What world map does Japan use?
What world map does Japan use?
AuthaGraph Map
Authagraph is an equal-area type world map projection that was invented by Japanese architect Hajime Narukawa in 1999. While conceptually in the category of an equal-area projection, it would require further subdivision to qualify as an actual equal-area map.
What is an AuthaGraph world map?
The more north or south you go, the more distorted the area and shape of the “Mercatorian” world map we are used to seeing. The AuthaGraph is a groundbreaking map designed to ensure that the true relative size and shape of continents and oceans are not distorted. This map will change your view of the world.
Who designed the AuthaGraph?
Designer Hajime Narukawa
Designer Hajime Narukawa found a clever solution to this problem: triangles. Narukawa’s AuthaGraph World Map, which recently won the grand prize in Japan’s biggest design competition, retains the proportions of the continents and oceans—so much so that you can fold it into a three-dimensional globe.
Is the gall Peters map accurate?
The Gall-Peters map shows the correct sizes of countries, but it also distorts them. Countries are stretched horizontally near the poles and vertically near the Equator, so although the size may be right, the shape definitely isn’t.
Which country has most beautiful map?
Top 10 Countries with the Most Beautiful Shapes (on the map)
- Italy. Italy. There it is.
- United Arab Emirates. United Arab Emirates. Look at that.
- Cyprus. Cyprus is the third largest island in the Mediterranean, after Sicily and Sardinia.
- Chile. Chile.
- Greece. Greece.
- Russia. Russia.
- Croatia. Croatia.
- Sri Lanka. Sri Lanka.
What is wrong with the AuthaGraph map?
The biggest downfall of the AuthaGraph map is that longitude and latitude lines are no longer a tidy grid. As well, continents on the map are repositioned in a way that will be unfamiliar to a population that is already geographically challenged.
What’s wrong with the Peters map?
Countries are stretched horizontally near the poles and vertically near the Equator, so although the size may be right, the shape definitely isn’t. The problem is, it’s impossible to stretch the 3D sphere shape of the Earth onto a 2D sheet of paper.
