In 1949, one Professor M Ewing from Columbia University set out with a team of researchers to go and take a closer look at the bottom of the Atlantic Ocean, particularly around the Mid-Atlantic Ridge.
Amongst other things, the team used sound echo equipment to measure the depth of the sediment on the ocean floor - something they expected to be many thousands of feet thick.
Ocean sediment is typically made up of all the millions and billions of microscopic creatures that live and then die in the oceans - called ‘foraminifera’ - amongst other things. The skeletons of these microscopic creatures very slowly sink to the bottom of the ocean floor, and become sediment.
According to Professor Ewing, other things that add to the sediment on the ocean floor are volcanic dust, wind-blown soil and “the ashes of burned-out meteorites and cosmic dust from outer space sifting constantly down upon the earth.”
If the world was really billions of years old, as claimed, there should be miles of sediment at the bottom of the sea. But that’s not what Professor Ewing and his researchers found when they started measuring it. Writing in: “New Discoveries on the Mid-Atlantic Ride” in National Geographic in 1949, Professor Ewing said:
“Surprisingly, we have found that in the great flat basins on either side of the Ridge, this sediment appears to be less than 100 feet thick…. Always it had been thought the sediment must be extremely thick, since it has been accumulating for countless ages (sic).
The lost continent of Atlantis, anyone?
Fast forward to July 2016, and researcher Isabel Yeo from GEOMAR's Helmholtz Institute for Ocean Research in Kiel took a team of researchers to the North Kolbeinsey Atlantic Ocean Ridge, around 500km off the north coast of Iceland, to start collecting detailed images of the ‘hundreds’ of deep water volcanoes - many of which are still live - scattered on the ocean floor there.
Yeo came up with a new method of photographing and dating the lava flows from these volcanoes, which are found between 7--2,000 metres below the surface of the ocean using ‘hydro-acoustic properties’.
The basic idea is that this technology hits the lava flows with sonar, and then analyses how much sound the lava flow reflects back. Yeo commented that her super-sharp images: “combined with the spatial extents of the flows, mean we can work out how much lava erupted where and when.”
As with all of these dating techniques, it relies heavily on a number of unproven assumptions, that Yeo identified in her paper presenting the findings:
“These calculations are heavily dependent on a number of assumptions including assuming that the sediment drape and the surface structure of the lava flow fields are homogeneous, that sedimentation rate is constant through time and that the effects of acoustic refraction within the sediment are negligible. Sediment thickness may be overestimated if the sediments are sandier than assumed.”
But the basic findings were still shocking enough:
Yeo found that these massive volcanic eruptions on the sea floor had all occurred within the last 4,000 years, and that the biggest eruptions and lava flows occurred 3,200 years ago.
But the sea held more secrets, too.
In 1947, a Swedish deep-sea expedition headed by H Pettersson, director of the Oceanographic Institute of Goteborg also found “evidence of great catastrophes that have altered the face of the earth.”
What did the Swedes find, to convince them of this? Here’s a small part of what they reported finding in Scientific American, in 1950:
“Nickel is a very rare element in most terrestrial rocks and continental sediments, and it is almost absent from the ocean waters. On the other hand, it’s one of the main components of meteorites.”
I.e. whenever a lot of nickel shows up, that’s usually a clear sign that a particular area or region got bombarded by a very heavy shower of meteorites.
All over the world, there is evidence that around 3,500 years ago, the ocean level suddenly and significantly dropped leading to the shorelines ‘emerging’ well over 20ft higher. Professor Reginald Daly, writing in Our Mobile Earth, said:
“Marine terraces, indicating similar emergence, are found along the Atlantic coast from New York to the Gulf of Mexico; for at least 1,000 miles along the coast of Eastern Australia, along the coasts of Brazil, southwest Africa, and many islands of the Pacific, Atlantic and Indian Oceans. In all these and other published cases, the emergence is recent as well as of the same order of magnitude.”
Daly thought that this came about due to a “recent worldwide sinking of ocean level”. Daly put the date for this huge upheaval at between 3,000 - 4,000 years ago. This dating was subsequently confirmed by another researcher, PN Kuenen of Leyden University, who wrote in Marine Geology:
“The time of the movement was estimated by Daly to be probably some 3,000 to 4,000 years ago. Detailed field work in the Netherlands and in Eastern England has shown a recent eustatic depression of the same order of magnitude as deduced by Daly. Here the time can be fixed as roughly 3,000 - 3,500 years ago.”
I.e. exactly the time the Israelites left Egypt.
We’re currently in the Jewish year 5778. The Exodus from Egypt occurred in 2446.
5778-2446 = 3332 years’ ago, at the date of writing.
And you’ll recall that our Sages taught that when the sea ‘split’ in Egypt, the seas all over the world also ‘split’ at exactly the same time, which is how the nations of the world knew of the miracles that were being done for the Jewish people.
Wherever you turn, there is more and more evidence that the land became sea, and that sea became land across huge swathes of the planet, around 3,500 years ago - and that it had absolutely nothing to do with so-called ‘global warming’.
Here’s what Velikovsky has to say:
“Human artifacts and bones of land animals were dredged from the bottom of the North Sea; and along the shores of Scotland and England, as well as on the Dogger Bank in the middle of the sea, stumps of trees with their roots still in the ground were found. Forty five miles from the coast, from a depth of thirty six metres. Norfolk fishermen drew up a spearhead carved from the antler of a deer, embedded in a block of peat.”
Which dated whatever it was that submerged huge areas of Northern Europe under water to 1500 BCE - i.e., 3,500 years ago, when the Jews were leaving Egypt.
There is a huge list of locations in England and Wales which are home to recently submerged forests, which still have large trees somehow rooted to the bottom of the ocean floor, showing they were submerged only recently. These were found at:
In February 2014, a huge storm shifted a ton of sand shale off the Cornish and Welsh coasts revealing more of these ‘submerged forests’. One of the biggest forests is at Mount Bay, Cornwall, which contains a number of underwater oak, beech and pine trees, measuring between 3 and 5 metres tall.
Modern geologists grabbed the opportunity to use carbon 14 dating on the trunks, to date them - and again stunned the scientific community by coming up with a time period of between 4000 - 6000 years.
(You’ll recall from THIS article that carbon 14 dating is usually fairly accurate within the last 3,500 years or so).
Speaking to the Telegraph newspaper, Frank Howie, Cornwall Wildlife Trustee and chair of the county's Geoconservation Group, said:
"The storms have revealed two to five metre trunks of pine and oak as well as the remains of hazel thickets with well-preserved cob nuts and acorns washed out by streams running across the beach.
All of this shows that very recently, much of what is now underwater was previously inhabited dry land. And that this massive change to the earth’s contours didn’t occur billions, or even millions of years ago.
It all happened within the last 3,500 years, i.e. well within what’s known as ‘historical’ times, and at the time that the Jewish people left Egypt amidst the huge natural upheavals that came to be known as the 10 plagues, and then received the Torah on Mount Sinai amidst more huge 'natural' cataclysms.