THE COELACANTH THAT EVOLUTIONISTS CLAIM AS A TRANSITIONAL FORM IS LIVING IN THE SEAS AS A PERFECT LIFE FORM

Fossils of living things such as the Cœlacanth, which evolutionists heralded as an extinct transitional life form but which has been realized to be still alive today as a bottom-dwelling fish, paint a striking picture that refutes the theory of evolution’s scenario of change.

The Cœlacanth, which according to the fossil record, dates back some 410 million years to the Devonian period, was regarded by evolutionists as a powerful intermediate form between fish and reptile. It had been mysteriously erased from the fossil record 70 million years ago, during the Cretaceous period, and was believed to have become extinct at that time. The truth was very different, however. Since 1938, more than 200 present-day Cœlacanths have been caught, after that first one off South Africa. The second came from the Comoro Islands off north-west Madagascar in 1952, and a third in Indonesian Sulawesi in 1998. The evolutionist paleontologist J. L. B. Smith was unable to conceal his amazement at the capture of the first Cœlacanth, saying,

"If I'd met a dinosaur in the street I wouldn't have been more astonished." (Jean-Jacques Hublin, The Hamlyn Encyclopædia of Prehistoric Animals, New York: The Hamlyn Publishing Group Ltd., 1984, p. 120)

The capture of living Cœlacanths revealed that the claims regarding it were nothing more than deceptions. In addition, evolutionists had always depicted the fish as living in shallow waters, as a potential reptile preparing to crawl onto the land. Yet the Cœlacanth was now found to be living in the deepest ocean waters—a bottom-dwelling fish almost never rising above 180 meters below the surface.


Anatomical investigations conducted following the capture of live Cœlacanths have revealed many findings that refute evolution. It has been realized that theCœlacanth that was living 400 years ago at a time when supposed primitive life forms were meant to have been living possessed exceedingly complex features absent from many present-day fish. One of these was the discovery that theCœlacanth is sensitive to electromagnetic currents around it indicates the presence of a complex sensory organ. Looking at the nerves that connect the fish's rostral organ to its brain, scientists agreed that this organ is responsible for detecting electromagnetic currents.


Focus magazine described the astonishment of evolutionists in the face of the complex nature and characteristics of the Cœlacanth as follows:
 

According to fossils, fish emerged some 470 million years ago. The Cœlacanth emerged 60 million years after that. It is astonishing that this creature, which would be expected to possess very primitive features, actually has a most complex structure.