Different layers of rock Layers of yummy chocolate cake
I love to bake, not regular food, but anything sweet, especially when it’s chocolate. Have you seen the cake that looks like the death star from Star Wars? I haven’t tried to make that one yet, but it looks amazing. Recently, I was thinking how the earth is like a gigantic death star cake (no, I don’t have too much time on my hands, but this weird stuff just floats through my head all the time). Anyway, go with me on this, you’ve all made mud pies before, right? Same thing.
So the layers in the cake are the different rock formations (sandstone, shale, limestone, etc.). Although the cake above isn’t the death star, I hope you can see the similarities? And if you bake a cake one layer at a time, you know the bottom layers were created first, followed by the next layer and then the layer on top and it’s the same with rocks. What we see on the surface of the earth are the last layers laid down, or the youngest layers. We know they are the youngest, but does anything about the layers tell us how long it took to bake the cake? Nope. And neither does the existence of rock layers tell us how long they took to form. Rocks don’t come with a year stamped on them and the supposed dates obtained from radiometric age dating have serious problems (more on this in future posts). Which leaves us with more questions than answers. Questions like:
Why do we find rocks stratified by fossil animals? Evolutionists will tell you that we find more primitive animals at the bottom of the strata (rock layers) because they are the ancestors of those higher in the strata. Seems to make sense, right? Unless there’s a different explanation.
If a global flood happened today, on the scale of Noah’s flood, we’d likely see the same fossils in the same rock layers after it was over. Not because the animals are related, but because they live in different habitats. The sea bottom dwelling creatures live at lower elevations and during a flood, they would be overwhelmed and smothered by mud. Amphibians live at a slightly higher elevation, but must stay close to water in order to breed, so they would be in layers just above the lower sea life. Reptiles and mammals would likely run to higher ground and then float after death, causing them to be found in higher rock layers. The only humans who would survive a violent flood like this today would be those on an aircraft carrier or maybe a submarine. In Noah’s time, no other humans, besides him, had seen the need to build a huge boat like the ark.
So, we would see much the same sequence of rocks with the same fossils of animals that weren’t related, just buried in sequence based on habitat.
Are there any fossils that cross over? Yes, but when geologists find a fossil which doesn’t belong, they typically call it in-fill from the layers above or they might say the whole sequence has been re-worked (meaning eroded and stirred up). Why do they believe the sequence was re-worked? Because the fossils are out of order. They are forced into this type of circular reasoning because there is no way to explain how those fossils got there without invalidating the theory of evolution.
What do you think? Which explanation for the distribution of fossils makes sense to you? One or both of them?
Photo Credits: Rock formation: ID 25013280 © Rixie | Dreamstime.com, Cake: ID 11609930 © Adina Chiriliuc | Dreamstime.com