Why all world maps are wrong

Making accurate world maps is mathematically impossible. Follow Johnny on Instagram 🤍instagram.com/johnny.harris/ Help us make more ambitious videos by joining the Vox Video Lab: 🤍bit.ly/video-lab Maps are flat representations of our spherical planet. Johnny Harris cut open a plastic globe to understand just what it takes to turn a sphere into something flat. His struggle to make a flat map out of the plastic globe is indicative of a challenge mapmakers have faced for centuries: It is mathematically impossible to translate the surface of a sphere onto a plane without some form of distortion. To solve this problem, mathematicians and cartographers have developed a huge library of representations of the globe, each distorting a certain attribute and preserving others. For instance, the Mercator projection preserves the shape of countries while distorting the size, especially near the north and south pole. For a more accurate view of land area look at the Gall-Peters projection, which preserves area while distorting shape. In the end, there's not "right" map projection. Each comes with trade-offs, and cartographers make projection decisions based on the particular tasks at hand. But if you are interested in seeing an accurate depiction of the planet, it's best to stick with a globe. Interact with projections: 🤍metrocosm.com/compare-map-projections.html Mercator tool: 🤍thetruesize.com/ Mike Bostock Map Transitions: 🤍bl.ocks.org/mbostock/3711652 Mercator Puzzle: 🤍hive.sewanee.edu/ldale/maps/10/06-LOCAL.html Vox.com is a news website that helps you cut through the noise and understand what's really driving the events in the headlines. Check out 🤍🤍vox.com Check out our full video catalog: 🤍goo.gl/IZONyE Follow Vox on Twitter: 🤍goo.gl/XFrZ5H Or on Facebook: 🤍goo.gl/U2g06o