The comment section of future articles will be moderated more strictly to keep the conversations on-topic.
Going forward, all off-topic discussions should take place in this thread and future open threads.
27 Tuesday Feb 2018
Posted in Uncategorized
The comment section of future articles will be moderated more strictly to keep the conversations on-topic.
Going forward, all off-topic discussions should take place in this thread and future open threads.
22 Thursday Feb 2018
Posted in Uncategorized
[Note from Pumpkin Person, feb 22, 2018: The following is a guest article by Race Realist and does not necessarily reflect the views of Pumpkin Person. Out of respect for the author, please try to keep all comments on-topic. I understand conversations naturally evolve but at least start on topic]
Lead has many known neurological effects on the brain (regarding the development of the brain and nervous system) that lead to many deleterious health outcomes and negative outcomes in general. Including (but not limited to) lower IQ, higher rates of crime, higher blood pressure and higher rates of kidney damage, which have permanent, persistent effects (Stewart et al, 2007). Chronic lead exposure, too, can “also lead to decreased fertility, cataracts, nerve disorders, muscle and joint pain, and memory or concentration problems” (Sanders et al, 2009). Lead exposure in vitro, infancy, and childhood can also lead to “neuronal death” (Lidsky and Schneider, 2003). While epigenetic inheritance also playing a part (Sen et al, 2015). How do blacks and whites differ in exposure to lead? How much is the difference between the two races in America, and how much would it contribute to crime? On the other hand, China has high rates of lead exposure, but lower rates of crime, so how does this relationship play out with the lead-crime relationship overall? Are the Chinese an outlier or is there something else going on?
The effects of lead on the brain are well known, and numerous amounts of effort have been put into lowering levels of lead in America (Gould, 2009). Higher exposure to lead is also found in poorer, lower class communities (Hood, 2005). So since higher levels of lead exposure are found more often in lower-class communities, then blacks should have blood-lead levels than whites. This is what we find.
Blacks had a 27 percent higher concentration of lead in their tibia, while having significantly higher levels of blood lead, “likely because of sustained higher ongoing lead exposure over the decades” (Theppeang et al, 2008). Other data—coming out of Detroit—shows the same relationships (Haar et al, 1979; Talbot, Murphy, and Kuller, 1982; Lead poisoning in children under 6 jumped 28% in Detroit in 2016; also see Maqsood, Stanbury, and Miller, 2017) while lead levels in the water contribute to high levels of blood-lead in Flint, Michigan (Hanna-Attisha et al, 2016; Laidlaw et al, 2016). Cassidy-Bushrow et al (2017) also show that “The disproportionate burden of lead exposure is vertically transmitted (i.e., mother-to-child) to African-American children before they are born and persists into early childhood.”
Children exposed to lead have lower brain volumes as children, specifically in the ventrolateral prefrontal cortex, which is the same region of the brain that is impaired in antisocial and psychotic persons (Cecil et al, 2008). The community that was tested was well within the ‘safe’ range set by the CDC (Raine, 2014: 224), though the CDC says that there is no safe level of lead exposure. There is a large body of studies which show that there is no safe level of lead exposure (Needleman and Landrigan, 2004; Canfield, Jusko, and Kordas, 2005; Barret, 2008; Rossi, 2008; Abelsohn and Sanborn, 2010; Betts, 2012; Flora, Gupta, and Tiwari, 2012; Gidlow, 2015; Lanphear, 2015; Wani, Ara, and Usmani, 2015; Council on Environmental Health, 2016; Hanna-Attisha et al, 2016; Vorvolakos, Aresniou, and Samakouri, 2016; Lanphear, 2017). So the data is clear that there is absolutely no safe level of lead exposure, and even small effects can lead to deleterious outcomes.
Further, one brain study of 532 men who worked in a lead plant showed that those who had higher levels of lead in their bones had smaller brains, even after controlling for confounds like age and education (Stewart et al, 2008). Raine (2014: 224) writes:
The fact that the frontal cortex was particularly reduced is very interesting, given that this brain region is involved in violence. This lead effect was equivalent to five years of premature aging of the brain.
So we have good data that the parts of the brain that relate to violent tendencies are reduced in people exposed to more lead had the same smaller parts of the brain, indicating a relationship. But what about antisocial disorders? Are people with higher levels of lead in their blood more likely to be antisocial?
Needleman et al (1996) show that boys who had higher levels of lead in their blood had higher teacher ratings of aggressive and delinquent behavior, along with higher self-reported ratings of aggressive behavior. Even high blood-lead levels later in life is related to crime. One study in Yugoslavia showed that blood lead levels at age three had a stronger relationship with destructive behavior than did prenatal blood lead levels (Wasserman et al, 2008); with this same relationship being seen in America with high blood lead levels correlating with antisocial and aggressive behavior at age 7 and not age 2 (Chen et al 2007).
Nevin (2007) showed a strong relationship between preschool lead exposure and subsequent increases in criminal cases in America, Canada, Britain, France, Australia, Finland, West Germany, and New Zealand. Reyes (2007) also shows that crime increased quicker in states that saw a subsequent large decrease in lead levels, while variations in lead levels within cities correlating with variations in crime rates (Mielke and Zahran, 2012). Nevin (2000) showed a strong relationship between environmental lead levels from 1941 to 1986 and corresponding changes to violent crime twenty-three years later in the United States. Raine (2014: 226) writes (emphasis mine):
So, young children who are most vulnerable to lead absorption go on twenty-three years later to perpetrate adult violence. As lead levels rose throughout the 1950s, 1960s, and 1970s, so too did violence correspondingly rise in the 1970s, 1980s and 1990s. When lead levels fell in the late 1970s and early 1980s, so too did violence fall in the 1990s and the first decade of the twenty-first century. Changes in lead levels explained a full 91 percent of the variance in violent offending—an extremely strong relationship.
[…]
From international to national to state to city levels, the lead levels and violence curves match up almost exactly.
But does lead have a causal effect on crime? Due to the deleterious effects it has on the developing brain and nervous system, we should expect to find a relationship, and thus relationship should become stronger with higher doses of lead. Fortunately, I am aware of one analysis, a sample that’s 90 percent black, which shows that with every 5 microgram increase in prenatal blood-lead levels, that there was a 40 percent higher risk of arrest (Wright et al, 2008). This makes sense with the deleterious developmental effects of lead; we are aware of how and why people with high levels of lead in their blood show similar brain scans/brain volume in certain parts of the brain in comparison to antisocial/violent people. So this is yet more suggestive evidence for a causal relationship.
Jennifer Doleac discusses three studies that show that blood-lead levels in America need to be addressed, since they are related strongly to negative health outcomes.Aizer and Curry (2017) show that “A one-unit increase in lead increased the probability of suspension from school by 6.4-9.3 percent and the probability of detention by 27-74 percent, though the latter applies only to boys.” They also show that children who live nearer to roads have higher blood-lead levels, since the soil near highways was contaminated decades ago with leaded gasoline. Fiegenbaum and Muller (2016) show that cities’ use of lead pipes increased murder rates between the years o921 and 1936. Finally, Billings and Schnepnel (2017: 4) show that their “results suggest that the effects of high levels of [lead] exposure on antisocial behavior can largely be reversed by intervention—children who test twice over the alert threshold exhibit similar outcomes as children with lower levels of [lead] exposure (BLL<5μg/dL).
A relationship with lead exposure in vitro and arrests at adulthood. The sample was 90 percent black, with numerous controls. They found that prenatal and post-natal blood-lead exposure was associated with higher arrest rates, along with higher arrest rates for violent acts (Wright et al, 2008). To be specific, for every 5 microgram increase in prenatal blood-lead levels, there was a 40 percent greater risk for arrest. This is direct causal evidence for the lead-causes-crime hypothesis.
One study showed that in post-Katrina New Orleans, decreasing lead levels in the soil caused a subsequent decrease in blood lead levels in children (Mielke, Gonzales, and Powell, 2017). Sean Last argues that, while he believes that lead does contribute to crime, that the racial gaps have closed in the recent decades, therefore blood-lead levels cannot be a source of some of the variance in crime between blacks and whites, and even cites the CDC ‘lowering its “safe” values’ for lead, even though there is no such thing as a safe level of lead exposure (references cited above). White, Bonilha, and Ellis Jr., (2015) also show that minorities—blacks in particular—have higher rates of lead in their blood. Either way, Last seems to downplay large differences in lead exposure between whites and blacks at young ages, even though that’s when critical development of the mind/brain and other important functioning occurs. There is no safe level of lead exposure—pre- or post-natal—nor are there safe levels at adulthood. Even a small difference in blood lead levels would have some pretty large effects on criminal behavior.
Sean Last also writes that “Black children had a mean BLL which was 1 ug/dl higher than White children and that this BLL gap shrank to 0.9 ug/dl in samples taken between 2003 and 2006, and to 0.5 ug/dl in samples taken between 2007 and 2010.” Though, still, there are problems here too: “After adjustment, a 1 microgram per deciliter increase in average childhood blood lead level significantly predicts 0.06 (95% confidence interval [CI] = 0.01, 0.12) and 0.09 (95% CI = 0.03, 0.16) SD increases and a 0.37 (95% CI = 0.11, 0.64) point increase in adolescent impulsivity, anxiety or depression, and body mass index, respectively, following ordinary least squares regression. Results following matching and instrumental variable strategies are very similar” (Winter and Sampson, 2017).
Naysayers may point to China and how they have higher levels of blood-lead levels than America (two times higher), but lower rates of crime, some of the lowest in the world. The Hunan province in China has considerably lowered blood-lead levels in recent years, but they are still higher than developed countries (Qiu et al, 2015). One study even shows ridiculously high levels of lead in Chinese children “Results showed that mean blood lead level was 88.3 micro g/L for 3 – 5-year-old children living in the cities in China and mean blood lead level of boys (91.1 micro g/L) was higher than that of girls (87.3 micro g/L). Twenty-nine point nine one percent of the children’s blood lead level exceeded 100 micro g/L” (Qi et al, 2002), while Li et al (2014) found similar levels. Shanghai also has higher levels of blood lead than the rest of the developed world (Cao et al, 2014). Blood lead levels are also higher in Taizhou, China compared to other parts of the country—and the world (Gao et al, 2017). But blood lead levels are decreasing with time, but still higher than other developed countries (He, Wang, and Zhang, 2009).
Furthermore, Chinese women, compared to American women, had two times higher BLL (Wang et al, 2015). With transgenerational epigenetic inheritance playing a part in the inheritance of methylation DNA passed from mother to daughter then to grandchildren (Sen et al, 2015), this is a public health threat to Chinese women and their children. So just by going off of this data, the claim that China is a safe country should be called into question.
Reality seems to tell a different story. It seems that the true crime rate in China is covered up, especially the murder rate:
In Guangzhou, Dr Bakken’s research team found that 97.5 per cent of crime was not reported in the official statistics.
Of 2.5 million cases of crime, in 2015 the police commissioner reported 59,985 — exactly 15 less than his ‘target’ of 60,000, down from 90,000 at the start of his tenure in 2012.
The murder rate in China is around 10,000 per year according to official statistics, 25 per cent less than the rate in Australia per capita.
“I have the internal numbers from the beginning of the millennium, and in 2002 there were 52,500 murders in China,” he said.Instead of 25 per cent less murder than Australia, Dr Bakken said the real figure was closer to 400 per cent more.”
Guangzhou, for instance, doesn’t keep data for crime committed by migrants, who commit 80 percent of the crime in this province. Out of 2.5 million crimes committed in Guangzhou, only 5,985 crimes were reported in their official statistics, which was 15 crimes away from their target of 6000. Weird… Either way, China doesn’t have a similar murder rate to Switzerland:
The murder rate in China does not equal that of Switzerland, as the Global Times claimed in 2015. It’s higher than anywhere in Europe and similar to that of the US.
China also ranks highly on the corruption index, higher than the US, which is more evidence indicative of a covered up crime rate. So this is good evidence that, contrary to the claims of people who would attempt to downplay the lead-crime relationship, that these effects are real and that they do matter in regard to crime and murder.
So it’s clear that we can’t trust the official Chinese crime stats since there much of their crime is not reported. Why should we trust crime stats from a corrupt government? The evidence is clear that China has a higher crime—and murder rate—than is seen on the Chinese books.
Lastly, effects of epigenetics can and do have a lasting effect on even the grandchildren of mothers exposed to lead while pregnant (Senut et al, 2012; Sen et al, 2015). Sen et al (2015) showed lead exposure during pregnancy affected the DNA methylation status of the fetal germ cells, which then lead to altered DNA methylation on dried blood spots in the grandchildren of the mother exposed to lead while pregnant.—though it’s indirect evidence. If this is true and holds in larger samples, then this could be big for criminological theory and could be a cause for higher rates of black crime (note: I am not claiming that lead exposure could account for all, or even most of the racial crime disparity. It does account for some, as can be seen by the data compiled here).
In conclusion, the relationship between lead exposure and crime is robust and replicated across many countries and cultures. No safe level of blood lead exists, even so-called trace amounts can have horrible developmental and life outcomes, which include higher rates of criminal activity. There is a clear relationship between lead increases/decreases in populations—even within cities—that then predict crime rates. Some may point to the Chinese as evidence against a strong relationship, though there is strong evidence that the Chinese do not report anywhere near all of their crime data. Epigenetic inheritance, too, can play a role here mostly regarding blacks since they’re more likely to be exposed to high levels of lead in the womb, their infancy, and childhood. This could also exacerbate crime rates, too. The evidence is clear that lead exposure leads to increased criminal activity, and that there is a strong relationship between blood lead levels and crime.
19 Monday Feb 2018
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Commenter Tvrtko writes:
P.P. what would be Marx’s IQ? I’d like to know what you estimate is the intelligence of the Left’s main deity.
On Michael Hart’s list of the 100 most influential people of all time, Marx is the second highest ranked Ashkenazi Jewish academic behind only Albert Einstein.
How exceptional does that make him? To answer that question, we need to know how many Ashkenazi Jews have ever lived. If you believe Greg Cochran et al (and some of you don’t), biological Ashkenazi Jews as we know them today did not full emerge until about 1700.
About 20 billion people have lived since 1650. If we conservatively assume based on current demographics, that Ashkenazim are only 0.14% of all humans in this era, then 28 million Ashkenazi Jews have ever lived, and Marx being the second only to Einstein, would be at the one in 14 million level in scholarly success.
If there were a perfect correlation between IQ and scholarly success, this would put Marx’s IQ about 79 points above the average Ashkenazim, but since the correlation was about 0.7 in national samples (though it’s shrunk in recent decades), and assuming roughly the same correlation and variance in Ashkenazim, this implies an IQ that is 0.7(79) = 55 points higher than the average Ashkenazim, and since Ashkenazim average about 110 (when the white mean is set at 100) an IQ of 165 is implied (95% confidence interval 144 to 186).
However because Ashkenazim come from an intellectual culture, they likely over-perform their true ability on IQ tests to some degree, so I’d round Marx down to 160; which is still absurdly high (only one in 30,000 whites score this high).
Tvrtko correctly describes Marx as a deity of the left which is ironic because he was arguably alt-right. Unlike the right who hate the poor (including blacks) and the left who hate the rich (including Jews), Marx like many alt-righters has been accused of hating both.
Even though Marx is considered the poster body for political correctness (cultural Marxism), he was anything but, and while like most leftists, regarded the rich as parasitic, he also viewed many members of the underclass this way too, referring to them as the lumpenproletariat though it’s unclear if this was an attack on their class, or their lack of class consciousness. If it’s the former, it’s a right-wing view, but if Marx was merely calling certain members of the underclass “class traitors”, he’s a typical leftist.
14 Wednesday Feb 2018
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The brilliant Bruno writes:
Chomsky has much more than 125 and a huge creativity ability. In linguistics theory, he is a master . Like Gärdenfors or Davidson for semantics. And Stalnaker for syntax .
This reminds me that I promised I would do an article on Noam Chomsky’s IQ.
Chomsky is arguably the most academically successful Jew of his generation. In 1992, MIT news reported:
Recent research on citations in three different citation indices show that Professor Chomsky is one of the most cited individuals in works published in the past 20 years.
In fact, his 3,874 citations in the Arts and Humanities Citation Index between 1980 and 1992 make him the most cited living person in that period and the eighth most cited source overrall–just behind famed psychiatrist Sigmund Freud and just ahead of philosopher Georg Hegel.
Indeed, Professor Chomsky is in illustrious company. The top ten cited sources during the period were: Marx, Lenin, Shakespeare, Aristotle, the Bible, Plato, Freud, Chomsky, Hegel and Cicero.
In 2005 he was voted the World’s top public intellectual.
Chomsky is part of the Silent Generation, one of the 58 million Americans born from 1925 to 1945. In 2013 it was estimated that Jews are 3.3% of U.S. adults, if Jewish is defined as having at least one Jewish parent or being raised Jewish, even if you now have another religion. Only 55% of this 3.3% is Jewish by religion.
We don’t know how many Americans were Jewish in Chomsky’s day, but in 1957, 3.2% of Americans 14 or older were Jewish by religion, and assuming even back then, Jews by religion were 55% of the Jewish population, then the total Jewish population was 5.8% of America.
Assuming they were also 5.8% of the Silent Generation, and assuming Chomsky is the most academically successful Jew of his generation, that puts him in the top one in 3.4 million level among U.S. Jews in academic success. If there were a perfect correlation between IQ and academic success, and assuming Jews have the same IQ variance as Whites, this would imply Chomsky’s IQ is 75 points higher than the average U.S. Jew. Today the correlation between IQ and academic success is only about 0.55, but in the mid-20th century, when Chomsky was coming of age, it was a potent 0.7 and was likely about the same in the Jewish population.
A 0.7 correlation implies that instead of Chomsky being 75 IQ points smarter than the average Jew, as a perfect correlation predicts, he’d be 75(0.7) = 53 points smarter than the average Jew. On a scale where the white mean is set at IQ 100 (Standard Deviation = 15), U.S. Jews average about 110, making Chomsky’s expected IQ 163, with a 95% confidence interval of 142 to 184.
Why are Ashkenazi IQs so high? Gregory Cochran, Jason Harding, and Henry Harpending cite sphingolipid diseases in the Ashkenazi gene pool and claim these mutations increase the length and branching of neurons in Ashkenazi brains. As many as 2% of Israeli Ashkenazim are in high IQ occupations, but an incredible 15% of Israeli Gaucher patients are. This suggests Gaucher patients are 1 standard deviation above the Israeli Ashkenazi mean in occupational status. If one assumes Gaucher disease caused these high occupations via increased IQ, then the 0.7 correlation between IQ and occupation implies this disease increased IQ by 1.43 standard deviations (21 points) for occupation to have increased by 0.7(1.43 SD) = 1 SD.
Of course these results need to be replicated in more numerous and diverse samples before any causal inferences are made.
My personal opinion is that yes, Ashkenazim are smarter than whites, but that the gap is inflated by their hyper-intellectual culture, giving them an unfair advantage on IQ tests. On a truly culture reduced IQ test (that could somehow measure verbal ability without culture bias), I think they’d score 5 points higher than whites, instead of the 10 point advantage they enjoy on conventional tests. Thus, my best guess is Chomsky’s true IQ is 5 points lower than estimated above: 158, not 163.
Given that Chomsky is now 89, it would be absolutely fascinating to give him a version of the WAIS. Unlike brilliant young adults who have their IQ scores limited by ceiling bumping, the WAIS-R had an astonishing ceiling of IQ 185 for 70-74 year olds, so just imagine how much ceiling you could get at Chomsky’s age.
Now that I’ve discussed Chomsky’s intelligence, here’s Chomsky discussing Neanderthal intelligence:
Minor corrections were made to this article on Feb 14, 2018
13 Tuesday Feb 2018
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The great Gordon Lightfoot! Such a beautiful song. I was honored to be given front row seats when he shocked everyone by showing up to sing it at Canada’s 150th. I didn’t think he was going to show but like the great Canadian he is, he showed:
The legendary Anne Murray So innocent! My favorite part of the below video is at the 1:25 mark when the beat picks up and Anne starts walking forward to the beat. In the U.S. singers have to shake their booty, but all Anne has to do is stand there, because she’s Anne Murray, and that’s enough. And because she’s so restrained and understated, the mere act of taking a few steps forward is enough to excite the crowd.
The great Celine Dion In one of the finest moments in TV history, here she is surprising the Canadian Tenors on Oprah. French Canadian women are the most beautiful on Earth:
The incredible KD Lang
Commenter JC writes:
Through a purely subjective (and admittedly meaningless) “assessment”, k.d. merits a VQ (Vocal Quotient) of 190 (SD = 16); score assigned on the basis of her supernal performance of the song “Constant Craving”.
I also love her version of “Crying” and the way the audience cheers when she hits the high notes:
The great Burton Cummings Commenter JC also suggested that at his prime, Burton Cummings was in the same vocal league as Lang:
The fabulous Joni Mitchell Black national merit finalist G-man made this great suggestion
Based on feedback from readers, the list was updated on Feb 13, 2018
13 Tuesday Feb 2018
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A reader asked which was the better test. I once asked J. Philippe Rushton which IQ test he would put more trust in if they gave different results: The Raven or the Wechsler.
“They’re both excellent tests,” he gushed, but the problem with the Wechsler he felt, was that there’s a lot more room for scoring error because the examiner has to time you to the second on certain puzzles, and various verbal questions require subjective scoring, so in a case where the two tests disagreed, Rushton placed his vote with the Raven.
However the Wechsler is probably much more g loaded, and recent editions of the Wechsler include a Matrix reasoning subtest, so now the Raven has been reduced to just another Wechsler test.
The Wechsler probably also has more predictive validity, not just because it’s more g loaded but because it measures non-g abilities that are useful in life like verbal skill, spatial ability, processing speed, memory, and social understanding.
One of the great disappointments for psychometrics was discovering that the Raven was not the culture-fair test so many psychologists had hoped. In fact it shows some of the largest Flynn effects ever recorded, though this doesn’t necessarily prove it’s the most culturally biased, as the Flynn effect has a biological component (nutrition increasing brain size which might in turn be increasing IQ) and the biggest Raven Flynn Effects were in countries like Holland, where people have been getting taller so rapidly that brain size is likely exploding.
Nonetheless IQ gains of 7 points per decade are unlikely to be entirely caused by exploding brain size so we’re forced to admit the Raven is sensitive to something changing in the culture, and thus is not culture fair.
People think culture bias means the Raven must be measuring some kind of knowledge or skill, but I suspect the culture bias is more subtle. When Rushton administered the Raven to a bunch of gypsy adults they had shockingly low scores (only IQ 70 on average), far lower than the IQ 85 that had been reported for gypsy children.
My guess is dropping out of school made the gypsies intellectually lazy and so their Raven scores (though not real intelligence) declined rapidly with age, relative to the white reference group, most of whom stayed in school.
Because so many gypsies complained that the test was giving them a headache, it was clear their minds weren’t used to working hard intellectually. For me the lesson was a true culture reduced test needs to be “fun” like some of the hard-core Performance subtests on the Wechsler, not hard work like the Raven.
The fact that some studies show IQ declining when kids go on summer vacation is more evidence for the intellectual lazy factor.
The other day I was at a bar when a woman confronted me. “You don’t remember me, do you. Oh how could you, you were just a teenager, but you gave me a test!” she reminded me.
It took me a while but I remembered she was the delinquent older sister of a childhood friend who had had shocked her upper middle class family by running away from home to dabble in drugs and prostitution. In high school, my friend and I would sneak downtown to stay at her apartment.
“I just wanted to give you a hug” she said sweetly, “because of you I ended up getting my college diploma!”
“What did I do?” I asked puzzled.
“You always used to give me those tests,” she explained, referring to some Raven items I would ask her to solve when I first learned about the test. “So when it came to taking the exam to get into college, I was totally prepared.” (Unlike our universities, Canadian colleges use entrance exams because many applicants are high school dropouts who lack basic skills)
Apparently I had cured her intellectual laziness.
13 Tuesday Feb 2018
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The only Canadian to make my authoritative list of the 100 most influential living people EVER is David Frum. His intellectual impact on the Bush administration, including coining the term “axis of evil”, landed him the 71st spot on the Living 100.
While I’m thrilled that a Canadian made the list, I would have much preferred it be the great Jean Chrétien or Celine Dion than the neocon Frum. Frum’s politics are especially heartbreaking because we Canadians so worship his late mother, liberal icon Barabra Frum.

The great Barbara Frum: 1937 -1992
I remember in the early 2000s seeing David spouting his neocon views on TV, as my grandparents would moan “poor Barabara must be turning in her grave.”
Yet as much as I disagree with David’s politics, the neocons are brilliant and exude a level of sophistication that other conservatives can’t match, and it’s because outside foreign policy, they’re basically liberal intellectuals, and Frum’s Canadian roots give him an added layer of polish.
He’s especially critical of Trump for the damage he feels he’s doing to democratic institutions:
11 Sunday Feb 2018
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I couldn’t sleep so I listened to a great lecture on youtube by British historian Ian Morris. He wrote a book a called Why the West Rules–For Now which sounds really good, even though, like Jared Diamond, he explains World history from a non-HBD perspective. But I think it’s good for HBDers to learn about non-HBD theories because HBD has anomalies that can only be resolved from more holistic views.
Example: HBDers argue whites, especially Nordics, are smarter than dark Caucasoids, but how then can we explain the fact that civilization started in the Middle East, not Europe?
Well, Morris argues that geography explains everything, but the meaning of geography is constantly changing, so at the dawn of civilization, the Middle East was in one of the “lucky latitudes”. Morris writes:
Humans may all be much the same, wherever we find them, but the places we find them in are not all the same. Geography is unfair. Human societies have all followed the same sequences of cultural development, but geography has dictated that they have not done so at the same speed. … If we look back nearly 12,000 years to the end of the last spasm of the Ice Age, what we see is that climate, topography, and ecology conspired in these Lucky Latitudes between China and the Mediterranean (and a similar band stretching from Peru to Mexico in the New World) to allow the evolution of unusually large numbers of plants and animals that could be domesticated, vastly increasing humans’ food supply. Because people (wherever we find them) are all much the same, it was in these Lucky Latitudes that humans first domesticated plants and animals. Fuelled by these resources, it was also in the Lucky Latitudes that people went on over the next 10,000 years to create the world’s first cities, states and empires. People in Australia, Siberia, and sub-Saharan Africa stuck with hunting and gathering not because they were lazier, stupider, or better attuned to nature than people in the Lucky Latitudes. Geography had simply endowed their homelands with fewer resources, and domestication therefore took longer. (p. 35)
The Lucky Latitude hypothesis was criticized by historian Michael Hart who argued that sub-Saharan Africa was actually luckier than Mesoamerica, but I do think the Middle East was lucky in the sense that it’s in the middle of where peoples from different regions could trade.
A second anomaly is the dominance of Whites over the last 500 years or so, even though HBD claims East Asians are smarter. I’ve argued it’s because East Asians are too evolved for their own good, and such advanced social organization weeds the mentally unstable creative types out of the gene pool because their non-conformity is disruptive.
However Morris gives his geographic explanation. Admitting that East Asians were the first to have the guns and navigational ability to conquer any country on Earth, it seemed unimaginable that whites could ever catch up technologically. But Morris argues that the East Asian technologies worked to White advantage, because Whites were geographically much better equipped to exploit them, given their ocean proximity to the Americas.
So what started out as Europe’s geographic disadvantage (being isolated from the terrestrial trade routes that the Middle East enjoyed), suddenly became a geographic advantage, thanks to Chinese sea navigation technology. The Atlantic ocean went from being a barrier to a trade superhighway, allowing whites to sell goods to Africa and buy slaves, sell slaves to the Americas, and buy more goods to take back to Europe and sell to Africa, and this feedback loop continued for centuries, creating what he calls the first true market economies.

If Morris is right, no wonder libertarians worship markets, given all they have done for the West.
The need to navigate faster, led to modern science and calculus and Western domination for centuries, Morris claims.
Morris ends the lecture much like J.P. Rushton ended his infamous AAAS lecture back in 1989: By making two important predictions about the course of World history. 1) Like Rushton he predicts East Asians will once again rule the World, but unlike Rushton he gives (somewhat facetiously) a specific year: 2103. And 2), he shockingly predicts there will be over FOUR TIMES as much progress in just the next 100 years as has occurred from the ice age until now. Sounds like a future that would exceed our wildest sci-fi fantasies.
What a great time to be born!
You can watch the full lecture below, or if you don’t have time, the last 20 minutes is the most relevant part:
10 Saturday Feb 2018
Posted in Uncategorized

Snooki and her ex-boyfriend were mocked for their height
Of course nowhere in the study do the scientists use the term “genetically inferior” but here’s what they actually say:
By studying height, a classic polygenic trait, we demonstrate the first human signature of widespread selection on standing variation. We show that frequencies of alleles associated with increased height, both at known loci and genome wide, are systematically elevated in Northern Europeans compared with Southern Europeans (P < 4.3 × 10−4). This pattern mirrors intra-European height differences and is not confounded by ancestry or other ascertainment biases. The systematic frequency differences are consistent with the presence of widespread weak selection (selection coefficients ~10−3–10−5 per allele) rather than genetic drift alone (P < 10−15).
Now you might say genetically short is different from genetically inferior, but when Charles Murray and Richard Herrnstein said blacks might average genetically low IQs, here’s the reaction:
Some might say that genetically low IQ implies genetic inferiority because intelligence is such a valued trait. But height’s an extremely valued trait too. We metaphorically “look up” to people we admire and “look down” on those we disdain. “Standing tall” is a metaphor for dignity. Tall men earn more money, attract more mates, and are far more valued by sperm banks, so if calling blacks “genetically low IQ” is “racist” because it implies “genetic inferiority”, then calling Southern Europeans “genetically short” is racist too. Indeed I suspect most men would rather boost their height by a couple inches than boost their IQ by 10 points.
More interesting from a scientific perspective is this comment from Steve Hsu:
If the results on selection hold up this will be clear evidence for differential selection between groups of a quantitative trait (as opposed to lactose or altitude tolerance, which are controlled by small sets of loci). We may soon be able to conclude that there has been enough evolutionary time for selection to work within European populations on a trait that is controlled by hundreds (probably thousands) of loci.
Hsu hits the nail on the head because one of the arguments by HBD skeptics like our very own Afrosapiens is that populations differ primarily on genetically simple traits like skin colour, yet here we have groups as closely related as Northern and Southern Europeans showing genetic differences on a trait influenced by an estimated 10,000 SNPs.
Hsu quotes a blog called Genetic Inference stating:
Europeans differ systematically in their height, and these differences correlate with latitude. The average Italian is 171cm, whereas the average Swede is a full 4cm taller. Are these differences genetic? Have they been under evolutionary selection in recent human history?
It’s worth noting that a within sex difference of 4 cm equates to about 0.76 standard deviations within developed countries. An IQ difference of 0.76 SD equals 11 IQ points. If a 0.76 SD difference between groups as genetically similar as Italians and Swedes might be mostly genetic for a complex trait like height, then how big of a genetic IQ gap might we expect for far more genetically distant human groups?

J.P. Rushton, on group differences
08 Thursday Feb 2018
Posted in Uncategorized

Just the name Cheddar man gives me the creeps. Sounds like the title of a slasher film.
MSN reports:
DNA from a 10,000-year-old skeleton found in an English cave suggests the oldest-known Briton had dark skin and blue eyes, researchers said Wednesday. Scientists from Britain’s Natural History Museum and University College London analyzed the genome of “Cheddar Man,” who was found in Cheddar Gorge in southwest England in 1903.
Scientists led by museum DNA expert Ian Barnes drilled into the skull to extract DNA from bone powder. They say analysis indicates he had blue eyes, dark curly hair and “dark to black” skin pigmentation.
The researchers say the evidence suggests that Europeans’ pale skin tones developed much later than originally thought.
“Cheddar Man subverts people’s expectations of what kinds of genetic traits go together,” said Tom Booth, a postdoctoral researcher at the museum who worked on the project.
“It seems that pale eyes entered Europe long before pale skin or blond hair, which didn’t come along until after the arrival of farming.”
So it seems the earliest Caucasoids looked pretty much identical to today’s South Asians, except with blue eyes or green eyes, as some rare South Asians today have.
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Also interesting was this quote:
Cheddar Man is the oldest complete skeleton found in Britain. Humans had lived in Britain off and on for thousands of years before his time, but they had been wiped out during periodic ice ages.
So once again we see evidence of just how hard it was to survive the extreme cold of the ice age, thus supporting Richard Lynn’s claim that cold winters were a major selection factor in the evolution of alleged racial IQ gaps.
Of course if climate were the only factor we’d expect Inuit to be among the World’s smartest people, and they don’t appear to be (though they are among the biggest brained), so obviously some other factor(s) would have to be involved too, if you accept HBD. Richard Lynn argued the other factor was population size increasing the odds of favourable mutations (Inuit lacked big populations and were geographically isolated).
In his 2006 magnum opus, Race Differences in Intelligence: An Evolutionary Analysis, Lynn writes:
The Arctic Peoples experienced the severest winter conditions of all the races with coldest winter temperatures of about -15°C and falling to about -20° C during the main Wiirm glaciation. In response to these cold winters the Arctic Peoples evolved more pronounced forms of the morphological cold adaptations of the East Asians, consisting of the flattened nose, the short legs and thick trunk, the subcutaneous layer of fat that gives the skin a yellowish appearance, and the epicanthic eye-fold. These severe winters would be expected to have acted as a strong selection for increased intelligence, but this evidently failed to occur because their IQ is only 91.
The explanation for this must lie in the small numbers of the Arctic Peoples whose population at the end of the twentieth century was only approximately 56,000 as compared with approximately 1.4 billion East Asians. While it is impossible to make precise estimates of population sizes during the main Wurm glaciation, there can be no doubt that the East Asians were many times more numerous than the Arctic Peoples. The effect of the difference in population size will have been that mutations for higher intelligence occurred and spread in the East Asians that never appeared in the Arctic Peoples. The East Asians consisting of the Chinese, Koreans, and Japanese would have formed a single extended breeding population of demes in which mutant alleles for high intelligence would have spread but would not have been transmitted to the Arctic Peoples isolated by high mountain ranges and long distance.
The Arctic Peoples did, however, evolve a larger brain size, approximately the same as that of the East Asians, so it is curious that they do not have the same intelligence. A possible explanation for this is that the Arctic Peoples have evolved strong visual memory that would have been needed when they went out on long hunting expeditions and needed to remember landmarks in order to get home in largely featureless environments of snow and ice. An increase of this ability would have required an increase in brain size but is not measured in intelligence tests.
A further possibility is that one or more new mutant alleles for more efficient neurophysiological processes underlying intelligence may have appeared in the East Asians but not in the Arctic Peoples.
There is a further anomaly in the intelligence of the peoples of Northeast Asia concerning the IQs of the Mongols of Mongolia and the closely related Samoyeds of Northern Siberia. There are no studies of the intelligence of these peoples but their low level of cultural development and technology suggests that it is not so high as that of the East Asians of China, Japan, and Korea. Yet these peoples also experienced many thousands of years of severe winter environments that have produced the pronounced morphological cold adaptations of the epicanthic eye-fold, short legs, and thick trunk that evolved in the Arctic Peoples. The probable explanation of this anomaly is the small population size of these peoples (the population of present- day Mongolia is approximately 2.4 million and there are only a few tens of thousands of Samoyeds of Northern Siberia) and they have been isolated from neighboring peoples by the Gobi desert and high mountain ranges, so new mutations for higher intelligence did not occur and their geographical isolation would have prevented the acquisition of these mutations from other races.
JayMan on the other hand argued that it was not population size, but civilization, that explains why not all cold winter races score high. He argues that races that had both cold winters and civilization evolved the highest IQs (Northeast Asians), and those that had neither remained the lowest (Bushmen, pygmies, Australoids) , with the rest falling in between.
JayMan writes:
So it seems that different latitudinal regions have different ceilings. Broadly speaking, the IQ ceiling in sub-Saharan Africa is lower than it is North Africa, the Middle East, and South Asia, which is in turn lower than it is in Europe and Northern Asia. Average IQ is allowed to rise somewhat in these northern regions, as the Mongolians, Siberians, Inuit, and Native Americans demonstrate. Civilization then takes it “all the way”.
Of course others might argue civilization was the cause, not the product, of high IQ.