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The Southern Crux is a group of stars that navigators have used to circumvent the southern hemisphere or for the Flat earth group the area rim-wards of the equator. The reason for this is it can always be found in the same spot as it lies directly above the southern pole. This is just like the pole star that is found over the north pole. On a flat earth the Southern Crux cannot be always seen in the south because as the world turns naturally its possition would move to the west. Can there be any explanation for this phenomenom unless the world is round and as such there are two points on the globe where it spins on its axis (north and south pole). Therefore there can be two points at which the stars appear to rotate on.
So far the only explanation I have had for this has come from Spacemonkeynz:
You can see it, but it isn't in the same place in the sky.
The further south you are, the higher the crux will be in the sky, the closer to the equator you are, the lower it will be in the sky.
Also, as the Earth rotates, it causes all the stars to rotate around the celestial southern pole. So therefore what stars you can see depends on where you are, and when.
It is true that as you travel further south the position of the crux will change as it will seem higher in the sky. That statement works for both models. However it doesn't explain how they can always been seen anywhere in the southern hemisphere at anytime. The second point is confusing I presume he means the north pole as a flat earth doesn't have a south pole! And this is true for anyone living in the North but it won't work for the south.
I leave the floor for an arguement against mine.
Here's the next challenge: $200 goes to the charity of Gayer's choice for a satisfactory answer based on FE to the following scenario. Independent reviewer this time will be an accountant. Gayer to select the final answer for FES. Deadline for answer is June 8, 2007.
On the equinox at 0.0 UTC, two observers, one in Auckland, New Zealand
View of Sky--Auckland and the other in Perth, Australia
View of Sky--Perth look south and both see Crux almost directly south of them and a faint star, Sigma Octantis, directly south. Auckland is on longitude 174 E. Perth is on longitude 116 E. In RE, this is explained by Sigma Octantis lying nearly directly over the South Pole, and Crux nearby. In FE, both observers see the same star in two different directions at the same time.