What the UN Actually Chose to Adopt
The United Nations General Assembly recently passed a resolution urging member states to move away from the traditional Mercator projection—a map design dating back to 1569. This shift may seem like a minor update, but it's actually a major symbolic and practical step toward correcting historical misrepresentations of global geography.
Why? Because on the Mercator map, Greenland looks roughly the same size as Africa, when in reality Africa is about 14 times larger. That discrepancy isn't just academic—it has real-world implications for how people understand continents, trade routes, and even political influence.
"Maps guide education, nourish the imagination, and influence collective perceptions," said Togo's Foreign Minister Robert Dussey, who led the push for this resolution. "The resolution adopted today reaffirms African reality."
This isn't a simple correction of geography; it's an acknowledgment that outdated maps have helped perpetuate a skewed view of global power dynamics and resource distribution. In many ways, the new Equal Earth projection is about restoring balance to how we see our world.
How Africa Is Actually Shown on the New Map
Let's start with Africa—the largest continent by landmass at approximately 30.3 million square kilometers (11.7 million square miles). On the Mercator map, it appears roughly the size of Greenland, which is just 14 times smaller. This visual misrepresentation has persisted for centuries and subtly influences public perception.
When we switch to the Equal Earth projection, Africa's true scale becomes clear. It's so large that it could contain not only the United States and China but also most of Europe. Yet despite this, its portrayal in global media and education systems has often been diminished or misrepresented.
This is especially relevant given Africa's growing economic influence, demographic trends, and political relevance on the world stage. The new map isn't just a correction; it's a statement about Africa's place in history and future.
What Makes Equal Earth Different
The Equal Earth projection was developed by three cartographers—Bojan Savric, Tom Patterson, and Bernhard Jenny—in 2018. Unlike the Mercator projection, which prioritizes accurate angles and shapes but distorts areas, Equal Earth aims to preserve relative surface areas while maintaining a realistic visual form.
"Equal Earth preserves the relative surface areas of continents and, as much as possible, shows their shapes as they appear on a globe," Savric explained in 2025. That means that when you look at a world map using Equal Earth, all continents are shown proportionally to each other—no more Greenland towering over Africa.
Additionally, it's designed to be more accessible for modern use. While the Mercator projection was originally created for navigation at sea, today's digital platforms and global communication tools demand maps that reflect reality rather than outdated navigation needs.
The Political Reactions
The response from various governments has been telling. France co-sponsored the resolution and has committed to adopting Equal Earth as its preferred map format. France's Foreign Minister Jean-Noel Barrot pointed out how the Mercator projection exaggerates the importance of certain regions while minimizing others.
"Changing maps obviously doesn't change the world," he said, "but correcting a distorted representation is already an act of truth."
However, the United States voted against the resolution, with U.S. representative Yaryna Ferencevych criticizing it as a distraction from more pressing global issues. Six other countries—including Serbia, Estonia, Georgia, Lithuania, Moldova, and Ukraine—abstained.
While those reactions might appear minor, they signal a deeper tension in international diplomacy—one where the symbolism of geography clashes with national interests and legacy narratives.
The Bigger Picture: Maps Shape Perception
Maps don't just reflect the world—they shape how we think about it. When a map makes one region look disproportionately large, it can reinforce stereotypes, biases, and even policy decisions. A misaligned perception of geography is not merely an error; it's a form of cultural and political influence.
For example, if students in schools around the world are taught using the Mercator projection, they might unconsciously associate power with northern regions or see Africa as small or underdeveloped. That can impact everything from foreign aid strategies to business investments.
The UN's move is not just about updating a map—it's about challenging the status quo and creating space for more inclusive narratives. It sends a powerful message that representation matters, especially in institutions that shape global discourse.
Will This Change Actually Happen?
It's important to note that the UN resolution is not binding. It serves more as a recommendation or call to action rather than a mandate. Still, its influence could be significant, particularly for governments, educational systems, and international organizations looking to present a balanced and accurate view of global geography.
We're already seeing early signs of adoption: France has pledged to replace the Mercator projection in official publications, and several universities are beginning to update their teaching materials accordingly.
This is an evolution that reflects a broader shift in how societies approach information, particularly in an age where transparency and fairness are increasingly expected. As we move toward digital-first education and communication platforms, having accurate representations matters more than ever.
Conclusion: A Shift in Perspective
The United Nations' decision to back the Equal Earth projection may seem small at first glance—but it's a symbolic gesture that carries weight. It challenges outdated cartographic traditions, corrects historical misrepresentations, and offers a new lens through which we can understand our interconnected world.
Ultimately, this change is not just about Africa being shown in its proper size; it's about recentering global narratives on equity and accuracy. For those who believe that markets and politics should reflect human reality rather than skewed visuals, the new map offers a hopeful step forward.
Key Facts
- Primary Entity: United Nations
- Resolution Adoption Date: September 5, 2026
- Map Projection Adopted: Equal Earth projection
- Previous Map Projection: Mercator projection
- Number of Supporting Countries: 164
- Countries Voting Against: United States
- Countries Abstaining: Serbia, Estonia, Georgia, Lithuania, Moldova, Ukraine
- Africa's Landmass Size: 30.3 million square kilometers
Background
The United Nations General Assembly adopted a resolution urging member states to move away from the traditional Mercator projection map, which has historically distorted the size of continents, particularly Africa. The new Equal Earth projection aims to provide a more accurate representation of global geography by preserving relative surface areas of continents. This change is both symbolic and practical, reflecting a shift in cartographic accuracy and geopolitical reality.
Quick Answers
- What map projection is the United Nations adopting?
- The United Nations is adopting the Equal Earth projection.
- Why did the United Nations adopt this new map?
- The United Nations adopted the Equal Earth projection to provide a more accurate representation of global geography and correct historical misrepresentations.
- When was the United Nations resolution passed?
- The United Nations resolution was passed on September 5, 2026.
- Who led the push for this map change?
- Foreign Minister Robert Dussey of Togo led the push for this map change.
- How does the Equal Earth projection differ from the Mercator projection?
- The Equal Earth projection preserves relative surface areas of continents while maintaining realistic shapes, unlike the Mercator projection which distorts areas for accurate angles and shapes.
- What is Africa's actual landmass size?
- Africa's actual landmass size is approximately 30.3 million square kilometers.
- Which countries supported the UN resolution?
- The United Nations resolution was supported by 164 countries.
- Why is this map change significant?
- This map change is significant because it corrects historical misrepresentations and provides a more equitable visual portrayal of global geography.
Frequently Asked Questions
What items are missing from the United Nations' new map?
The United Nations' new map does not include any missing items; it is a replacement for the previous Mercator projection.
How many countries supported the UN's new map resolution?
The United Nations' new map resolution was supported by 164 countries.
Who developed the Equal Earth projection?
The Equal Earth projection was developed by three cartographers: Bojan Savric, Tom Patterson, and Bernhard Jenny.
Why did the United States vote against the UN resolution?
The United States voted against the resolution because its representative, Yaryna Ferencevych, criticized it as a distraction from more pressing global issues.
Source reference: https://www.aljazeera.com/news/2026/9/5/how-big-is-africa-really-why-the-un-voted-to-change-the-world-map





Comments
Sign in to leave a comment
Sign InLoading comments...