Space and time mean nothing to them. Traversing the universe is like a drive across Texas to us...a bit long but easily doable. So as they travel around they make it a point to look for likely places to establish life, and 4.0 billion years ago they spot a solar system (in this case ours) forming off their port side. They pull a hard left and take it all in. At that point every protoplanet is as much a seething cauldron as the proto-Earth, so they sprinkle prokaryotes on all of them in the hope that one or more will allow them to flourish.

What the terraformers know is that if the prokaryotes ultimately prevail, then over time trillions of them will produce enough oxygen to, first, turn all of the cooling planet's free iron into iron-oxide (rust). Once that is done...after, say, a billion years (which, remember, means nothing to the terraformers) ...oxygen produced by the prokaryotes will be free to start saturating the waters of the seas and the atmosphere above. When enough of that saturation occurs (say, another billion years), the terraformers can begin to introduce increasingly more complex life forms to the planet.

This might include, for example, eukaryotes, Earth's second life form, another single-celled bacteria which clearly appeared (rather than evolved) just as suddenly as the prokaryotes at (surprise!) around 2.0 billion years ago. Eukaryotes are distinctive because they are the first life form with a nucleus, which is a hallmark of all Earth life except prokaryotes. We humans are eukaryotic creatures. But those second immigrants (which, like prokaryotes, exist today just as they did when they arrived) were much larger than their predecessors, more fragile, and more efficient at producing oxygen.

After establishing the first portion of their program, the terraformers wait patiently while the protoplanet cools enough for "real" life forms to be introduced. When the time is right, starting at around half a billion years ago, higher life forms are introduced by means of what today is called the "Cambrian Explosion." Thousands of highly complex forms appear virtually overnight, males and females, predators and prey, looking like nothing alive at present. This is what actually happened.

The terraformers continue to monitor their project. They notice Earth suffers periodic catastrophes that eliminate 50% to 90% of all higher life forms. (Such mass extinction events have in fact occurred five times, the last being the Cretaceous extinction of 65 million years ago, which wiped out the dinosaurs). They wait a few thousand years after each event while the planet regains its biotic equilibrium, then they restock it with new plants and animals that can make their way in the post-catastrophe environment. (This, too, is actually borne out by the fossil record, which scientists try to explain away with a specious addendum to Darwinism called "punctuated equilibrium.")

For as outrageous as the above scenario might seem at first glance, it does account for the real, true, literal evidence much better than either Darwinism or Creationism ever have...or ever will. This produces the bitterest irony of the entire debate. With pillars of concrete evidence supporting outside intervention as the modus for life's origins on Earth, the concept is ignored to the point of suppression in both scientific or religious circles. This is, of course, understandable, because to discuss it openly might give it a credibility neither side can afford at present. Both have their hands quite full maintaining the battle against each other, so the last thing either side wants or needs is a third wheel trying to crash their party. However, that third wheel has arrived and is rolling their way.

Interesting article by Loyd Pye. We shall look at why this third option seems to be the best, by showing what is wrong with the first two.

 
Evolution

1. MOON DUST
Meteoritic dust falls on the earth continuously, adding up to thousands, if not millions, of tons of dust per year. Realizing this, and knowing that the moon also had meteoritic dust piling up for what they thought was millions of years, N.A.S.A. scientists were worried that the first lunar ship that landed would sink into the many feet of dust which should have accumulated.
However, only about one-eight of an inch of dust was found, indicating a young moon.

Meteoritic material contributes nickel to the oceans. Taking the amount of nickel in the oceans and the supply from meteoritic dust yields an age figure for the earth of just several thousand years, not the millions (or billions) expressed by evolutionists. This, and the lack of meteoritic dust piles on the earth, lend to the belief in a young earth.



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