Inverted Earth
Inverted Earth is an imaginative concept in which the Earth's landmasses and bodies of water are swapped, with landmasses becoming bodies of water and bodies of water becoming landmasses.
Topography and climate
The current Earth comprises 29% land and 71% water, while Inverted Earth comprises 71% land and 29% water. Inverted Earth contains one vast, neverending landmass, allowing people to travel to any "ocean" on foot.[1]
When inverting the Earth, lakes become islands, while rivers become long, narrow strips of land. The mountains on the real Earth would be underwater trenches on Inverted Earth and vice versa. One of the prominent geological features on Inverted Earth would be the Marianas mountain range, which would have the highest peak ("Challenger Peak" or "Mount Challenger") on Earth, even higher than Mount Everest. Likewise, the deepest point on Inverted Earth would be Everest Deep in the Himalayas Trench.
The climate on Inverted Earth would be much different than on the real Earth. Since its bodies of water would cover much less area, combined with tremendous distances between bodies of water, the amount of precipitation on Inverted Earth would be considerably less and deserts would cover much of the "land" area. Due to less precipitation, life would be more challenging to take hold.[2]
References
- ↑ "What Earth would look like with its oceans and landmasses swapped" (in en-us). 19 March 2013. https://io9.gizmodo.com/what-earth-would-look-like-with-its-oceans-and-landmass-456387044.
- ↑ Gupta, Harsh (2016-06-25). "What Would Earth Be Like If All The Land Was Oceans and All The Oceans Were Land?" (in en-US). https://www.scienceabc.com/eyeopeners/what-would-earth-be-like-if-all-the-land-was-oceans-and-all-the-oceans-were-land.html.
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