With respect to a “gradual” beginning to the rise of Atlantis in 1998, note that I have indicated on the map that in 1998 an underwater volcanic eruption occurred close to the surface off the northeast corner of Zihrov’s Poseidonis. A report from the scene in February 2000 reads: "Ash and gas emissions from the submarine eruptive fissure that started erupting in late 1998 is still continuing at Terceira, Azores. For over one year, the eruption is continuing at low, fluctuating levels.”
Now scientists like Pascal and others do not think that Poseidonis, or “Poseidia,” ever existed above the ocean surface. Such a conjecture does not even enter their minds. This is so because everything in their intellectual world of age-dated ocean floor rocks and sediments, magnetically-striped ocean floors, and models of Earth dynamics and sea-floor spreading reinforces the hypotheses that what is sea-floor now was sea-floor in the days of Cayce’s Atlantis. Thus, Pascal and Others come to the conclusion that after a period of construction by hot-spot upwelling of rock from the mantle below, “the Azores plateau rifted apart.
Rifting began at about 9 Ma [millions of years ago] in the north and propagated southward for about 6 Ma.” [V22A-05]This is a far different story from that given in the Cayce readings on Atlantis, unless one is willing to accept the readings’ assertion that the Azores portion of the central Atlantic ocean basin was above water after formation of the Azores plateau, and then sank in successive stages beginning around 19,400 years ago.
Rapid Uplift of a Lithospheric Sliver Near the Vema Fracture Zone (Central Atlantic) due to Change in the Pole of Rotation
M. Lugi and Others report on the Vema Fracture Zone, which offsets the Mid Atlantic Ridge by 190 miles at 10° N. The southern flank of the fracture valley is a prominent ridge that exposes a relatively undisturbed section of uplifted ocean crust. The uplift “is related to a change in the position of the pole of [Earth’s] rotation….[but]….the rapid uplift did not cause major internal deformation of the lithospheric slab.” [T52C-12]
Here, then, the five authors of the abstract have come to the conclusion that a crustal segment of the Mid Atlantic seafloor was uplifted rapidly due to a pole shift 12 million years ago. One asks, if such uplift could happen then, could not at least some parts of Poseidia rise again, relatively undeformed, during the pole shift predicted in the readings for 2001?
Excursions, Transitions, and Secular Variation Over the Past 800,000 yrs: High-Resolution Geomagnetic and Rock Magnetic Records From a Mudwave on the Bahama Outer Ridge
G. Acton and Others report recovering cores from eight holes drilled in the mudwave lying on the seafloor under 15,645 feet of North Atlantic Ocean water. Although they don’t say exactly how the ages of the sediments and rocks were determined, one infers that paleomagnetic data were used. This study indicates that the Atlantis of the Cayce readings was not above the waves at this location on the Bahama Outer Ridge for at least the last 800,000 years. The exact mudwave location is assumed to be somewhere near the 2,500 fathom contour on the figure. [GP11A-06]
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