Geography is more than numbers. Explore the stories, scale, and surprises behind these places.
Pick an anchor and an overlay above. This section will fill itself in with the story of the two places you choose.
Every block below — scale, formation, the surprising contrasts — is generated from the comparison currently loaded in the lab. Nothing here is curated for you in advance.
Every flat map is a translation of a sphere — and every translation has a cost. These are the three projections you'll meet most often, and what they trade away.
Originally created for navigation, the Mercator projection preserves direction and angle, making it useful for sailors and navigation systems.
Land near the poles becomes dramatically enlarged.
Greenland appears similar in size to Africa on many maps — yet Africa is roughly 14× larger.
Navigation
Greatly distorts area and scale.
Designed to preserve the true relative size of countries and continents. Shapes become slightly stretched, but areas remain accurate.
Shapes are softly compressed near the edges of the frame.
Africa, South America, and Australia appear much closer to their true proportions.
Understanding real-world size relationships.
Shapes are slightly distorted.
Attempts to balance size, shape, distance, and direction without perfectly preserving any single property. Often used in atlases because it looks visually natural.
No single measurement is perfectly accurate.
Countries look more familiar than on Equal Earth while avoiding the extreme distortion of Mercator.
General-purpose world maps.
No measurement remains perfectly accurate.
Every map projection makes compromises.
Earth as a Village uses geographic overlays and real-world scaling to help reveal how large places actually are, beyond the distortions of traditional maps.
The hero uses an orthographic projection — the planet as seen from infinite distance. Most world maps you grew up with use Mercator, which dramatically inflates landmasses near the poles. Greenland, Canada, Russia, and Antarctica look much larger than they are.
When you drop one country onto another, we don't simply translate its coordinates. We project the overlay through an azimuthal equal-area frame centred on its own centroid, then invert that frame around the anchor country's centroid. The result preserves the true shape and physical area at the new latitude.
Borders come from Natural Earth · 1:110m, generalised for the globe. Country metadata is sourced from the open world-countries dataset. Areas are computed as spherical excess on a unit sphere and scaled to Earth's 510,072,000 km² surface.
Earth as a Village is a small cartography lab for understanding scale. It exists because two-dimensional maps are honest about almost everything except size — and size is what most people remember.