Doing some back of the envelope calculations we can see how much original DNA is in the current incarnation of Amaura. Presuming cells weighing approximately the same as humans (1 nanogram) a 25.2 kilogram pokemon has 2.52e+13 cells and presuming human base pairs 3 billion genes per cell gives us 7.56e+22. DNA has a halflife of 512 years and the pokemon has been dead for 100 million that is 195312 half lives so 7.56e+22(1/2)^195312 and my calculator just crashed, looks like Amaura is all new DNA
Thanks for doing those calculations! The decomposition rate (half life) of DNA is the main problem with reviving fossils, and the reason why we haven’t opened a real Jurassic Park yet. Fossils are not the real tissue of the creature, anyways; it’s nothing more than a rock. So, the DNA from fossil pokémon must have been preserved from other means. For example, scientists have successfully extracted mammoth DNA from a frozen specimen. More controversially, soft tissue found from a T. Rex might contain traces of DNA as well, that have managed to survive for millions of years through other means.
So dino-cloning is definitely not possible in our world (yet), but that doesn’t mean all scientific credibility is lost for pokémon (yet).
Thanks!
-Professor Julie










