Challenge to YECs? Part 7

Challenge to YECs? Part 7


  • According to the evolution model, geographic isolation should play a significant role in the distribution of species worldwide. In keeping with this model, species that first evolved in a certain geographic setting and were restricted in their movement to other areas should be found naturally only in the areas in which they first appeared – even though there are no compelling reasons that they could not have survived elsewhere. The facts show that this is indeed the case. For example, overall there are some 13 families and about 180 unique species of marsupials found naturally only in Australia, New Zealand, and New Guinea. The only monotremes (egg laying mammals) are found in this geographical area and nowhere else. How does the YEC model explain, in scientific terms, the migration of these animals to the purported Ark prior to the Flood? (There is no evidence in the fossil record that any of these animals ever existed endemically in the Middle East.) Furthermore, how does the YEC model explain the subsequent migration (after the purported Flood) of these animals back to their original geographic locations? Particular emphasis should be placed on explaining how animals such as the flightless Kiwi and the blind marsupial mole (which lives only in sand) made the round trip and why faster moving placental animals are virtually absent from Australia.
  • Response: The expansion and contraction of the earth’s crust because of the water from under the earth’s crust coming up and then going back means that the motion of the tectonic plates had not completely stopped yet. How does one stop a moving continent? And because there were only certain number of animals that came off the Ark, if they happen to migrate to an area of land that was still in motion because the tectonic plates were still settling. Then they could one day find themselves separated from the rest of the animals that were on the original land mass the Ark had landed on. So being so few in number at that time this separation made the continents often species specific. Because how does the animal swim back, or those left behind swim to them?

Example: Let’s say the polar bear does not swim. Let’s say there are 5 species divided up by male and female of those who are compatible to reproduce. They live separate because they can tell who’s different and are not interesting in mingling. While on the ice one day the ice decides to separate. One species ends up living in one area of the ice while another drifts to a whole totally new area. But they are now totally separate and the two areas are now species specific.Also remember the continents were together at one time (super continent). Which means all land mass were together as well. So when the Ark landed these animals migrate and end up in different areas that later separate after the flood. So does the Bible support Pangaea theory? Yep. In the creation it is stated that the earth was covered totally with water.Genesis 1:2 And the earth was without form, and void; and darkness was upon the face of the deep. And the Spirit of God moved upon the face of the waters.The whole earth being covered with water during creation is confirmed when the water has to go underground before dry land can appear.Genesis 1:9 And God said, Let the waters under the heaven be gathered together unto one place, and let the dry land appear: and it was so.
10 And God called the dry land Earth; and the gathering together of the waters called he Seas: and God saw that it was good.
If water has to be removed somewhat so that land could “appear” means that the whole earth was covered during creation. Because you cannot make something appear if it’s already there. And because this was the first expansion of the earth’s crust, this is what left the evidence of the Pangaea super continent. The flood which was the “first contraction” of the tectonic plates pushed up the mountains that we now observe. This is because when the water came up from under the earth’s crust there was nothing there supporting the plates anymore so they come back together forming one solid earth while pushing up mountains. But the cracks from the first expansion were still there. And when the water seep back into what was now very hot, steamed formed making pressure which pushed the tectonics plates back apart allowing water to come back in to be underground again. Once the water pressure equalized between above ground and below ground the extreme pressure made the boiling point of the water go high enough that the boiling and steam stopped and so did the expansion of the tectonic plates. But while the water was flowing into the underground areas the pressures were not high enough so the steam continued to push the plates apart. What made the pressures less during this time was that the expansion acted like a syringe. The plunger being pulled back to suck the liquid inward has to create somewhat of a vacuum to do this. Just like the expanding plates opening faster than the water could flow into it would do the same thing. This is because water has a viscosity to it which means it also has a “flow rate”. This can be demonstrated by pouring water through a funnel. According to how big the smallest end is determines the flow rate because of the water viscosity (how thick it is as a liquid).
But because this brought up more molten rock to the surface to cover the area that has now expanded. There was not enough solid-cooled down molten rock in the earth’s crust yet to stop the tectonic plates from moving like they were floating. What this allowed for was continental drift. So when the animals from the flood got onto certain land masses while migrating that were still drifting, they became separated from the original group making that particular continent only have the species that happened to migrate to that land mass before it drifted away. Once that molten rock hardened enough, and in the amount needed. The continents drift slowed up to what we observe today and the continents basically drifted to their current positions. So the hardening molten rock acted as a type of braking system slowing up the continental drift over the years. What would also help in the slowing of the tectonic plates movements is the gravitational pull of the moon as it orbits and the pull of the sun.This video, which has nothing to do with creation, pretty much sums up how the earth expands and contracts when water exists and then is removed.


Neal Adams, who made this video animation, did not realize his idea fits perfectly with the creation model. Because to make the earth smaller water has to be removed from under the crust and between the land masses. And as you watch the earth shrink in the animation notice how the water disappears. In the creation and flood model this is what the land masses would look like under the water. And this is something that most evolutionists forget is the earth will shrink when the water from underneath the crust is removed. But then you might say: There is not enough water under the crust to make the earth shrink that much. And if you assume that you would be wrong.Research done on the upper mantle of the earth has found that a mineral called “wadsleyite” holds about 3% of water by weight. This may not seem like much until you do the math on how much wadsleyite there is. The amount of water works out to be 30 oceans worth. More than enough to flood well beyond the highest mountain, and make the earth expand and contract as much as shown in the animation.

  • The now extinct flightless dodo bird existed only on an island in the Indian Ocean. The slow-moving three-toed sloth, armadillos, new world monkeys, jaguars, rattlesnakes, and indigenous cacti exist only in the Americas. The speed-challenged and clumsy giant spiny anteater exists only in New Guinea. The Gila monster exists only in the American Southwest, although it should be equally at home in the deserts of the Middle East (as should be cacti and rattlesnakes). The flightless cormorant lives only in the Galapagos and the penguins live in Antarctica. Fossas and lemurs are endemic to Madagascar, but no monkeys or cats naturally inhabit this area. Lungfishes, ostrich-like birds (ratite birds), and leptodactylid frogs occur naturally only in South America, Africa, and Australia. Alligators, some related species of giant salamander, and magnolias occur naturally only in Eastern North America and East Asia (these two continents were once in close proximity on the Laurasian contintent). As above, describe how the YEC model provides a scientific explanation for the migration of these types of species to and from their specific areas of habitation before and after the Flood. Explain also why species are not distributed evenly amongst the habitats for which they are equally well adapted. In particular, explain in terms of the YEC model why there are no elephants on any Pacific islands, no rattlesnakes or indigenous cacti in Australia or the Sahara desert, and no amphibians on remote islands.
  • Response: The last response answered this question. But I will take this a step further to prove my point. Because of the flood there should be a dispersion of all seeds all around the planet. This would not be like the last response where areas became species specific due to continent separation. The plant dispersion and survival would be based more on its ability to survive in the area its seeds ended up in. So we would expect to see plants growing according to its ability to survive in that climate so the mixture of species would not be as much continent specific as animal life. And that is what we see.

Also the flood would explain such huge movement in the tectonic plates that would allow plants to be found in areas today that they could have never survived in. Such as palm trees found buried in ice. Plants and animals found buried near the poles that only lived in warm climate and could have never survived the cold climate. Only movement of the plates due to a flood could displace things like that.

  • The earth consists of distinctive geographic regions, each characterized by the presence of various organisms which have evolved to fill those niches. If one studies a species across its geographic range, it is frequently observed that it varies from place to place. Sometimes the extreme representatives of this variable sequence even meet in close proximity. For example, the herring gulls and the black-backed gulls coexist in Britain. Although these species do not interbreed, they are connected in a series of interbreeding populations that extend around the North Pole. The populations immediately west of Britain look similar to herring gulls. Moving in a clock-wise direction around the North Pole, the populations gradually start looking more and more like black-backed gulls and less and less like herring gulls. Their black-backed traits become predominant near Siberia. The evolution of these two distinct species can be traced by simply observing sequential morphological changes in populations throughout their range. A similar relationship is observed with the Ensatina salamanders of the Pacific coast.
  • Response: Birds are actually a bad example for the specific reason that these birds can migrate thousands of miles over water and land. Their migration places them where they are, unlike land animals who would be restricted from moving across thousands of mile of water. So it does not mean one species of bird bread off another because they happen to live next to each other. Their migration drive is also fed by the need to breed. For if their migration habits were different and they did not live together then this conclusion could not be made. Or the interpretation would be different just to make the conclusion conform to how evolution works. Conformism is not science.
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