UN Resolution Africa True Size Map Backed by United Nations

Cartography has long shaped how humanity views the globe, yet the standard maps used in classrooms worldwide carry a distortion that has persisted for centuries. A 16th-century projection created by Gerardus Mercator famously stretches landmasses near the poles while shrinking regions near the equator. For centuries, this made the African continent appear far smaller on maps than it actually is. Now, a major international push is underway to correct this persistent geographical bias on a global scale through the un resolution Africa true size map initiative.

A Togo-Led Push for the UN Resolution Africa True Size Map

The movement to change how the world visualizes Africa reached a significant milestone when the United Nations approved a resolution supporting a more accurate representation of the continent. According to the original report, the initiative was spearheaded by Togo. This diplomatic effort serves to amplify a broader, long-running campaign by the African Union to challenge outdated cartographic norms and replace them with projections that respect true continental proportions.

The historical weight of the Mercator projection cannot be overstated. Commissioned in 1569 by Flemish geographer Gerardus Mercator, the map was originally designed as a navigational tool for sailors rather than a general reference for global geography. By maintaining straight lines of constant bearing, it allowed mariners to plot courses easily across oceans. However, this cylindrical projection severely distorts area as latitude increases away from the equator. Landmasses located in the higher latitudes—such as North America, Europe, and Greenland—appear vastly inflated compared to their actual square mileage. Conversely, tropical regions near the equator, including the entire continent of Africa, are compressed, creating a deeply Eurocentric worldview that has subconsciously influenced generations of students.

Transitioning to the Equal Earth Map

At the heart of this educational and geographical shift is the Equal Earth map. Unlike the traditional Mercator projection, which distorts land sizes relative to their distance from the equator, the Equal Earth projection depicts continents and countries at their correct relative scales. Developed in 2018 by geographers Bojan Šavrič, Bernhard Jenny, and Tom Patterson, this pseudocylindrical equal-area projection addresses the profound imbalances of older maps while maintaining a visually appealing aesthetic that portrays countries in their proper relative sizes.

West African leadership is taking practical steps to implement this vision locally, with national plans aiming to introduce the accurate map into classrooms by the end of the year. Educators and geographers have long argued that relying on distorted maps skews humanity’s collective perception of global resources, population density, and geopolitical significance. By adopting equal-area representations, schools can foster a more objective understanding of international geography.

Global Reactions and Diplomatic Divides

While the resolution gained broad international backing, the vote was not entirely unanimous. The United States stood alone as the sole country to vote against the measure. Despite this singular opposition, the passing of the resolution marks a symbolic and practical victory for nations seeking to rewrite educational standards and dismantle lingering colonial-era perspectives embedded in everyday teaching tools.

As schools prepare to adopt the new maps, the debate over global cartography continues. By confronting the visual biases of the past, the international community is taking a tangible step toward a more accurate and equitable representation of the world.

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