Free Mayan Calendar Prophecies: The Complete Collection of 2012 Predictions and Prophecies by Gary Daniels Page A

Sagittarius A would be devastating to life on earth. In fact, the last such large outburst appears to coincide with the onset of the Younger Dryas climate event and the great mass extinction which accompanied it which included the demise of mastadons, wooly mammoths, saber toothed tigers and more. He theorized that a smaller outburst occurred around 3300 BC which coincides with the date recorded in the Mayan Flood Myth.
    LaViolette theorized that when Sagittarius A, which is not visible to the naked eye, experienced one of these outbursts it would appear to persons on earth as the sudden appearance of a new bright blue star. This “guest star” would then fade from view once the eruption was over yet the energy and mass it erupted would be hurling through space directly towards Earth.
    Does the Chinese guest star of 1011 AD near Nan-tou, the Milk Ladle asterism, represent such an eruption of Sagittarius A? If so, what effects did it have on Earth? The Aztecs claimed the Fourth Sun, which ended in 1011 AD, was destroyed by a flood. Is there any evidence of such a flood? In fact, there is.
    The Anglo-Saxon Chronicle states that in England 1014 AD, on the eve of St. Michael’s day (September 28, 1014),
    “came the great sea-flood, which spread wide over this land, and ran so far up as it never did before, overwhelming many towns, and an innumerable multitude of people.” [143]  
    This is clearly a reference to a tsunami similar to the one that struck Indonesia in December 2004 and killed over 250,000 people.
    What could have caused this tsunami? Unlike the Pacific Ocean, the Atlantic Ocean is not known for earthquakes since it is located on a tectonic plate boundary that is spreading apart along the Mid Atlantic Ridge not colliding with another plate. Thus what else could be responsible for the flood recorded in the Anglo-Saxon Chronicle? Could a meteor or comet impact in the Atlantic Ocean have been the cause?
    Researcher Dallas Abbott of the Lamont Doherty Earth Observatory at Columbia University discovered material in a bog at Black Rock Forest in Cornwall, New York that “is difficult to explain except with an impact event.” This material included impact glass and spherules that can only be created by the forces associated with a meteor or comet impact as well as marine sediments and fossils that were determined to have come from the mid-Atlantic ridge, over 3800 kilometers from Black Rock Forest. Abbott noted, “because these locations are so far away from Black Rock Forest, the only viable method for transporting the material to Black Rock Forest is an impact event.” [144]
    In other words, the evidence suggests that a comet or meteor slammed into the middle of the Atlantic Ocean and ejected material from the bottom of the ocean, which flew over 3800 kilometers and landed in the bog at Black Rock Forest in New York. The material at Black Rock was dated to around 1014 AD. Abbott also noted that such an impact event would have also created a tsunami that would radiate out in all directions from the point of impact thus she began looking for evidence of such a tsunami.
    In addition to the afore-mentioned tsunami in England on September 28, 1014, researchers in North Carolina noted that either a major storm surge or tsunami devastated the coastal areas of the state around this time as well. [145] The wave wiped the Outer Banks off the map and it took four hundred years for them to reform. Considering all the evidence for a major Atlantic tsunami at this time it was most likely this tsunami not storm surge that devastated coastal North Carolina. [146]  
    Abbott also found tsunami deposits in the Lesser Antilles in the Caribbean that also dated to around 1014 AD. By noting the angle of the tsunami deposits in both England and the Lesser Antilles, Abbott was able to   deduce the probable location of the impact in the middle of the Atlantic Ocean. All of this evidence showed that the tsunami impacted the coastlines