The fossil gap "fossil studies provide strong evidence of evolution" (Campbell, 260) or it. In fact, the fossil record is an implicit testimony to Darwin's false fossil recording theory and records his view on macro evolution. The book "biology: concept and connection" (hereinafter called "biology") is clearly in agreement with the evolutionary view of "evolutionary evidence, a rich fossil source". (Campbell, 260) However, this book, along with most evolutionists, avoids the substantial problem that the fossil record actually represents.
Fossils are rare on land during the first 15 million years of the Carboniferous. This gap in the fossil record was called the Romar gap after American paleontologist Alfred Romer. Although this gap has been discussed for a long time as being related to actual petrochemicals, recent research has shown that atmospheric oxygen levels decline during the gap, indicating ecological collapse. This gap led to the embryonic appearance of the fish-like maze like the Devonian fish and the more advanced tenosponge spirits and leptilymorfans typical of the Carboniferous terrestrial vertebrate.
Romer Gap is an example of a clear gap in the tetrapod fossil record used in evolutionary biology research. These gaps represent the periods when no relevant fossils are found. The difference with Romer was named after paleontologist Alfred Romer who first recognized this. The difference with Romer is from about 360 million to 345 million years ago, which is equivalent to the first 15 million years of the coal. There are many arguments about why there are few fossils during this period. There are scientists who believe that the geochemistry of this era caused the harsh conditions of fossil formation, so there are few fossilized organisms. Another theory suggests that scientists have not discovered the locations of these fossil excavations due to inaccessible or random outbreaks.
When paleontologists follow the evolution of species, they often find a time difference in the fossil record. The evolutionists of the 19th century mentioned these periods, and fossils still lack "missing links" in the "evolutionary chain". Often this gap occurs as a result of changes in storage conditions at remote locations. For a long time most individuals of a particular species may not be able to survive long enough after death to be eaten or a small number of fossils may be destroyed at high speed due to increased erosion in certain areas. The gaps in the fossil record are sometimes due to the simple fact that we are looking for them in the wrong place. In the past, the climate has fluctuated greatly. When this happens, members of the same species often disappear in one area but prosper in other areas. This led to a more accurate explanation of the past