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EVIDENCE OF LEMURIA, OR MU
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The notion of a lost continent beneath the Pacific Ocean seems preposterous. But there are many stories and books that reference such a place. Col. James Churchward wrote five books on the lost continent of Mu (also called Lemuria).1-4 More about Churchward’s works later. There is even a group called “The Lemurian Fellowship” located in Ramona, California, which has published its concept of a map of the lost continent (see Fig. 1). |
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| Fig. 1 - Continent of Mu (According to the Lemurian Fellowship). |
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Psychic Information The map of Figure 1 is, presumably, psychically derived. Interestingly, it shows that portions of far northeastern Lemuria were located in western America. This rendering seems to echo the following Cayce reading.
Next we have the story of Phylos, a disincarnate master who was channeled by F.S. Oliver in 1883. 5 Whatever one may think of Edgar Cayce's psychic readings, Phylos was implied to be a credible source in one of them (#364-1). In his book, Phylos speaks of a previous life on Lemuria. He describes "queer little horses, having three toes to each foot and high shoulders," a "great house built of stone," and a swarthy, brown-skinned man, "his hands talon-like." Such information indicates a late Miocene time at the earliest -- up to nine million years ago -- and an earlier race of man. The Cayce readings refer to a lost continent in the Pacific by several names, but most often it is called Lemuria. Other names are Mu, Zu, Lu, and possibly Oz. Some of these may refer to provinces of the continent, or to portions left after a major break-up of the land. Here are three representative readings.
What "satellite of the moon?" How did it "fade?" By impacting the moon? At what location? Was this a natural or a man-made satellite? If man-made, what was it used for? Navigation and/or communications? For whom and by whom? Were aliens involved?6 Here are the second and third examples of the numerous Cayce readings that reference the lost continent of Lemuria:
Here we have reference to a time when souls could act directly upon materiality. This aspect of the readings' references to Lemuria finds resonance in the book, Atlantis to the Latter Days7. The work is said to have been inspirationally dictated to Mr. Randall-Stevens by two disincarnate masters. According to the author's discourse, the actual disintegration of Lemuria occurred over a period of many thousands of years. It "was accomplished as the outcome of a series of volcanic disturbances which gradually undermined the substrata comprising the foundations of that continent." The disaster was brought about on account of the.... domination exercised by the Devil and his followers. Randall-Stevens goes on to say, “Black magic was rife and the chances of those who still remained steadfast to the cause of divine evolution were almost hopeless.....During previous periods all those who were to be collected in Atlantis had been ordered to proceed to that continent." Randall-Stevens writes that the final destruction of Lemuria occurred about 30,000 years ago. Submergence of Lemuria must have had worldwide geophysical consequences. The date of 30,000 B.P. coincides with the second period of disturbance on Atlantis when "there were [produced] small channels through many of the lands" (470-22). But reading 364-4 seems to imply that the final demise of Lemuria occurred perhaps only 10,700 years before the final destruction of Atlantis, or 22,600 years ago.
Can science shed any light on the possible reality of Lemuria? Do we have any evidence that the floor of the Pacific could once have been elevated over a continental-sized area? Consider the May, 1998, review paper by Marcia McNutt, entitled simply, Superswells.8 We have heard of hotspots that invoke narrow, isolated upwellings from deep within the Earth, like the hotspot produced by a thermal plume that some geologists think was responsible for the Hawaiian-island chain. Such a hotspot is surrounded by shallow seafloor less than about 1000 km in cross-sectional diameter, called a "swell." A "superswell" is also believed to reflect mantle upwelling. But it expresses itself as an extensive, anomalously shallow area of the seafloor. And its scale is several thousand kilometers across. This is as large, for example, as the island continent of Australia. McNutt's review of several lines of geophysical evidence allows her to conclude that one of the best examples of mantle-convective origin of an Earth feature is the South Pacific Superswell (SPS). (See Figure 1 for a partial outline of the SPS).
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| Fig. 2 - Island groups of part of the tropical Pacific Ocean, as modified from Figure 1 of W. Dickinson’s article, “Paleoshoreline Record of Relative Holocene Sea Levels On Pacific Islands,” Earth-Science Reviews, 55, 2001. The approximate, coincident edges of the South Pacific Superswell (SPS) and the South Pacific Isotopic and Thermal Anomaly (SOPITA) shown in yellow are after McNutt (1998, Fig 17) and Staudigel et al. (1991, Fig. 1). |
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This is "a broad area of uplifted seafloor containing numerous volcanoes in French Polynesia." The boundaries of this superswell contain the Society, Cook, Austral, Tuamotu, Marquises, and Easter island chains. These islands reflect an enhanced rate of volcanism in the superswell area due to enormous quantities of hot mantle rock below the ocean floor. If the South Pacific Superswell were once above sea level, forming the continent of Lemuria, it would have been buoyed up by a broad bulge in the mantle, much like that recently inferred to be buoying up the lofty peaks and plateaus of the American West. A renewal of mantle upwelling beneath the SPS could result in the seafloor there rising above the waves once again. Such activity would bear out the statement in Cayce reading 1152-11 (8/13/41) which says that, "In the next few years, lands will appear in the Atlantic as well as in the Pacific." If we can put any credence at all in the geophysical evolution and eventual disappearance of Lemuria, just what might the evidence be for Lemuria’s origin? The answer may lie in the line of reasoning advanced in our last article, on the origin of Atlantis, as based on the hypothesis of Prof. MacKenzie Keith9 On page 301 of Keith’s seminal review article, the author begins by reminding us that the plate tectonics hypothesis includes the postulate that
Keith then goes on to reveal that the combined geophysical and geochemical evidence brings out the inadequacy of the plume model, thus leaving open the problem of accounting for linear oceanic island chains. He then proposes , as a working hypothesis, that the Hawaiian-Emperor chain (Fig. 3) is located along the trend of a linear cold residue developed below the ancestral Mid-Pacific Ridge, and that “part of the residue was left behind when the ridge was variably displaced during a Mesozoic disruption of the Pacific mantle….” (p. 302).
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| Fig. 3 - Pacific
Island chains and related features, as modified from Figure 22 of Keith,
2001. The three dated circles show Keith’s proposed contraction, from
60 million years ago (60 MA) to Recent time, of a hypothetical zone of
outward flow and downwelling, a radial pattern above an elongated
lower-mantle plume (dashed outline), and deduced to represent a Mesozoic
impact-triggered disturbance of the steady-state mantle convective
system. Shown are the locations of large plateaus of the comet, or
asteroid, impact region, with ages of the oldest sediment, as follows:
Manihiki (M, 115-125 Ma), Marcus-Wake Seamounts (MW,
90-115 Ma), and Ontong-Java (OJ, 100-125 Ma).
The peak of the persistent residual plume corresponds to the broad South Pacific Superswell and South Pacific Isotopic and Thermal Anomaly centered roughly at Tahiti (T). Keith proposes that the final stage of mantle/crust downflow is currently focused on an elongated mid-Pacific zone (trend-line H-M) that extends from Hawaii to the Marquesas. Keith identifies this as the residual trace of a cold, depleted mass that developed below the ancestral Mid-Pacific Ridge. |
| The South Pacific Isotopic and Thermal
Anomaly (SOPITA) mentioned in the captions for Figures 2 and 3 is
defined not only by relatively hotter mantle temperatures but by
differing spatial domains of concentrations of isotopes of lead,
uranium, strontium, and neodymium. These differing domains suggest that
the Superswell may be located over a stable, persisting zone of
upwelling from the lower mantle. Such upwelling may have been acting as
a barrier since at least the Cretaceous, separating two large mantle
domains with differing convective histories. The SOPITA data are
believed to require interactions between the deeper and shallower layers
of the mantle.
There is much more to Prof. Keith’s hypothesis for explaining various features of the Pacific basin, but I know that you are already bored to tears, reading so much unfamiliar terminology. Suffice it to say that Keith makes the case for oceanic island sinking within a surrounding zone of normal to low heat flow and high seismic wave velocities that indicate mantle downflow beneath the islands. What does this mean for the hypothesis of the existence of Lemuria, or Mu? On a much larger scale - the scale of the SPS or even larger - we can postulate that in the Cretaceous there was a continental-sized land mass above sea-level in the Pacific basin. This was produced by an impact event. The impact was sufficiently great to produce an enormous plume of lower-mantle material that pushed up roughly beneath Tahiti. Then, starting in post-Cretaceous time (about 60 Ma), as the crust and outlying mantle cooled and contracted, the continent gradually sank over the ensuing eons. This sequence of events is similar to that which we reviewed in our previous article on the Atlantic Basin. It’s just that the North Atlantic geologic structure is the prime example of a least-disturbed, steady-state mantle flow regime. The Pacific, however, can be regarded as an extreme example of a disrupted mantle-flow regime. Archeological Evidence For Mu? Is there any archaeological evidence of Lemuria? Maybe. Richard Noone has written10 about the presence of ancient construction works on two Pacific islands, Malden in the Line Islands, and Rarotonga in the Cook Islands chain. The two islands lie close to (Malden) or just within McNutt's boundary for the South Pacific Superswell. (See Figure 2). Malden Island (4.00ºS, 155.00ºW) seems to contains the remains of a highway system that radiates outward from a temple complex. Composed of tight-fitting basalt blocks, the roads cross beaches and disappear under the waves. "Fifteen hundred miles south of Malden Island, another section of the same type of road emerges from under the waves, crosses the beach, and disappears into the jungle of Rarotonga Island. This suggests that many Pacific Islands are the remains of a presently submerged Pacific continent" (Noone, p. 198).
I am pleased to have Joan Griffith, a long-term member of A.R.E., drop by (electronically) to discuss her research of 64 years running on the history of Mu, as found in the works of Churchward and others.
NOTE: Joan Griffith has written a more comprehensive article on Churchward’s findings and ideas in the World Explorer magazine.12
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"In 1938 while discussing the experiences of the people of the Mayan region who occupied Central America, Cayce mentioned in passing: '...and there were the beginnings of the unfoldments of the understanding [from] those that were visiting from other worlds or planets.' (1616-1).
"It should be noted that although Edgar Cayce spoke of UFO's and extraterrestrials, until the day he died he never once in a reading or as a conscious individual wavered with respect to the Christian teaching that Jesus Christ was the Messiah and is 'The Way' for all of humanity." <back>
Randall-Stevens, H., 1966, Camelot Press, London). <back>
Reviews of Geophysics: v. 36, no. 2, pp. 211-244. . [Dr. McNutt, a noted geophysicist, is currently (4/01/02) president of the American Geophysical Union (AGU), a scientific society with 15,000-members worldwide]. <back>
Keith, M., 2001, “Evidence For A Plate Tectonics Debate,” Earth-Science Reviews, 55. <back>
5/5/2000, Ice The Ultimate Disaster,1982, Three Rivers Press, New York. <back>
Anonymous, 1959, Earth Changes, Past-Present-Future, A.R.E. Press, Virginia Beach, VA. 23451 <back>
“James Churchward and His Lost Pacific Continent,” 2002, World Explorer, v. 3, no.1, pp. 16-25. <back>
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