People,
Abou the article : # "Why Are So Many Enormous Roman Shoes Being Discovered At Hadrian's Wall?".
First of all, we known that undergrounders are taller than surface folk, we have reason to believe that they typically measure 9 feet or thereabouts below the surface, and those in the hollow earth could be taller.
This is because the ultraviolet particle and above don't penetrate the surface. And higher frequency radiations are the ones that prick away at the cells of our bodies, nevous system and cerebral-neuological system. Which, in turn, is why undergrounders have photographic memories, such height and such a long duration of life.
Another thing before I get into the article, King Arthur was a giant who would come up from a cave and stay among the surface folk and Wales and rally them and help them to fight off the Anglo-Saxson invaders. One reason we know about his great height is because he was buried with his tall wife at a church cementary. (A couple hundred years later, the sarcopfaguses disappeared without a trace)
The female Amazon warriors rallied the Amazon indians in the same way in order to kill the members of the Spanish Orellana expedition, they stayed at the back end behind the indians and wouldn't let them turn and run. And they shot arrows too, and fought close up with the Spaniards.
I know that you all have heard of a trash dump, that is when people dig a hole and bury a huge amount of trash. Well, close to Hadrian's Wall a shoe dump has been uncovered with a thousand or so shoes in it, and it is around 1700 yeas old.
Many size 17 (USA sizes for men) shoes have been found. A six foot tall man should use about a size 12. These were men helping the Scottish defend themselves against the Romans. In those days, people were not as tall as we are. Anyway, those tall folk must have been about a third bigger than the normal people because their feet were easily a third longer.
Undergrounders! Shades of King Arthur!
Cheers!
The shoes: More Giant Shoes Uncovered At Hadrian's Wall And They Are Truly Enormous | IFLScience