |
| Africa Representation | Diminished/Small | Massive and Realistic |
Frequently Asked Questions
1. Will all digital maps like Google Maps change immediately?
Not necessarily. The resolution is non-binding, meaning technology companies and governments will decide at their own pace how to adopt the new projection.
2. Why did the United States vote against it?
The U.S. government stated that the resolution promotes an "ideological agenda" and acts as a distraction from pressing international issues like peace and prosperity.
