Why Your World Map Is Wrong—and What to Do About It

What's Wrong With Your World Map?

Let me start with a simple quiz: Which country is bigger—Greenland or Africa? If you guessed Africa, you're right. But most people think Greenland is about the same size as Africa, when in fact Africa is nearly 14 times larger.

This isn't just a geography lesson—it's a reflection of how maps shape perception. For over 400 years, the world has been drawn through the lens of the Mercator projection, created by Flemish cartographer Gerardus Mercator in 1569. It was designed for navigation during European maritime expansion, preserving angles and straight lines essential for sailing. But it came at a steep price: the distortion of landmasses, especially those far from the equator.

"Every flat map lies because the Earth is a sphere and no projection can flatten it without distorting something," I've learned while studying cartography over the years.

The Mercator projection exaggerates areas near the poles—making Greenland look almost as big as Africa, when in reality, Africa is about 14 times larger. The same goes for other equatorial regions: South America, Africa, and parts of Asia are all misrepresented due to the way the map is flattened onto a two-dimensional surface.

Why the UN Took Action

In September 2026, the United Nations General Assembly passed a nonbinding resolution supporting the use of the Equal Earth projection as an alternative to Mercator. This move was led by Togo on behalf of the African Group, which includes all 54 member states of the African Union.

The decision aimed not only to correct long-standing inaccuracies but also to ensure that students and educators around the world are exposed to maps that reflect the true scale of continents. It's about more than just correcting size—it's about correcting a narrative.

While the resolution doesn't mandate any change, it does encourage schools, institutions, and tech companies to adopt the Equal Earth projection, which preserves true area while minimizing distortion in shape and distance.

The Global Reaction

The United States was the only country to vote against the resolution, calling it a "radical ideological project." Other countries like Serbia, Estonia, Georgia, Lithuania, Moldova, and Ukraine chose to abstain. These reactions highlight the political dimensions of even seemingly neutral issues like mapmaking.

But there's also growing momentum behind the Equal Earth projection. In March 2026, the African Union officially adopted it, recognizing its role in promoting accurate representation of African geography and identity.

Technology companies like Google are beginning to integrate the Equal Earth projection into their platforms. Togo plans to host a follow-up meeting in Lome with UNESCO, the African Union, and tech partners to explore how these changes can be implemented at scale.

How the Equal Earth Projection Works

Cartographers often refer to map projections as trade-offs. Each projection distorts one aspect of geography—shape, area, distance, or direction—in order to maintain accuracy in another. Mercator prioritizes bearing and angle, making it useful for navigation but misleading when comparing landmasses.

The Equal Earth projection is different—it sacrifices slight distortions in shape for a much more accurate representation of size. Developed by Chinese geographer Bo Wu in 2017, it was designed to better reflect the true proportions of continents and their relative positions on Earth.

This means that if you're comparing two countries using an Equal Earth map, the areas will be proportional to each other. If you've ever wondered why Africa looks so small on most maps, now you know—it's because the Mercator projection has been skewing it for centuries.

What This Means for Education and Perception

Maps don't just show geography—they shape how we see ourselves in the world. For students growing up in a globalized age, seeing distorted representations can reinforce outdated assumptions about power dynamics and geographic significance.

The adoption of Equal Earth isn't just a technical change; it's symbolic. It sends a powerful message: Africa matters. So do Latin America, South Asia, and other regions that have long been visually diminished in mainstream global imagery.

As educators and policymakers continue to grapple with how best to represent our shared world, one thing is clear—accurate maps can help us build more equitable narratives about geography, identity, and history.

The Future of Mapmaking

The shift toward Equal Earth isn't happening overnight. While many institutions are beginning to make adjustments, change will take time. But the momentum is building, and that's encouraging.

What strikes me most about this story is not just the scientific accuracy it brings, but how deeply it touches on broader themes of fairness and inclusion in global communication. As we navigate an increasingly connected world, we must ensure that every map reflects reality—not just what someone wanted us to believe.

So next time you look at a globe or open a digital map app, take a moment to consider what truths are being told—and which ones might be left out.