Carbon-14 Dating is not accurate.

The "problems" you have with carbon 14 dating are reasonable, they're just not actually problems....maybe they're more like confusions. Either way... You say "This disturbance [of a dead organism] could occur from sources of radiation in the earth such as uranium. The closer a substance is to uranium the more Carbon-14 there will be, thus making it inaccurate." Uranium is weakly radioactive, and what's great for radiometry is that its isotope has like a 4 billion year half life so it can be detected and measured within the samples you're worried about it contaminating. I agree radon could influence the Carbon 14 in the organism, because radon is quite radioactive, but luckily there's way more carbon 14 transfer than radon transfer in a given environment thanks to the carbon-nitrogen-oxygen cycle. An organism's exposure to radon is a possibility; an organism's exposure to carbon 14 is a necessity. Radon is a decay of radium which is really only found in uranium ore, and with uranium's isotope's long half life, we would see it in a sample and could account for contamination. We could guess what elements a living sample was exposed to, or we can be very certain that it had to absorb carbon 14 during its life because of the ubiquitous CNO cycle and requirements to live. Even still if we let the radon disturb the carbon 14, and let the bacteria absorb carbon 14 from a dead organism before it was fossilized, we have other organisms and geological strata from the same environment that we can radiometrically date--not just carbon dating--to comparatively verify. If carbon dating is inaccurate, then it would not yield similar numbers of known-aged-geological-strata near the organism's fossil site. But it does. Google the Two Creeks Fossil Forest where this was the case. Or http://www.sciencedirect.com... Yes, organisms' carbon 14 levels match the amount in the atmosphere by way of directly or indirectly eating plants. That is to say a frog indirectly eats the plant by eating the fly who directly eats the plant. Plants absorb carbon 14 from the atmosphere, and, when eaten, transfer Carbon 14 so efficiently that humans share the same concentration of carbon 14 as the atmosphere even if we're only indirectly eating plants. Seriously? That's incredible! It's like part of the atmosphere is flooding us from the inside it's so dominant. So it's logical to say that if you found several fossilized remains, and they all yielded the same carbon 14 levels, it was the case for the atmosphere at the time of fossilization. http://www.rerowland.com... You said "Carbon-14/Carbon-12 ratio in the atmosphere at the given time it died...changes as time goes on, and there is even abaration in our own atmosphere." It doesn't matter what the carbon ratio in the atmosphere was at the time of death of the organism, it matters what the carbon ratio of the atmosphere was at the time of fossilization. So if you had plants who were fossilized alive as it were, the carbon 14 levels in the plants are an indicator of the carbon 14 levels in the atmosphere at the time of fossilization. Yeah sure some bacteria could have been fossilized with the plant, but then were quickly replaced by minerals from fossilization. Now let's imagine you have plant fossils and animal fossils yielding the same amount of decayed carbon 14. Even if the animal died 3 months before fossilization, the decayed carbon 14 levels match with the plant that was fossilized alive, and therefore indicate what the atmosphere was like at the time of fossilization. Work the fixed half lives for decayed carbon 14 back to carbon 14, and you have the levels of carbon 14 in the atmosphere at the time of fossilization. Even if the atmosphere's carbon 14 levels change, which they do, so do the carbon 14 levels of plants that aren't fossilized yet. So whenever we get a plant fossil it's like a recording of the atmosphere at the time of fossilization.