United Nations General Assembly Endorses Equal Earth World Map

#GS-1 #Geography #Physical Geography #GS-2 #Current Events #International #Equal Earth Map #Mercator Projection #Cartography #UNGA Resolution

Key takeaways

The United Nations General Assembly endorsed the Equal Earth projection through the Correct the Map resolution, which passed with 164 votes in favor.
Cartographers developed the Equal Earth projection in 2018 to display accurate landmass proportions without the extreme shape distortion of earlier maps.
Traditional maps based on the 1569 Mercator projection distort geography by making Greenland look as big as Africa, even though Africa is 14 times larger.
The new map restores accurate geographic representation for the Global South, helping schools and governments view global resources and climate risks truthfully.

The United Nations General Assembly passed the Correct the Map resolution with 164 votes in favor, 1 against, and 6 abstentions to adopt the Equal Earth projection.

Cartographers Bojan Šavrič, Tom Patterson, and Bernhard Jenny created the Equal Earth projection in 2018 as an equal-area world map projection.
This map design displays the surface area of the entire globe accurately while preserving realistic landmass proportions without the severe shape distortions seen in earlier maps like the Gall-Peters projection.

Flemish cartographer Gerardus Mercator created the Mercator projection in 1569 to help maritime sailors navigate the oceans easily.
This design keeps local shapes, angles, and straight compass bearing lines completely accurate for sea navigation.
To keep angles accurate on a flat grid, latitude lines stretch wider near the poles, which makes equatorial areas look small and high-latitude areas look huge.
For example, Greenland appears almost equal in size to Africa on this map, even though Africa is actually 14 times larger in reality.

Using the Mercator map in classrooms and media creates a psychological bias that overstates northern countries while underrepresenting the real economic and political weight of Africa, Latin America, and South Asia.
The standard map severely distorts true size, masking the fact that the entire continent of Africa can easily contain the United States, China, India, Japan, and most of Europe combined.
Although the 1970s Gall-Peters map corrected size distortions, it heavily distorted continental shapes, leading experts to create the Equal Earth projection for better visual balance.

It shows continents and countries in exact proportion to their true physical surface areas across the planet.
Inspired by the smooth curvature of the Robinson projection, it keeps familiar continental shapes intact and minimizes distortion near the poles.
Latitude lines remain straight horizontal parallels, allowing students and researchers to compare places on the same latitude very easily.
Mapmakers can easily shift the central meridian, making it simple to create Pacific-centered or Oceania-centered maps instead of relying only on the Greenwich prime meridian.

It fixes centuries of map-based bias, restoring geographic fairness and proper representation to the Global South in international discussions.
It gives educational systems and public institutions a realistic tool to understand world geography, natural resources, and climate risks accurately.