Reploid Productions wrote:
The rest of your post was fine, the inclusion of this goes straight into flaming/flamebaiting. You can make your arguments without insulting insinuations about your opponents' intelligence. I recommend you review the site rules at your earliest convenience.
You just didn't understand the meme format. Here's another example of it.
This template is not always about the intelligence of the subject, it is always about incoherence between question and response. It is the Kafka-esque situation of two people posting copypasta at each other and the synthetic impression that they are sort of communicating, when they are just both emitting messages in the same space.
Anyway, I think Picairn has above average intelligence, that he isn't using it effectively for anything, and that he has an immature personality which overrides it into futile ends. An actual baby would be incantevole, pleasant and full of limitless potential.
Picairn wrote:Haven't I told you that phenotypes thought to be "inherent" within a race are present in other races? And that only 7.4% of over 4,000 alleles are unique to one region, in 1% of that region's population?
You're looking for the frequency of expression itself, not simply any above-zero frequency.
Picairn wrote:Meanwhile, all living humans belong to the same species: Homo Sapiens. Dumbest comparison ever.
You use this same method for plants belonging to the same described species group. You would do this, for example, for different breeds of corn. If you have two populations of corn, and one is almost always blue, and the other is almost always yellow, you can say that they are morphologically distinct populations because of the difference in the frequency of expression of the genes controlling for this property, even though both genes for both properties have above-zero frequencies in both populations, and so do not represent regionally distinct alleles. You might find a specimen from one group that has the morphology more frequent in the other one. These would still be identifiable as distinct populations of corn.