Mercator
Conformal, cylindrical. Meridians and parallels form a rectangular grid, and the spacing between parallels grows toward the poles, so polar regions are hugely enlarged.
Explore the country's geographic outline, see it in different projections and compare it with a familiar scale.
The same country, different ways to show the Earth. Each outline opens a map with this country selected.
Conformal, cylindrical. Meridians and parallels form a rectangular grid, and the spacing between parallels grows toward the poles, so polar regions are hugely enlarged.
Neither equal-area nor conformal, perspective azimuthal. It looks like a photograph of the globe from space: only one hemisphere is visible, and areas near the edge of the disk are squeezed hard.
Equal-area, pseudocylindrical. Parallels are straight lines, the poles are flat lines, and the sides of the map are gently rounded, much like Robinson.
Outlines fit their tiles. They show changes in shape, not areas at a shared scale. The Mercator value estimates area inflation at the country's centre.
The selected reference sources do not publish a comparable observation for at least one metric for this territory. RealSize.World displays missing data rather than assigning an unknown source to a legacy value.
Yes. The Natural Earth outline is a visualization, but without a verified numeric metric it should not be treated as an area measurement or ranking input.
Each value keeps its own reference year or source edition. Boundaries are simplified and are not suitable for geodetic measurements.
Geometry: Natural Earth / world-atlas, public domain. Outlines simplified and transformed into map projections. Sources, licences and data coverage.