Interactive Globe of the World

Seeing the Earth as a globe

The Earth is very nearly a sphere, so the truest picture of it is a globe. Any flat map has to distort something—area, shape, distance or direction—to fit a round world onto a rectangle. The interactive map above uses the Web Mercator projection, the standard for online slippy maps. It keeps local shapes and angles accurate, which makes it excellent for zooming into a place, but it stretches areas near the poles, so Greenland and Antarctica look far larger than they really are.

An honest note on the “globe” view

To keep this page fast and lightweight, it ships the same flat, zoomable map shown elsewhere on the site rather than a heavy 3D renderer. Started at a low zoom it gives a whole-world overview close to a globe’s; for true to-scale comparisons of size, remember the Mercator distortion near the poles. Explore any region below, then open a country for its own map and facts.

Straight lines on a curved Earth

On a globe the shortest path between two points is a great circle—a line that follows the curve of the planet. That is why long-haul flights between, say, Europe and North America arc towards the pole rather than running straight across a flat map: the curved route really is shorter. The same curvature means the meridians of longitude converge at the poles, so the spacing between time zones narrows as you travel north or south. A round model captures all of this naturally; on the flat map above, keep in mind that distances and directions are most reliable near the equator and most distorted close to the poles.

Why every flat map distorts

Mapmakers call the problem projection: there is no way to peel the surface of a sphere onto a flat sheet without stretching or tearing it somewhere. Each projection makes a deliberate trade-off. Mercator preserves angles and local shapes, which is ideal for navigation and for zooming into a city, but it inflates areas with increasing latitude—so countries near the equator look smaller than they are, while polar regions look vastly larger. Equal-area projections keep sizes honest but bend shapes instead. A real globe is the only model that keeps shape, area, distance and direction all correct at once, which is why it remains the truest picture of the Earth. Keep that in mind as you compare countries on the flat map above.