UN Backs Equal Earth Map as U.S. Casts Sole Vote Against Cartographic Shift
The Equal Earth map has become the center of an unusual international debate after the United Nations General Assembly backed a resolution encouraging a shift away from the traditional Mercator projection toward maps that more accurately represent the relative size of continents.
The resolution, spearheaded by Togo and supported by African countries, passed overwhelmingly with 164 countries voting in favor, six abstaining and only the United States voting against it.
The decision does not legally ban the Mercator projection. Instead, it encourages governments, educational institutions, international organizations and other users to consider more accurate equal-area representations such as the Equal Earth projection.
UN Votes on Equal Earth Map
The United Nations General Assembly approved the resolution on September 4, 2026, following an initiative led by Togo and backed by the African Union.
The campaign seeks to address the way traditional world maps can visually distort the relative size of continents.
Under the Mercator projection, areas closer to the North and South Poles appear much larger than they actually are, while regions around the Equator appear comparatively smaller.
The Equal Earth projection was designed to provide a more accurate representation of continental land areas while maintaining recognizable shapes.
U.S. Casts the Only Vote Against the Resolution
The most politically striking part of the UN vote was the United States’ position.
Washington was the only country to vote against the resolution, while 164 countries supported it and six abstained.
U.S. Ambassador to the United Nations Mike Waltz criticized the initiative, arguing that the General Assembly was focusing on an ideological issue rather than more pressing international concerns.
The United States described the resolution as unnecessary and linked it to what it viewed as a broader ideological agenda.
The unusual 164-1 vote quickly turned the cartographic debate into an international political story.
Why Is the Mercator Map Being Challenged?
The Mercator projection was created by Flemish cartographer Gerardus Mercator in 1569 and was primarily designed for navigation.
Its major advantage is that it preserves directions and angles, making it particularly useful for maritime navigation.
However, it significantly distorts the apparent size of landmasses as they move farther from the Equator.
One of the most commonly cited examples is Greenland. On a Mercator map, Greenland can appear similar in size to Africa, even though Africa is approximately 14 times larger.
Equal Earth Map Shows Africa More Accurately
The Equal Earth map is an equal-area projection developed in 2018.
Its main advantage is that continents and countries are represented according to their relative surface areas.
That means Africa appears substantially larger compared with Europe and Greenland than it does on a conventional Mercator map.
Supporters of the UN resolution argue that the visual representation of geography matters because maps are widely used in classrooms, media, technology and government.
The argument is not that Mercator maps are mathematically “wrong” for every purpose, but that they can create misleading impressions when used to compare the actual sizes of continents.
Togo Leads the Correct the Map Campaign
Togo played a central role in bringing the issue to the United Nations.
The African Union had previously endorsed the campaign and called for more accurate cartographic representations of Africa.
Togo’s Foreign Minister Robert Dussey argued that maps influence education, collective perceptions and the way people understand the world.
Supporters have described the initiative as an effort toward greater geographic accuracy and what they call “cognitive justice.”
Will the Mercator Map Disappear?
Despite headlines about the UN replacing the Mercator map, the resolution does not mean that every Mercator map will immediately disappear.
UN General Assembly resolutions of this type are not legally enforceable.
The measure encourages countries and institutions to move toward more accurate representations, particularly in educational and public-facing contexts.
Mercator will also continue to have practical uses, particularly in navigation and applications where preserving direction and angles is more important than accurately displaying land area.
What Changes Could Follow?
The UN resolution could encourage changes in educational materials, classroom maps and some digital mapping applications.
Togo has indicated plans to update school geography materials, while supporters are also seeking wider cooperation with international organizations, technology companies and mapping platforms.
However, the transition will likely be gradual because different map projections are useful for different purposes.
Equal-area maps are particularly valuable when the objective is comparing the actual size of countries and continents.
Why the U.S. Vote Attracted Attention
The United States’ decision to oppose the resolution gave the issue an unexpected political dimension.
Had the vote passed unanimously or with a small number of objections, the story might have remained largely a discussion among geographers and educators.
Instead, the 164-1 result made the U.S. position a major part of the international conversation.
American officials argued that the UN should concentrate on issues involving international peace, prosperity and security rather than historical map projections and related ideological debates.
Ukraine Also Raises Concerns
The vote was not completely free of concerns from other countries.
Ukraine abstained and raised objections related to how the Equal Earth representation handles territories currently occupied by Russia.
Ukraine’s UN envoy Andriy Melnyk argued that the depiction of occupied Ukrainian territory was unacceptable and potentially inconsistent with principles of sovereignty and territorial integrity.
This demonstrates that even seemingly technical cartographic decisions can have political and geopolitical implications.
Maps Can Influence How People See the World
The debate surrounding the Equal Earth map goes beyond geography.
Maps are used by billions of people to understand countries, continents, distances and global relationships.
When one region looks significantly larger or smaller than another, it can influence people’s perception even when they understand that the map contains distortions.
Supporters of Equal Earth argue that using an equal-area projection in education and public information can provide a more accurate visual understanding of the world’s geography.
At the same time, cartographers emphasize that no flat map can perfectly represent a spherical Earth without some form of distortion.
Equal Earth Map vs Mercator Projection
The key difference between the two projections is what they prioritize.
The Mercator projection preserves local angles and directions, which makes it extremely useful for navigation.
The Equal Earth projection prioritizes accurate relative land areas.
As a result, Equal Earth provides a better visual tool for comparing continental sizes, while Mercator remains useful for specific navigational applications.
The UN resolution therefore represents more of a shift in priorities for public representation than a complete rejection of Mercator technology.
What Happens Next?
The next stage will depend largely on how governments, schools, international organizations and technology companies respond to the UN recommendation.
Some institutions may begin using Equal Earth or other equal-area projections in educational materials and public communications.
Others may continue using different projections depending on their specific needs.
The most significant impact could therefore come gradually, as more people encounter maps that show Africa, South America and other equatorial regions closer to their true relative scale.
Key Takeaway
The Equal Earth map received strong international backing after the UN General Assembly approved a resolution encouraging a move away from the traditional Mercator projection.
The vote passed 164-1, with six abstentions, making the United States the only country to oppose the resolution.
The decision does not legally eliminate Mercator maps, which remain useful for navigation. Instead, it promotes more accurate representations of continental land areas, particularly in education and public-facing mapping.
The vote also shows how something as familiar as a world map can become part of a much larger debate involving history, representation, technology and international politics.
FAQs
1. What is the Equal Earth map?
The Equal Earth map is an equal-area world map projection developed in 2018 that represents the relative surface areas of continents more accurately.
2. Why is the Mercator map being criticized?
The Mercator projection significantly enlarges areas near the poles and makes equatorial regions appear comparatively smaller.
3. Did the UN ban the Mercator projection?
No. The UN resolution encourages a shift toward more accurate equal-area projections but does not legally ban Mercator maps.
4. How did the UN vote on the Equal Earth map?
The resolution received 164 votes in favor, one vote against from the United States and six abstentions.
5. Why did the U.S. vote against the resolution?
The U.S. argued that the initiative was unnecessary and represented an ideological issue that distracted from more important international challenges.
6. Is Africa really 14 times larger than Greenland?
Yes. Africa’s actual land area is approximately 14 times that of Greenland, although the Mercator projection can make them appear much closer in size.
7. Who led the UN map initiative?
Togo led the initiative at the United Nations, with strong backing from African countries and the African Union.
8. Will schools start using Equal Earth maps?
The resolution encourages wider adoption, particularly in educational materials, but implementation will depend on individual governments and institutions.
9. Is the Equal Earth map perfect?
No. Every flat map projection introduces some form of distortion because Earth is spherical. Equal Earth primarily prioritizes accurate relative land areas.
10. Will Mercator maps still be used?
Yes. Mercator remains useful for navigation and other applications where preserving directions and angles is important.
