The earliest legged vertebrates are called tetrapods.  They arose first on Old Red Sandstone, where they were geographically confined for a short while.[1]  Old Red Sandstone was comprised of eastern North America, Greenland, and transalpine Europe, which were at that time joined as a single, tropical continent.  But tetrapod fossils soon appeared in other widely diverse locations.  The first tetrapods in China appear at 355 million years ago.[2]  China was at that time a series of large islands on the other side of the world, and was separated by a vast ocean.  The tetrapods also spread to Australia about the same time, as known from the discovery of Metaxygnathus.[3]  By 333 million years ago, tetrapods in Australia were diverse, advanced, and they represented those known elsewhere in the world.[4]  Interestingly, the tetrapods in Australia looked a lot like those in North America, implying that some kind of migration occurred.

     The wide distribution of terrestrial and fresh water tetrapods raises interesting questions on how migrations happened.  Ahlberg et al, who described the Australian specimen, suggest that the conventional wisdom concerning the position of the continents is just plain wrong, and that Australia was further north and nearly adjacent to Greenland.[5]  Daeschler pointed to the fact that early tetrapods existed on North America, Europe, Eurasia, and Australia; and therefore surmised that tetrapod migrations to such diverse locales must be explained either in terms of the tetrapods' abilities to navigate salt water oceans or by continental connections.[6]  Carroll submitted that they at least inhabited the coastal waters, pointing to the marine affinities of Tulerpeton.[7] 

     As a case in point, the proto-tetrapod-like lungfish Soederberghia has been found in southeastern Australia, which is on the other side of the world from Greenland, where it was first found.  Southeastern Australia was at that time located very close to the South Pole.  Greenland, in contrast, was smack dab on the equator, and halfway around the globe.  It is strange to find the same genus occupying such diverse ecosystems.  Moreover, this fish was confined to fresh water and estuaries.  We know because it is only found in fossil beds where marine invertebrates are lacking.  In the Devonian, there was a very large ocean separating Greenland on one hand from Australia on the other – the former being part of Old Red Sandstone and the latter being part of Gondwana.  How did this non-marine fish get across that ocean?

     Thulborn et al described North America, which was connected to Greenland, as being "virtually at the opposite pole of the Early Carboniferous globe" from Australia.  To overcome this, they asserted that Gondwana had already collided with North America, thus linking Old Red Sandstone to Gondwana, and that Australia was in a tropical location – somehow being positioned northeastward from its presumed near Antarctic position.[8] 

     Yet, if Australia was tropical, then Antarctica was temperate, since it was connected to Australia's southern edge at the time; and if Antarctica was temperate, then why don't we find tetrapods on Antarctica at that time?  Tetrapods took a lot longer to get to Antarctica, where they first appeared in the earliest Triassic, over 100 million years since they first appeared on Old Red Sandstone, China, and Australia.[9]  Moreover, the Carboniferous ice age scarred Antarctica with glaciers – hardly the mark of a temperate climate.  To surmount the Carboniferous ice age problem, it must be supposed that Australia-Antarctica sped southward from the tropics to the South Pole in about 20 or 25 million years – a speed much greater than that which hurled India into Tibet thus forming the Himalayas.  In terms of climate and the Antarctic fossil record, it is perhaps better to stick with the original map drawn by plate tectonics, which shows Antarctica near the South Pole, and hence Gondwana still a good ways south of Old Red Sandstone, not in collision with it.  This is more consistent with what we know of the Carboniferous era than supposing Australia was tropical.  If this more conventional map is accepted, then the tetrapods must have traversed cold ocean water to the other side of the world in Australia.

     Or, if cold ocean water be thought too harsh for them, they were airlifted by extraterrestrials. 

     If we assume that continental connections between Gondwana and Old Red Sandstone were already happening in the late Devonian, then why don't we find any early tetrapods in Africa?  The point of contact between the two super-continents happened along the Morocco-Appalachian mountain ranges, at a time when they were positioned in the tropics.  The tetrapod-rich fossil beds that are found in Pennsylvania and eastern Canada are lacking in northwestern Africa.  Where are the tetrapods of Morocco? 

     This problem can be submitted as evidence for a supernatural or extraterrestrial presence in distant antiquity, which transported living creatures to places they could not otherwise have traveled.

Read more about alien abduction in the fossil record.

The creationist narrative in Genesis 1 is contradicted by many ancient Christian texts.  Instead of an Almighty Creator God, ancient Christian texts espouse that the universe is born from blind arrogance and stupidity.  The angels caused evolution to occur from species to species.  There are many gods, (or aliens?), and the Christian God is just one among them.  Satan the Devil writes scripture, and thus the Bible was polluted with Genesis 1.  Archaeology and modern scholarship demonstrate that Genesis is indeed corrupted.  Cavemen walk with Adam and Eve.  Esoteric prophecies reveal the coming of Christ, and also reveal the dark forces that govern the cosmos.  Such are the ancient Christian writings.

Science vindicates the truth of these ideas.  Evolution often happens too fast for Darwin’s theory.  Gaps in the fossil record indicate that some kind of unnatural force acts together with natural selection.  Astrobiology reveals that intelligent life probably evolved long before us.  The fossil record reveals strange clues that aliens abducted species and transported them across oceans, and that DNA from diverse lineages was combined to spawn hybrid species.  Evidently, aliens influence evolution, and they are the gods of the world’s religions. 

This is not fiction.  All these facts are thoroughly documented in the links above.

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