Editing User talk:Scittery Leaves23
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*While I'm not sure if I recall ''Pikmin 3'' saying that it's 10 million years in the future, I'll take your word for it. Even so, regular evolution based on mutations to genes would be over the course of time would probably not be able to bring a spider beetle to an Arachnorb, simply because, looking at real-life evolution, it is difficult for mutations to actually eliminate body parts. While it could lead to the great size we see in Arachnorbs, it would likely not be able to completely get rid of, as I think I noted in the post, two legs, the wings, the antennae, and the eyes. If evolution did occur normally, these parts would likely end up as vestigial structures, body parts that lose their initial function as evolution takes place, like the appendix on humans. So the Beady Long Legs, for example, would have wings made useless because of its new size and shape, or antennae unable to feel anything, or at the very least, evidence of these structures once existing. | *While I'm not sure if I recall ''Pikmin 3'' saying that it's 10 million years in the future, I'll take your word for it. Even so, regular evolution based on mutations to genes would be over the course of time would probably not be able to bring a spider beetle to an Arachnorb, simply because, looking at real-life evolution, it is difficult for mutations to actually eliminate body parts. While it could lead to the great size we see in Arachnorbs, it would likely not be able to completely get rid of, as I think I noted in the post, two legs, the wings, the antennae, and the eyes. If evolution did occur normally, these parts would likely end up as vestigial structures, body parts that lose their initial function as evolution takes place, like the appendix on humans. So the Beady Long Legs, for example, would have wings made useless because of its new size and shape, or antennae unable to feel anything, or at the very least, evidence of these structures once existing. | ||
*You raise an interesting point here. Olimar notes that "the egg sac of the largest female grub-dog within a given range swells to dramatic proportions in response to environmental changes", so we know that it starts off as a normal grub-dog, and henceforth, the other females of the species look very similar to Bulborbs. Also, since Olimar refers to the family, not the exact species, the same could be true for all grub-dogs, Red Bulborbs included. Or it could just be an oversight, since, at the same time, Bulborb Larva aren't the same species as Empress Bulblax, which makes... no sense. | *You raise an interesting point here. Olimar notes that "the egg sac of the largest female grub-dog within a given range swells to dramatic proportions in response to environmental changes", so we know that it starts off as a normal grub-dog, and henceforth, the other females of the species look very similar to Bulborbs. Also, since Olimar refers to the family, not the exact species, the same could be true for all grub-dogs, Red Bulborbs included. Or it could just be an oversight, since, at the same time, Bulborb Larva aren't the same species as Empress Bulblax, which makes... no sense. | ||