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Frans Blok has created a detailed inverse map of the world, where the deepest spots in the ocean become the highest mountains and the highest mountains become the deepest part of the ocean.
It is an extraordinary planet, this inverted world. It has more than twice as much land available as our own Earth. Which does not mean, however, that twice as many people can live there because only a small part of this surface is green. After all, the rain must come from somewhere. Particularly Pacifica, almost completely surrounded by high mountain ranges, is one big desert. Great for the fans of desolate stony plains, and I count myself among them. But not very suitable for agriculture.
Frans Blok
It should be noted, however, that he was not the only one to come up with this idea.
The area of the world’s oceans plays a crucial role in regulating the Earth’s climate through various mechanisms such as heat absorption, evaporation, and ocean currents. Therefore, if the area of the world’s oceans were smaller, the Earth’s climate would be significantly different.
With a smaller ocean surface area, the Earth’s ability to absorb and store heat from the sun would decrease, resulting in cooler global temperatures. The reduced surface area of the oceans would also decrease the amount of water vapor in the atmosphere, which is a greenhouse gas that helps to trap heat and maintain warmer temperatures. This could result in a drier climate with less precipitation.
Additionally, the ocean currents that help to distribute heat around the world would be significantly altered with a smaller ocean surface area. The Gulf Stream, for example, which brings warm water from the equator to the North Atlantic and plays a critical role in the climate of Europe, could be disrupted or even cease to exist altogether. This could result in significant changes to regional climate patterns and weather systems.
Overall, a smaller ocean surface area would have significant impacts on the Earth’s climate, leading to cooler temperatures, drier conditions, and altered ocean currents, with potential impacts on ecosystems and human societies.
