Conventional science tells us that the magnetic flux of the Earth extends from north to south (or vise verse) in the approximate shape of a magnetic dipole. The flux concentration is greatest at the magnetic poles and gradually decrease as you move towards the equator. The flux concentration is basically equal at both magnetic poles.
FET, on the other hand, tells us that north is in the center of the flat Earth and south is in the direction of the closest edge, although there has never been offered any proof of magnetic flux acting in this manner as far as I can tell. Using what science tells us about magnetism, the flux concentration would continually decrease as you move south, even past the equator. So, below the equator, we would expect to see much lower data than is being reported.
Paraphrased from Wikepedia, measured in Gauss and linked below:
The strength of Earth's magnetic field at 0° latitude (on the equator) is 310 mG
The strength of Earth's magnetic field at 50° latitude is 580 mG.
Quote from unc.edu, linked below.
"Intensity: The magnetic field also varies in strength over the earth's surface. It is strongest at the poles and weakest at the equator."
How does FET explain this? I have not been all over the Earth to test this; however, it seems to be highly regarded as being true and, therefore, surely would have been proved not be true as soon as someone realized that the magnetic flux concentration is not what it is expected to be at a particular point below the equator.
http://en.wikipedia.org/wiki/Orders_of_magnitude_(magnetic_field)http://www.unc.edu/depts/oceanweb/turtles/geomag.html