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Agreed the title should include the year of the article: 1995. It is reacting to the book "The Bell Curve" which was published in 1994. The wikipedia article is
by wiremine 8y ago
Agreed the title should include the year of the article: 1995. It is reacting to the book "The Bell Curve" which was published in 1994. The wikipedia article is here:
https://en.wikipedia.org/wiki/The_Bell_Curve https://en.wikipedia.org/wiki/The_Bell_Curve
TL;DR; White people are genetically smarter than black people.
(To be transparent: I'm a white father to a black daughter... the book is bull shit IMHO)
That said: If you enjoy genetics, I'd recommend "A Brief History of Everyone Who Ever Lived", which uses actual science and is much more recent:
https://www.goodreads.com/book/show/30135182-a-brief-history-of-everyone-who-ever-lived https://www.goodreads.com/book/show/30135182-a-brief-history...
The author's style is entertaining and insightful, although a bit flowery. As a reviewer on Good Reads mentioned "That was very... British."
- sebastos 8y agoFor anyone that's curious, the actual point of The Bell Curve is that modern society's knowledge economy increasingly rewards IQ, so we should be careful not to create a world that conflates "high IQ" with "good person", since you don't really get to choose your IQ. Then it goes on to try and bolster the case that picking winners based on IQ could have unforeseen negative consequences. In that setting, there is a chapter that claims that this IQ-centered culture would disadvantage certain races more than others, since there are differences between average IQ when you divide people into groups based on their race. The question of heritability arises because the authors want to argue that these differences might persist for an arbitrarily long time if they are not strictly environmental. To support this possibility, they give their interpretation of the data on this topic: that the expressed IQ differences are likely at least partially genetic. The article OP posted argues that this is not a parsimonious explanation of what we see. The author points out that heredity and genetic determination are not synonymous, and reminds that there are a number of results that suggest environmental effects can strongly influence group IQ. Further, we cannot de-conflate the effects of passive vs. active covariance between environmental and inherited effects. An example of the these two categories is the difference between: (Passive) "Children with high musical ability tend to be born into families that will give their child lots of music lessons" and (Active) "Parents tend to give their children more music lessons if they demonstrate high musical ability early in childhood" where in both these cases an inherited trait (natural musical ability) created a double-whammy environmental effect. The former is easier to control for, but the latter requires a domain-specific hypothesis to isolate. (I'm not sure I completely followed the article here, but this is the best summary I can give.)
- towaway1138 8y agoThanks for the links. At least according to the APA, there apparently is a difference in group means, though no one knows why: https://en.wikipedia.org/wiki/Intelligence:_Knowns_and_Unknowns https://en.wikipedia.org/wiki/Intelligence:_Knowns_and_Unkno... But, so what? This is at most a scientific curiosity. There's no rational (let alone ethical) reason to treat people differently based on the distributions of the myriad groups they happen to be a part of. That's why we take people as we find them, as individuals, not as members of their various trait groups. Getting people to care about this is a lot more important than IQ trivia.