The Flat Earth Society
Flat Earth Discussion Boards => Flat Earth Theory => Topic started by: chocolatelover99 on April 26, 2018, 01:35:18 PM
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I understand the concept of the Ice Wall surrounding the earth... But if global warming were to melt it, what would happen to the water at the edges of the earth? Would it all drain out? Is there a force that keeps it there? Or is global warming not real? Haven't found any information on the wiki... ???
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Oh it's real, mi amigo, no doubt there. 98% of scientists agree, and there is measurably more carbon in the air. From what I've heard though, the inhospitable cold from beyond the wall and the sheer magnitude of the structure makes it melt-proof. Of course global warming is still a problem for us, but not for the wall.
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???Warming is a hoax..
our sun since 2003 has gone into a cooling face and, being our major source of energy in no time will start a new ice age. ....but flat earth will trump all possibilities ??? ???
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Oh it's real, mi amigo, no doubt there. 98% of scientists agree, and there is measurably more carbon in the air. From what I've heard though, the inhospitable cold from beyond the wall and the sheer magnitude of the structure makes it melt-proof. Of course global warming is still a problem for us, but not for the wall.
Why not?
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???Warming is a hoax..
our sun since 2003 has gone into a cooling face and, being our major source of energy in no time will start a new ice age. ....but flat earth will trump all possibilities ??? ???
No, that's wrong.
If the sun is going into a cooling phase, we'd be in a cooling phase, but we're not.
You're an idiot. You should look up the youtuber potholer. He analyzes the scientific data published in journals and frequently debunks claims such as yours.
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Oh it's real, mi amigo, no doubt there. 98% of scientists agree, and there is measurably more carbon in the air. From what I've heard though, the inhospitable cold from beyond the wall and the sheer magnitude of the structure makes it melt-proof. Of course global warming is still a problem for us, but not for the wall.
Why not?
This is explained in the quoted post. From what I can gather, the wall is too large and too low a temperature on the other side for it to melt.