The Yonaguni Structures

by Leonardo Vintiñi

Classified by some scientists as the archeological find of the century, the structures accidentally discovered off the Japanese coast of Yonaguni offer ancient architecture in the form of pillars, hexagons, stairs, avenues, arcades, and even a stepped pyramid.
While the most conservative hypothesis postulates that the Yonaguni structures are the product of the marked seismic activity in the area, the precise angles of the rocks and their arrangement in relation to one another suggest that this site might hold remnants of a submerged city.
Evidence in favor of this stance includes the chemical composition of the chalky rocks (which do not naturally exist in the region), two openings about 6.5 feet deep adjacent to the structures—which no archeologist dares to classify as a natural formation—and an oval-shaped rock that does not appear to belong to the set, but exhibits a clear northward facing point. The entire submerged city of Yonaguni is estimated by some to be at least 10,000 years old.
Marine archeology has only become an academic possibility in the last 50 years with the introduction of scuba gear. According to marine archeologist Dr. Nick Flemming, at least 500 submerged sites containing the remains of some form of man-made structure or artifacts have been found around the globe. Some calculations figure that nearly a fifth of these sites are more than 3,000 years old.
Certainly, some of these sites were washed away by floods, but others may have found their place at the bottom of the sea through tectonic shifts. As many of these places were originally built on solid, dry land, Earth may have been geographically quite different than what we know today. Likewise, these people would have come from an era more remote than what we understand as the dawn of civilization. So, is our current civilization the greatest mankind has ever known, or merely one tiny peak among many in a cycle that stretches far into the distant past? The answer might be found at the bottom of our oceans.