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Cranks in Anthropology

By Phil

The following will not all be anthropologists by trade or certification, but each carved their own little niche the distorts research. I will address them in way that reflects the weird way they are all connected.

Bruce Fenton: So thanks to RR, I’ve learned how he once peddled crap such as “giants“, among other things. Needless to say, that answered alot of my questions I had after taking apart his article on his book a while back.

Jeffery Schwarz and John Grehan: Now, to be fair, these guys deserve somewhat more credit in their premise, that is regarding the morphological links with orangutans and humans. It has some basis in how humans evolved, originally being arboreal and not knuckle walking. However, their approach of preferring inheritance based on external morphology over coding DNA and overall genetics has been criticized again, and again, and again, and again.

For clarification, I found them from an Indian study on Hominid development in Fenton’s spurces, which focused on bipedalism. It noted an “Asian hypothesis” of human origins. Technically, Grehan proposed an African-Asian distribution, and as of now Schwarz’s actual hominid data currently works with OOA as a base model while adjusting it. So it doesn’t support Fenton even if Orangutans were the actual ancestors of humans.

It’s worth mentioning as well, the commenter “Marc” in the Grehan link is a crank as well, but not for today.

Shi Huang: Shi Huang here is the only other major researcher I know of who has actually produced any notable difference in the Human-Chimp clade finding, on top of rejecting OOA.

The implications however stray further from the Cann study than Fenton’s. In fact, if you read the link on phenotypic association of human populations…it’s kind demonstrates the futility of using external phenotypes.

Overall, his theory on Africans being Denisovan and Neanderthal admixed humans doesn’t align with Haplogroup associations touched upon previously in my Fenton article linked to Dienekes, the nature of the East African cluster mentioned in my article on modern Africans with A and B y chromosomes making up the majority of Eurasian affiliated Nilotics, and my previous article on the post Neanderthal substructure making up the majority of African genetics.

Now compare all of these inferences, to this-

Fossils or traits indicating AMH migration from East Asia into Africa or Europe have
been noted before. First, native Africans such as Khoisans are well known to have certain East Asian features such as shoveling teeth, epicanthic fold, and lighter skins. Mbuti pygmies look very much like the Andamanese. The much lower frequency of shoveling teeth in African fossils and Khoisan relative to ancient and modern Chinese suggests that this type of teeth could only originate in China with its African presence due to migration. The type of shoveling teeth found in Neanderthals and Pleistocene Homo from Atapuerca-Sima de los Huesos may either be a different type from that of Asians and Africans or come from early disposal of Homo from Asia to Europe (Martinon-Torres et al., 2007; Wolpoff, 1996). Second, a combination of three features has been noted to be region-specific to China fossils with lower frequency also found in North Africa: a non-depressed nasal root, non-projecting perpendicularly oriented nasal bones and facial flatness (Brauer and Stringer, 1997). Third, Dali man of China (~250,000 years ago) had lower upper facial index and flat nasomolar angle, but these two modern features only first
appeared in Europe in Cro Magnons (Xinzhi Wu, personal communication).

I’ll admit I’m no expert in genomics, but having at least looking over the Dali paper and comparing it to this, I think anyone else who has sense and had done the same would come to the same conclusion as I would to dismiss this paper as the leaps and assertions it makes are vast and at times amateur. Wu Xinzhi apparantly read this himself, but recalling his own paper and work he was much more cautious and more involved in this kind of data. As particular as his theory was, it never devolved into statements like this.

That humans have been a single species for more than ~2 myr is consistent with the
unique feature of being human, i.e., creativity, which could be defined as constant creation of novelty. Intentionally made and constantly improved knife type stone tools, first appeared 2.3- 2.8 myr ago, may be beyond the capabilities of non-humans and mark the first appearance of creativity in life on Earth.
The appearance of modern humans should be accompanied by new technologies just as
the knife type stone tools were associated with the first appearance of the genus Homo. A technology just one step more advanced than stone tools is pottery making. Consistent with our model, the earliest pottery making intended for practical usage was found in Hunan and the neighboring Jiangxi in South China at 18,000-20,000 years ago (Boaretto et al., 2009; Wu et al., 2012). While future investigations could extend the time even earlier, one should not expect a new technology to appear simultaneously with the first appearance of AMH since it would take time for the first modern humans to grow into a large enough population to be able to invent new cultures. It is also remarkable to note that the next new invention after pottery, rice or agriculture, also likely came from Hunan (Zhang and Yuan, 1998). Both the link to his blog post on OOA and this slightly dismissal post on his work shows an ardent defender of his, one that should be very familiar.

German Dziebel: It only takes a short cross-reference to see his BS. Basically, he’s pushing some sort of hypothesis that undermines the divergences of Pygmies and Bantu farmers. This basically mean ignoring the conclusions from his own sources on genetics, here, and here. He confuses the pygmy phenotype, which is shown to be independent, with the pygmy genetic cluster. This is disingenuous to anyone familiar with the topic. He is correct that they are not genetically unrelated due to the geneflow, which accounts for language, but his proposal to explain this primarily on recent splits is contradicted by full genetic research tackling the matter.

On the Shi Huang paper, he says that the Chinese lack the possibility of “bias” Americans feel to support OOA based on guilt of African American discrimination. Perhaps, yet that doesn’t explain Manzi on the Ceprano skull, nor does that explain this paper showing Chinese lacking the substructure expected from the more popular idea of regional continuity, which actually shows bias on behalf on the Chinese to push a theory. Likewise, Wu Xinzhi who proposed the hypothesis even stated it wasn’t mutually exclusive with OOA.

I’ve been saving this as an article concept due to how amazing it was to come across each of them twice after what started as a simple cross reference. This shouldn’t, however, be read as someone who is against changes to the mainstream, but as someone with actual scrutiny on scientific stances. I can accept the meaningfulness of Orangutans, Australians, and Chinese archaic humans in modern human origins.

Reviewing Ancient Sub-structure in modern Sub-Saharans

By Phil

In my absence a lot has occurred in researching African substructure since the Ballito boy paper a while back.

I’ve somewhat touched upon this subject previously in two relevant articles, one of which I will provide a short update on regarding “cranks” in population history, including Bruce Fenton, in the future.

The structure of this article will be outlining the general and particular ancestral groups linked to modern Sub-Saharans, briefly putting them in context of OOA, and attempting to approximate them in the form of fossilized specimens. The ancestry analysis will start from the most recent data to the most ancient data discussed (that is shortly before the Holocene towards the branching of H. sapiens from other relatives from H. Ergaster from about 0.5-1 mya) as it will only be more complex from then on.

The first layer will be the finding from the Mahgreb remains that date about 18k, showing profile that is approximately two thirds Near Eastern hunter gatherer, 1 third Sub-Saharan but showing no particular affiliation to a modern sample. It is only slightly shifted towards the Hadza, perhaps suggesting the ancient Eastern African cluster that preceded Basal Eurasian. This shows two things, one the antiquity of back migration to Africa and the oldest DNA sample that is directly linked to modern Sub-Saharans. This could possibly be part of a previous human culture, which may have been part of the migration that lead to modern West Africans. I, however, hesitate to suggest they are direct ancestors. It provides a rough portrait of ancient North Africa nonetheless, a location I particularly figured to be relevant for clues on modern sub-saharans given the different geography of North Africa at the time of the “Wet Sahara“.

The next finding is the break-down of DNA among Western (Yoruba and Mende), Eastern (Nilotic), and Southern (Khoi-San) Africans. The findings show that, in accordance to the Ballito Boy study, Western Africans are a mixture of Ancient East Africans and Basal African Sapiens, Khoi-Sans are derived from the basal Branch at around 250k-350k, and Nilotics are mostly of the 70k-80k branch. However, what it shows is that these populations exchanged genes, particularly between Eastern and Southern Africans. In the case of West Africans, the Yoruba more so then the Mende. I suspect that this could explain the Igbo from the African Genome project showing signs of hunter-gatherers that are more like the Khoi-San than Pygmies at low percentages.

( 1/22/20 Edit: This recent study breaks it down wih Hunter Gatherers having roughly 4% while farmers have 5.8% of a similar AMH species that diverged slightly after neanderthals. Kabwe may be the best comparison).

Archaic DNA is where it gets interesting however. I’ve already discussed the 140k-150k admixture event that lead to modern variation of MCU7, but two canididates have came up. One, predictably by this point, is an archaic human ancestry at about 8% in Yoruba, using the same methods to detect 2% archaic DNA in pygmies, dated around 460k-540k , roughly after the divergence of Sapiens from Neanderthals based on another study. The first study however distinguished it from that of the Pygmies, which seems to be older compared to the estimates in this study. The dating of the Pygmy’s admixture is also set around 30k, while the same study dates that of the average Sub-Saharan at 9k. The TMRCA is place at around a median of 1.0 mya based on the overall candidate loci, this seems to align nicely to the age of the MCU7 phylogeny in Africans compared to that of Eurasian Archaics. This is however older than the admixture found in Hammer’s study, suggesting late Erectus. This can be resolved by the conclusion of Hsieh’s study. That is, archaic admixture in Africa was found to be weak, though continuous. This could mean that while penetrating new ecosystems, Hominid interaction what short but often, accumulating alot of layers in small degrees, preserved due to advantageous traits as seen in Neanderthal’s immune system genes. These genes were in turn a trait of the common ancestor that Sapiens lost.

It is therefore possible that archaic admixture could contain different archaic admixture within it based on this behavior. A previous study’s results of loci with ages similar to that of the Neanderthal divergence in hunter gatherers supports this, being somewhat intermediate between the MCU7 population and the Basal African. This particular one, however, may very well be tied to a larger finding.

A revised study finds archaic African admixture prior to the split, yet it isn’t African exclusive and seems to have occurred prior to the OOA split. It is only a preprint, but it aligns with what we may have assumed given how long archaic and modern linegaes have mixed. However, as opposed to the continuous flow inferred from pygmies, this particular event was strong and rapid. The researchers likewise note on page 4, though against models of an TMRCA after that of Neanderthals, do not rule it out as a scenario in African substructure. This acknowledges the point made by Razib awhile ago that substructure in Africa reflects the complex development of hominids there. This even pertains to even the Sapiens specific line.

I will now briefly outline the following fossils relevant to modern African population substructure. At the most diverge, early homo found at the Ishango area. I would like to mention that I doubt it mated with Sapiens directly, as the sediment analysis would suggest. Rather, I believe this specimen would genetically contain the variant of genes multiple studies have found to be under selection in African hunter-gathers. The Late Erectus found in Hammer or the Rhodesiensis-like specimen in the initial ghost population models for the Yoruba and Mende I believe were the actual populations that interacted with Humans while possibly carrying these genes.

Late Erectus, or Ergaster, then is represented by Tighenif or Rabat. The latter species can be presented by Bodo or Kabwe. The Kabwe, however, seems to be within Erectus s.l based on internal anatomy than a Petralona equivalent to Sapiens as Bodo is suggested. That is, relative to Bodo or Florisbad, it lacks specializations towards Sapiens. The Ceprano studies however show it nonetheless to be more within the range of overall morphology towards Middle Pleistocene Hominids rather than Ergaster.

(Edit: The Post- LCA admixture could be represented by the two specimens above as well, and I would likewise add a Sapiens Intermediate as well, Florisbad. This status seems to have been replicated here, here, here, here and here. The similar Eliye Springs skull bridges the gap towards Sapiens.)

The next specimen would be the Ceprano skull, the best morphological node for the species Sapiens, Neanderthal, and Denisovans for their LCA. This is significant as it thoroughly rebukes Fenton by his first mistake, dismissing the morphological data in Western Eurasia and Africa. It is shown to be distant from Asian Erectus and seems to represent a “Homo Erectus Sensu Lato” that developed derived traits that would be continued into a trajectory seen in Africa. This is supported by Mounier’s analysis that hypothesized the LCA to be closer to African than European samples. Likewise, his analysis with Manzi shows Erectus/Ergaster tendencies in morphology in partiuclar areas rather than Neanderthal. Manzi also acknowledges a potential morphological link in Africa as well. Therefore we can attribute the LCA detected in DNA in Africans and non Africans by the revised preprint to the above specimen.

(Edit: Manzi has additionally, without confusion, located such an African ancestor to the Hiedelbergensis morphology of Ceprano at the Gombere site.)

Basal Humans, likely the migratory population 148k years ago, would be presented by the Iwo Eleru skull. Jm8 mentions of their relation to similar specimen and DNA sequences found. Likewise, they seem to be responsible for A00.

My previous article has previously mentioned the resulting phenotypic diversity in Modern Africans by way of their skulls. However, I will briefly touch upon some recent examples from my bin of sources.

Klasies River 100k : More so “modern” than Florisbad but shows no particular phenotype towards Khoisan.

Border Cave 100k-50k: Speculated once to be linked to modern Khoi-san, however modern studies shows that it is only apparent much later. General considered “Modern“.

Lukena Hill Crania 20k: Similar to late Pleistocene North Africans, rare morphology in modern samples. Best represents pre-holocene humans prior to gracilization along with 33k Nazlet Khater. The latter skull could likewise conform to Khoi-san ancestry prior to Gracilization in the Holocene.

Matjes River Crania 9k: Joins other Holocene skulls displaying Khoisan morphology.

Nakuru IX: Odd skull with not much literature, somewhere from southern Africa and dated around 17k, yet aligns with Bantu. This book, which provides a very close continuum in morphology that I’ve been following, dates it as Holocene with some Khoi-san samples. This suggest that at some point it was re-grouped.

Concluding remarks, I have left out alot of other significant details that could give direction in what to investigate in future findings. I encourage that readers go over the original articles themselves to notice other significant findings, such as the relevant positively selected features associated with them. I, may likewise, touch upon the sequences of morphology, paleo-environments, and archaeology in the future. For the time being, we have acquired both game-changing evidence of ancient substructure and a refined continuum of homo evolution in recent years.

Black and White Skin

1750 words

Skin color is the first thing you see when you see someone. Skin color has many uses, and the color of one’s skin can give you a general idea of the type of climate one’s ancestors evolved in. The lighter one’s skin is may tell you that their ancestors evolved in low UVB radiation, whereas the darker one’s skin is may tell you that their ancestors evolved in high UVB places. So this tells us that as migration occurred out of Africa, skin needed to lighten in order to synthesize vitamin D in low UVB climes. Note that I won’t make any claims about any skin color being an adaptation to any climate; I will just state that there is a strong association between UVB and skin color—the higher the UVB the darker the skin and the lower the UVB the lighter the skin.

The skin comprises about 16 percent of the human body, making it the body’s largest organ (D’Orazio et al, 2013). There are two layers to the skin, the dermis and epidermis. The outermost layer of skin—the epidermis—is the point of contact with the environment. So since this is the case, then the number of UVB rays in any given environment will dictate the color of one’s skin—in an ancestral manner.

So the most important factor in skin color is melanin, which is produced by melanocytes, but it accumulates in the keratinocytes of the stratum basale (the deepest layer of the five layers of the epidermis) and the stratum spinosum (the layer between the stratum granulosum and the stratum basale). Two forms of melanin exist: eumelanin (which is brownish black) and pheomelanin (which is reddish-yellow and contains sulfur).

In his textbook Anatomy and Physiology: The Unity of Form and Function, professor Ken Saladin writes:

People of different skin colors have essentially the same number of melanocytes, but in dark-skinned people, the melanocytes produce greater quantities of melanin, the melanin granules in the keratanocytes are more spread out than tightly clumped, and the melanin breaks down more slowly. Thus, melanized cells may be seen throughout the epidermis, from stratum basale to stratum corneum. In light-skinned people, the melanin is clumped near the keratinocyte nucleus, so it imparts less color to the cells. It also breaks down more rapidly, so little of it is seen beyond the stratum basale, if even there.

The amount of melanin in the skin also varies with exposure to ultraviolet (UV) rays of sunlight, which stimulates melanin synthesis and darken the skin. A sun-tan fades as melanin is degraded in older keratinocytes and as the keratinocytes migrate to the surface and exfoliate. (Saladin, 2010: 194)

Skin color is one of the most significant factors involved in colonizing a certain, new, area where the skin color the group has is not conducive to life in that clime. So, when the out of Africa migration occurred, skin color needed to lighten as to better confer survival in the new, colder climes. Though, there is an anomaly: Arctic peoples. Why is their skin dark—at least relative to other peoples who live or have lived in colder climates?

Think about life in the Arctic. It is pretty much all white. Food is scarce, and they eat a lot of animal fat and protein. Now, think about the ice. The ice reflects UV rays onto the skin of the Arctic people, making it not as light as, say, Europeans and East Asians.

A term I’ve heard a lot over the years is “Black don’t crack”, speaking to the fact that a lot of black people look young, even into old age. What, if any, is the physiologic reason behind this? For instance, Vashi, Maymone, and Kundu (2016) write:

Individuals with darker skin are overall thought to have firmer and smoother skin than individuals with lighter skin of the same age

Rawlings (2006) states that “Caucasians have an earlier onset and greater skin wrinkling and sagging signs than other skin types and in general increased pigmentary problems are seen in skin of colour although one large study reported that East Asians living in the U.S.A. had the least pigment spots.” Blacks have more corneosome layers than whites (21.8 cell layers compared to 16.7 cell layers). There is no difference in skin thickness between whites and blacks, so black skin is thought to be more compact with greater intercellular cohesion (see also La Ruche and Cesarini, 1992). Take transepidermal water loss (TEWL)—the total amount of water vapor lost through the skin and other appendages through non-sweating conditions. Since the Asian corneum is thinner, it takes fewer tape strippings to decrease TEWL compared to blacks who take more tape strippings, while whites are in the middle. (Though some studies note no difference).

Rawlins (2006: 85) notes that Sugino, Imokawa, and Maibach (1993) state that TEWL is greater in the order of Blacks > Caucasians > Hispanics > Asians.

So why does it seem that blacks, on average, age less than whites in the fact? I can think of one main thing: Their darker skin protects them from the effects of photoaging due to the melanocytes their skin produces. The opposite holds for whites—white skin produces fewer melanocytes and therefore is less protected against UV rays from the sun. Therefore lighter ethnic groups are more likely to have damaged skin compared to darker ethnic groups, and the main driver of this is the number of melanocytes produced by the skin. Rawlings (2006: 87) even writes that “Overall I would expect less signs of aging, i.e. maintenance of skin elasticity in darker skinned individuals [Negroids are reported to have an intrinsic sun protection factor (SPF) value of approximately 13].

Rawlings also writes (pg 89):

In African Americans photoaging appears primarily in lighter complexioned individuals and usually does not appear until the late fifth or sixth decade of life.

There is another factor when it comes to skin: sweat glans. I have covered in the past the fact that Asians have fewer apocrine sweat glands than whites and blacks, while blacks produce more chloride in their sweat compared to whites. Prokop-Prigge et al (2017) state “that an individual’s ethnicity has a significant impact on human axillary odor production.” Blacks also have around 70 percent more lipids in their hair, while having larger sebaceous glands than whites.

So skin color dictates numerous changes in the skin which are associated with aging. Skin aging is associated with lighter-skin, whereas hyperpigmentation is associated with darker skin. Asians have lower TEWL, highest water content, and highest skin color lipid levels while the opposite is seen for blacks. Blacks have greater gland pore size, and increased apocrine and apoeccrine sweat glands along with greater sebum excretion. White skin has an earlier onset of aging, skin wrinkling and loss of elasticity. So there are differences in ethnic skin color and structure and function, and this causes the differences we notice between ethnies and how they age.

Campiche et al (2019) write:

There is differential manifestation of aging signs in different ethnic groups.

[…]

Our results show that Africans from the African continent show delayed signs of aging compared to Caucasians.

They found no differences in forehead wrinkles between Caucasians and Africans, though there was a difference in depth of forehead wrinkles. Blacks showed less advanced crow’s feet than whites, while also having less depth. There were no differences in mouth frown lines with the exception of depth and wrinkle surface and volume parameter, of which there was an increase in Caucasian subjects compared to African subjects. Though when it comes to the length, surface and vertical lines in African subjects they showed more advanced aging but there was no difference in depth between the races. Caucasians had bigger nasiolabial folds (smile or laugh lines) than Africans, regarding length, surface, depth and volume. Africans had deeper pores than Caucasians. Africans had a greater homogeneity than Caucasians when it came to skin color. (Note that the cohorts came from France and Mauritius.)

Campiche et al (2019: 12) write:

This is also in line with the fact that photoaging in African Americans does not appear until the late fifth or sixth decade of life.22 This may explain why aging in our Black African cohort from Mauritius is less pronounced than in the Caucasian cohort although the Black African cohort is older.

[…]

The difference in age between our Caucasian and Black African cohorts (median age 46 years vs 56 years) could bring into question the comparisons of the two cohorts. Nevertheless, we mostly found that Caucasians displayed more severe signs of aging than Black Africans which is in line with the common understanding that the onset of aging in fair skin starts earlier than in darkly pigmented skin and that there were differences in the appearance of lip lines and facial pores.

So differences between the two ethnic groups come down to facial site, and measurement parameter. This study further buttresses the point that, at least when it comes to certain ethnic groups, whites age faster than blacks—even when the whites are younger than blacks (46 compared to 56 years, respectively).

When it comes to skin color and desirability, though, we see something else: light skin being prized, whereas dark skin is shunned. Jablonski (2010: 188) writes:

As we have seen, for much of recent history and around the world, pale skin has been prized to such a degree that people have been willing to risk illness and disfugurement to obtain it.

[and also on pg 177]

Preferences for light skin have arisen independently in many cultures, and they have been reinforced when different “cultures of lightness” have come into contact. Because having lighter skin has often been associated with higher social status, success, and happiness, people over the ages have sought to become lighter by various means.

I won’t ruminate on the causes of this, I just wanted to make a note of it at the end of this piece on black and white skin color.

In sum, there are many interesting differences between black and white—and even Asian—skin. Better understanding of these kinds of differences will lead to better skin care for all races, and dermatologists can then use that information to give better case based on race/ethnicity/skin color to a certain individual. We know what causes differences in skin color between individuals and groups—melanocytes. We also know that skin color and UVB radiation are strongly related. We know that there are numerous differences in skin biology when comparing different peoples whose ancestors have evolved in different climates. So understanding these differences can and will lead to better healthcare for all populations.

Watching from the Sidelines: More Thoughts on That High-School Running Competiton

2750 words

Two months ago, I wrote about the two transgender high-school athletes in Connecticut that competed in the in-door running competition. Of course, the two top-placers were the ones who went through male puberty. There is a short interview involving some of the competitors in that specific competition. One of the girls shows her face—the others do not, because they fear the repercussions of discussing this. They are scared of airing their grievances due to “the far left” as one of them says. And this is a completely rational thing to do, especially if they are attempting to make track a career and compete in college.

In any case, the one girl—Selina Soule—who does show her face in the interview levels some solid points. (The quotes are from Selena and they come from 8th Place: A High School Girl’s Life After Transgender Students Joined Her Sport.)

“When I’m at the start of the race, when I’m lining up and getting into my blocks, everyone already knows the outcome. Those two athletes are going to come one and two, and everyone knows it.”

Now, think back to what I wrote about the two individuals who took first and second place. You can see in the pictures from the competition that they have extremely narrow bodies—specifically narrow hips—compared to the actual female competitors. In the previous article on this matter, I discussed numerous variables that men have that are more conducive to success in running sports. Such as larger stroke volumes, smaller Q-angle, and larger hearts. Testosterone stimulates red blood cell production. This is important during exercise, since the more blood that can get to the muscle means that the muscle can work harder.

Sprinting is a full-body sport—each part of the body needs to work in harmony. So, if the whole of the system of individual A is better than B, then A will most likely win. Take A to be a transgender runner who went through puberty and “presents” as a “girl.” Take B to be a normal girl who went through a female puberty. They were exposed to differing levels of steroid hormones (estrogen is a steroid, too—the main differentiator between men and women). So, even if A takes hormones, A STILL had the physiological and anatomic advantages from going through male puberty.

So, to take the girl’s point that “everyone already knows the outcome”, this is on its face already true. In a competition like this, one can get a general idea on the results of the event by looking at the somatotype differences between the girls. Of course, some girls have a narrower frame than others—but the thing is is that they were not exposed to a male puberty, and so, while they do have certain (natural) advantages over other girls, they do not have the main advantage that these transgender runners had.

“No one thinks it’s fair, because we all know that males are physically stronger than females and they compete at a higher level.”

Men have 63 percent more muscle mass than women, which is related to their higher levels of exposure to testosterone both developmentally (in the womb) and during puberty. Most of this muscle mass is located in the upper-body, with men having around 75 percent more arm muscle mass than women. This difference then translates to about a 90 percent higher upper body strength in men over women. Sex also explains about 70 percent of the variance in muscle mass and upper body strength in humans. Men have 50 percent greater muscle mass than women and their lower body strength is about 65 percent greater (see Lassek and Gaulin, 2009).

Let’s get back to development and puberty. If testosterone explains a lot about why men have more muscle mass than women, and muscle mass is conducive to success in sport (in this instance, running), then if an individual is exposed to higher levels of testosterone during development and at puberty—along with the conducive somatotype that is involved with success in the sport—then they will necessarily be better. Even a transgender athlete that has “transitioned” or “presents as” a girl/woman WILL necessarily be stronger than any girl/woman who did not, on average, since they were exposed to way more of the hormone testosterone then they were.

Here’s the most ridiculous part about this. Back in March, House Speaker Nancy Pelosi passed the Equality Act. Now, of course, individuals should not be discriminated against, that is wrong. The relevant part about this, though, is that this Act can make it so that transgender athletes can just “declare to be” female without any evidence of any changes to their bodies. (And, I have argued at length that, even if they did go through such “changes” that they would still have inherent, unfair, advantages over bio-women).

This will mark the end of women sports if ONLY one’s gender identity is the basis for who they will compete with—there will be men’s sports and unisex sports, and if that is to be the case, then I feel that most girls would just stop competing.

“It’s giving the transgender females the right to compete with biological females and eventually it’s going to get to the point where the biological females will be on the sidelines, watching their own sports.”

“It’s very frustrating and hearbreaking when us girls are at the start of the race, and we already know these athletes are going to come out and win no matter how hard we try.”

This is the biggest problem of all. With the creation of the Equality Act, we can imagine this scenario. Individual A (a male) competing in competition C does not do well. They then change their gender identity to compete in women’s sport. They will then blow away the competition. How is that fair? If you were a girl who competed in, say, track, and you saw someone who you knew would win even before the starting gun, what would that do to your will to compete? What would that do to your confidence?

Now, I can already here trans-activists say “Just try harder! Train harder!” Statements like that are jokes. No matter how hard they train, no matter if they give it their all to win, the transgender females will just decimate them.

“My freshman year in outdoor, I saw at the 200 start, this girl who looked kind of masculine. Her arms were much more defined than the average girl’s, and same with her legs, but she had long hair, long braider hair, and I didn’t think much of it. And then I watched the race, and I saw that this girl was blowing away the competitors, and I thought, “Hey, this isn’t right. This usually doesn’t happen.” And then later, in that same meet, I found out that athlete was a transgender female.”

How the hell is this in any way, shape, or form, fair? Quite clearly, just by looking at this person’s anatomy—arms that “were much more defined than the average girls, and same with her legs”—we can make a very solid educated guess on what will go down at this competition. I want to know what is going through the minds of these athletic directors who allow this sort of thing. What are they thinking by allowing it? Do they not realize that they are—with others—setting a precedent to change girl’s and women’s sport forever?

“And then in outdoor last year, there was another transgender that came out and she competed as a male for three seasons, and was mediocre as a male. And then ended up transitioning over to female, and, again, blew everyone out of the competition.”

And there we have it: Any male who is mediocre can then “declare his gender to be” female and then compete with the females and then have way better standing in the competition that he is now competing in. Can’t cut it in the male event? Just say you’re a woman! (Think the movie Juwanna Mann.) That’s like me being a mediocre lifter, and then declaring my gender to be female so I can compete with the women and then I blow away the competition. Is that fair? No, it’s not.

Soul’s mother brought up a very good point: Selena placed 8th in State final, and the first two spots were taken by two “boys who identify as girls”. If those two competitors did not compete, then Selena could have more than likely taken the 6th spot and went on to the New England Championships. When it comes to high-school sport, this is really ridiculous. They are screwing girls who could get good scholarships and looks from scouts from different Universities around the country.

“No one thinks it’s fair, but everyone is afraid of retaliation from the media, from kids around their school, from other athletes, coaches, school administrators. They dont want to attract attention to themselves, and they don’t want to be seen as a target for potential bullying and threats.”

Of course, if the girls who were anonymously interviewed by The Daily Signal identified themselves, they could be screwing up future chances and their current relationships. The fact that Selena is doing this out in the open shows her courage and her will to fight for what she—and rational people—believes is right. Here is what the anonymous girls said:

Girl 1: “Watching them run was just heartbreaking. I mean, you almost don’t even want to watch, but how can you not? You can clearly see these two biological guys just absolutely crushing it and it almost brings you to tears.”

Girl 2: “We’ve competed head to head with these people many times, and it hurts to see them win when you know that you probably should’ve won.”

Girl 3: “There’s really nothing else you can do except get super frustrated and roll your eyes because it’s really hard to even come out and talk in public just because of the way with the far left and how immediately you’ll just be shut down. We are totally accepting of who they are and who they want to be. We just have an issue when it comes to sports.”

Each girl brings up a great point: (1) It would make one not want to watch AND not want to compete because they know that their attempts at winning are futile. (2) Girl 2 said that they’ve competed against them many times, and, of course, they have won. What would it due to one’s confidence knowing that there are individuals there with such unfair advantages? Yes, I know that the other day I said that sport is all about watching people with inherent advantages—watching the best-of-the-best. However, there is a difference here: The best-of-the-best when it comes to men and women are two completely different things. For, if this is the case, why not just eradicated women’s sport all together? (3) Makes perhaps the best point of all. One cannot come out and air their grievances because “the far left” as so succinctly stated by girl 3 would shut you down without even hearing what they would have to say and their feelings on the matter.

“With the case in Connecticut, it can be difficult showcasing my talents to coaches from around the country, as they only look at the results online. They see the first and/or second place girl so far ahead of the rest of the girls. And they’re going to reach out to and try to recruit those two top giels versus everyone else, since they’re so far behind in time.”

This is the most ridiculous part of this whole fiasco. Selena makes a good point that since recruiters only look at results online, that they will see the disparity between the top two placers and the others and only go to speak to the top two. For example, Miller’s (one of the transgender athletes) time in the 55 m dash was 6.96 seconds; Yearwood’s time was 7.01 seconds (the other transgender athlete); and the third place winner’s—a biological female—time was 7.23 seconds. A coach looking at this time online will not even look at the third placer and will only look at the top two—biological males. I wonder if those who allow these types of things in high-school sport truly understand what they are doing. I wonder if they truly understand that they are possibly screwing the careers of some of these girls since they may get overlooked by scouts.

I think it’s gotten to the point where some girls are starting to stray away from those events, and are hoping to go to other events, so then they actually have a fair chance of winning. In my case, I have my field event, long jump. That was my safe haven, if you want to call it, where the results were fair no matter what because it was girls competing against girls. But now, unfortunately, one of those [transgender] athletes has started to compete in long jump, so now none of my events are safe. It’s frustrating when you know that you run your best, and no matter what, your best is never going to be enough.

So even Selena’s other event is getting taken over now. Where will it end? Will we see the de facto elimination of girl’s sport throughout the country one day? Will it be men’s sport and co-ed sport eventually (with of course bio-males taking the top spots)? Take the long jump. Men have a larger abundance of type II (fast twitch) muscle fibers than women who have an abundance of type I (slow twitch) fibers. If Selena is now competing against bio-males, and muscle fiber typing DOES NOT CHANGE, then, of course, there is another unfair advantage that these competitors have since they went through male development and puberty. The same point on muscle fiber typing can then be made in regard to the 100 and 200 m competitions as well. No matter how hard they try or train, what they do will never be enough. How is that fair?

For these girls and others to feel better about this fiasco, they should—in their minds—know that the true competition was between the 3rd place and lower, even though it will not fix the problem that they will be overlooked by scouts since their times are so disparate compared to that of the “winners.” When will this be put to an end? When women are on the sidelines watching what is supposed to be their sport while they watch a slew of men who identify as females take over their sports? Will we eventually have co-ed sports and male sports with the de facto elimination of women’s sport that the Equality Act will put into effect? These types of questions are best answered by sport ethicists and philosophers of sport (I will discuss them in the future), and I, personally, await what some of them have to say about matters like this and similar ones.

I can, of course, see trans-activists clamoring about how “bigoted” and “trans-misogynist” that Selena and her teammates are being. That is irrelevant. They are airing their grievances about how they feel about their sport being taken over by boys—no matter if they “identify as” girls or not. For if girls do not speak out about this now, then they will eventually lose their sport and women’s sport will become co-ed sport—effectively eliminating women’s sporting events. Is that what people would truly want in the name of “equality”? Wouldn’t true “equality” be having separate events for trans-athletes? What about Kerr and Obel’s (2017) argument that sport should be segregated by attributes conducive to success in that sport? I think that’s a route that can and should be tried—and girls like Selena would then still get to have fair competitions.

However, as of today, it is complete bullshit that these girls are competing with boys and people look at it as OK. It is bullshit that the three girls had to conceal their identities because they fear repercussions from their classmates, teammates, and administrators. Selena is brave for airing her grievances publicly and putting her name and face out there on issues she feels strongly about. I hope all goes well for her in the future and that scouts will eventually look at her, and not the two blowing away the competition. Is it any surprise when men have so many physiologic and anatomic advantages over women (see Lassek and Gaulin, 2009 for muscle and strength differences)?

If nothing is changed, girls will be watching their own events from the sidelines.

Usain Bolt, Michael Phelps, and Caster Semenya: Should Semenya Take Drugs to Decrease Testosterone Levels?

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In the past week in the world of sport, all the rage has been over mid- to long-distance runner Caster Semenya. Semenya has won the 800 m in 1:56.72 and setting world records in the 400, 800, and 1500 m with times of 50.74, 1:58.45 and 4:10.93 respectively. In 2012 and 2016, Semenya won the gold for the 800 m with times of 1:57.23 and 1:55.28 respectively. I won’t really discuss the anatomic and physiologic advantages today. What I will discuss, though, is the fact that Semenya has been told that she has to take drugs to decrease her testosterone levels or she cannot compete anymore. Semenya was told to decrease her testosterone levels or she could face a ban in the 800 m. The new rules state that:

Female athletes affected must take medication for six months before they can compete, and then maintain a lower testosterone level.

If a female athlete does not want to take medication, then they can compete in:

  • International competitions in any discipline other than track events between 400m and a mile
  • Any competition that is not an international competition
  • The male classification at any competition, at any level, in any discipline
  • Any intersex, or similar, classification

But Semenya has declined taking these drugs—so her future is up in the air. So, if Semenya—or any other athlete—has to take drugs to decrease their levels since it gives an unfair advantage, then, in my opinion, this may lead to changes in other sports as well.

Look at Michael Phelps. Michael Phelps has won a record 28, winning 23 medals at Rio in 2016. Phelps has a long, thin torso which decreases drag in the water. Phelps’ wing span is 6’7” while he is 6’4”—which is disproportionate to his height. He has the torso of a 6’8” person, which gives him a greater reach per stroke. His lower body is 5’10” which lowers the resistance against the water. He has large hands and feet (with flexible ankles), which help with paddling capacity (size 14 shoe; yours truly wears a size 13).

There is one more incredible thing about Phelps: He produces around 50 percent lower lactic acid. Think of the last time that you have run for some distance. The burning you feel in your legs is a build up of lactic acid. Lactic acid causes fatigue and also slows muscle contractions—this occurs through lactic acid passing through the bloodstream, becoming lactate. (Note that it does not necessarily cause fatigue; Brooks, 2001.) Phelps does not produce normal levels of lactic acid, and so he is ready to go again shortly after a bout of swimming.

Phelps saidIn between the 200m free and the fly heats I have probably had in total about 10 minutes to myself.” A normal person’s muscles would be too fatigued and cramped. I would also assume that Phelps has an abundance of type I muscle fibers as well.

Now take Usain Bolt. The 100 m dash is, mostly, an anaerobic race. What this means is that mitochondrial respiration has minimal effect on the type of energy used during the event (Majumdar and Robergs, 2011). So during anaerobic events, there is no free oxygen to drive energy—the energy stored in the muscle is used to perform movement through a process called glycolysis. Sprinting is an intense exercise—fuel choice during exercise is determined by the intensity of said exercise. “A 100-meter sprint is powered by stored , creatine phosphate, and anaerobic glycolysis of muscle glycogen.”

Now we can look at the physical advantages they have. Swimmers and runners, on average, have different centers of mass (Bejan, Jones, and Charles, 2010). In all actuality, Phelps and Bolt are the perfect example of this phenomenon. Winning runners have a West-African origin and winning runners are more likely to be white. These somatotypic differences between the two races influence why they excel in these two different sports.

Usain Bolt is 6’5”. Since he is that height, and he has long legs, he necessarily has a longer stride—Bolt is the perfect example of Bejan, Jones, and Charles’ (2010) paper. So take the average white sprinter of the same height as Bolt. Ceteris paribus, Bolt will have a higher center of mass than the white athlete due to his longer limbs and and smaller circumference. Krogman (1970) found that, in black and white youths of the same height, blacks had shorter trunks and longer limbs, which lends credence to the hypothesis.

Phelps is 6’4”. As noted above, he has a long torso and long limbs. Long torsos are conducive to a lower center of mass—what whites and Asians have, on average. So long torsos mean that one will have taller sitting heights than those with short torsos. This means that whites and Asians have taller sitting heights than blacks, who have shorter torsos. This average taller sitting height is conducive to the longer torsos which is why whites excel in swimming. Bejan, Jones, and Charles (2010) also note that, if it were not for the short stature of Asians, they would be better swimmers than whites.

In any case, the different centers of mass on average between blacks and whites are conducive to faster times in the sports they excel at. For whites, the three percent increase in center of mass means that there would be a 1.5 percent increase in winning speed and a 1.5 percent decrease in winning time in the case of swimming. The same holds for blacks, but in the case of running: their higher center of mass is conducive to a 1.5 percent increase in winning speed and also a 1.5 percent decrease in winning time, which would be a .15 second decrease, or from 10 s to 9.85 s—which is a large differential when it comes to sprinting. (Note that this phenomenon also holds for black women and white women—black women are better sprinters and white women are better swimmers. Asian women excel in the 100 m freestyle, but not Asian men for reasons discussed above.)

Now put this all together. If Phelps and Bolt have such advantages over their competition and they—supposedly—win due to them, then if Semenya has to decrease her T levels, why shouldn’t Phelps and Bolt decrease X, Y, or Z since they have physiologic/anatomic advantages as well? Why does no one talk about Semenya’s anatomic advantages over, say, white women and why only bring up Semenya’s testosterone levels? Forcing Semenya to decrease T levels will set a bad precedent in sport. What would stop a losing competitor from complaining that the winner—who keeps winning—has an “unfair” physiologic/anatomic advantage and must do X to change it? (Or say that the anatomic advantage they possess is “unfair” and they should be barred from competition?)

Here’s the thing: Watching sport, we want to see the best-of-the-best compete. Wouldn’t that logically imply that we want to see Semenya compete and not rid herself of her advantage? If Semenya’s physiologic advantage(s) is being discussed, why not Semenya’s anatomic advantages? It does not make sense to focus on one variable—as all variables interact to produce the athletic phenotype (Louis, 2004). Phelps and Bolt perfectly embody the results of Bejan, Jones, and Charles (2010)—they have, what I hope are—well-known advantages, and these advantages, on average, are stratified between race due to anatomic differences (see Gerace et al, 1994Wagner and Heyward, 2000).

Phelps and Bolt have anatomic and physiologic advantages over their competition, just as Semenya does, just like any elite athlete, especially the winners compared to their competition. If Semenya is forced to decrease her testosterone levels, then this will set a horrible precedent for sport, and people may then clamor for Phelps and Bolt to do X, Y, and Z due to their physical advantages. For this reason, Semenya should not decrease her testosterone levels and should be allowed to compete in mid-distance running.

Helmuth Nyborg on the Social Construction of Race

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Helmuth Nyborg published an article in Psych titled Race as Social Construct (Nyborg, 2019). In the article, he responds to a National Geographic article There’s No Scientific Basis for Race—It’s a Made-Up Label. In the article, Nyborg quotes, what apparently are quotations, from the article. Yet, for example when it comes to this:

‘There’s No Scientific Basis for Race’—‘It’s a Made-Up Label’… ‘Races do not exist because we are equals’, ‘the concept of race is not grounded in genetics’, etc.

The second quote “Races do not exist because we are equals” is not in the article. (Though this is probably a general call-out to so-called “social constructivists about race.”) Now, I won’t’ nit-pick about it, since he is apparently speaking to his critics who make these claims. In any case, Nyborg’s article is titled Race as Social Construct. Where are constructivists about race said to be anti-realists or eliminativists about race? If Nyborg is really speaking to constructivists about race, then he’s strawmanning their position. Because social constructivists about race are realists about race.

Take the new AAPA Statement on Race and Racism, where they write:

… race has become a social reality that structures societies and how we experience the world. In this regard, race is real, as is racism, and both have real biological consequences.

“race” as a social reality — as a way of structuring societies and experiencing the world — is very real.”

So, if constructivists about race claim that “Races do not exist”, then why are social constructivists about race literally saying “race is real” and “”race” as a social reality … is very real”? Weird… Almost as if Nyborg is strawmanning the constructivist position. Nyborg asks if “NG also think[s] of species as a social construct?“. See Elstein (2003) for a view that species are socially constructed. In any case, I don’t think that Nyborg is familiar with the philosophical literature on the status of species.

Here is Nyborg’s first syllogism:

Samuel Morton is a reprehensible model racist with a fixed defintion of race.

1. Samuel Morton is the father of scientific racism.

2. (We “know” that the father of scientific racism has THE correct understanding of race).

3. Morton thinks that races represent separate acts of creation.

4. Morton thinks that races are ranked in a divine hierarchy.

5. Morton did not think that races were closely related.

6. Morton thinks that races has distinct characters which:

(a) Are immutable or “fixed” across generations (i.e., no transmutation, aka evolution).

(b) Are homogenous of “fixed” (in these senses of fixation) across individuals within races.

Ergo,

Morton is wrong about 3-6, and thus represent the opposite of reality. We can then say, given 1-2 and 3-6, that races do not exist.

This is ridiculous. Where has anyone written anything like this, that since Morton was a “racist” that “races do not exist”? Did Gould make that claim in Mismeasure? I personally think that Morton’s analysis was flawed by his own biases, but I do not make the claim that “races do not exist” because of it.

In any case, when it comes to Gould’s critique of Morton’s skulls, contra Jensen (1982)Rushton (1997) , and Lewis et al (2011), Gould’s arguments about Morton were largely correct (Weisberg, 2014; Kaplan, Pigliucci, and Banta, 2015; Weisberg and Paul, 2016). Specifically, Weisberg (2014) writes that “Although Gould made some errors
and overstated his case in a number of places, he provided prima facia evidence, as yet unrefuted, that Morton did indeed mismeasure his skulls in ways that conformed to 19th century racial biases.

Now when it comes to this one, we’re getting somewhere:

Race does not Relate to Geographic Location

1. There are no fixed traits with specific geographic locations …” because …

2. “… as often as isolation has created differences among populations, migration and mixing have blurred or erased them.

Ergo,

3. “… our pictures of past ‘racial structures’ are almost always wrong” and harmful.

This is a good argument. However, it fails, in my opinion. Yes, there is no sharp delineation in traits between what are purported to be racial groupings. However, for biological racial realism to be true, there do not need to be. Take my article You Don’t Need Genes to Delineate Race. By looking at average facial and morphological features that exist in any continent, we can say that, although there is no sharp gradation and there are clines in phenotypes, that does not mean that there is no what we can say “average look” for the group. (Nyborg discusses “IQ” there, but I won’t get into it.)

Now take this one:

Races do not exist: We are Equals and Africans

1. “… all humans are closely related.”

2. In a very real sense, all people alive today are Africans.”

3. Genetic diversity in Africa is much larger than outside this continent.”

4. Because they [migrants] were just a small subset of Africa’s population, the migrants took with them only a fraction of its genetic diversity.”

5. Admittedly, “… the longer two groups are separated, the more distinctive tweaks [mutations] they will acquire”, BUT …

6. “The concept of race has no genetic or scientific basis.” (NG here refers to a Craig Venter statement at a White House meeting, June 2000; see later).

Ergo,

7. “Science tells us there is no genetic or scientific basis for race. Races do not exist because we are [all] equals.”

1-5 are true; though 6-7 are false. In any case, the existence of race is not a scientific matter. The questions “What is race?”, “Is race real?”, and “If race is real, how many races are there?” are philosophical, not scientific, matters. Nyborg brings up “Lewontin’s fallacy”, but take what Hardimon (2017: 22-23) writes about the matter:

It is worth noting that the force of the argument against the existence of racialist races from Lewontin’s data analysis is unaffected by the critique A.W.F. Edwards made in his 2003 paper “Human Genetic Diversity: Lewontin’s Fallacy.” The fallacy Edwards imputes to Lewontin consists in inferring that racial classification has no taxonomic signifigance from the finding that the between-race component of human genetic diversity is very small. The inference is fallacious because the fact that the between-race component of human genetic diversity is small does not entail that racial classification has no taxonomic signifigance. Lewontin’s locus-by-locus analysis (which does not consider the possibility of a correlation between individual loci) does not preclude the possibility that individual loci might be correlated in such a way that people could be grouped into traditional racial categories. The underlying though is that racial classification would have “taxonomic signifigance” were it possible to group people into traditonal racial categories by making use of correlations between individual loci. However, Lewontin’s argument that there are no racialist races because the component of within-race genetic variation is larger than the component of between-race genetic variation is untouched by Edwards’ objection. That conclusion rests solely on Lewontin’s statistical analysis of human variation (the validity of which Edwards grants) and does not pressupose the absence of correlational structure in the genetic data. In short, Lewontin’s data do not preclude the possibility that raciual classification might have taxonomic signifigance but they do preclude the possibility that racialist races exist.

Nyborg is, obviously, pushing the concept of racialist races, though Hardimon has shown that they do not exist. Nyborg says that “Educability and IQ are arguable [sic] physiological (Spearman, 1927)“. Nope.

Nyborg then presents his next syllogism:

Admixture and Displacement Have Erased All Race Differences

1. Race implies unadmixed groups between which there are fixed—“fix”, in the sense of fixation index—traits.

2. (From Reich (2018) race implies “primeval” groups…separated tens of thousands of years ago”.

3. Genetics shows that mixture and displacement have happened again and again”… and … as a result “Differences have been blurred or erased”.

4. Thus, “there are no fixed traits associated with specific geographic locations…”

5. And “our pictures of past ‘racial structures’ are almost always wrong” and harmful.

Ergo

Since human descent groups are mixed and do not exhibit fixed trait differences and since there are no 10-thousand-year-old primeval groups, there are no races.

This one is strong, and if an eliminativist/anti-realist about race were to use this argument (remember, Nyborg doesn’t understand that social constructivists are realists about race), then it would be strong. But that human populations are mixed and do not exhibit trait differences does not mean that race does not exist, that does not follow. That is a carry-over from the racialist concept of race, which is false.

Nyborg then presents his fifth syllogism:

Race is only Skin Color Deep

1. “When people speak about race, usually they seem to be referring to skin color and, at the same time, to something more than skin color.”

2. “This is the legacy of people such as Morton, who developed the “science” of race to suit his own prejudices and got the actual science totally wrong.”

3. “Science today tells us that the visible differences between people a re accidents of history. They reflect how our ancestors dealt with sun exposure, and not much else.”

4. There is no homogenous African race.

Ergo,

Since race is only based on skin color, it is made up by racists.

I have heard an argument similar to this, and it fails. Race isn’t ONLY BASED ON skin color, but it is a marker of race, along with ancestry and location. Of course, morphology and other phenotypic traits ground the scientific concept of “race” (minimalist/populationist race). Race, of course, does not mean only skin color, there are many other ways to delineate races, with skin color being but one tell.

Nyborg then writes:

Ducrest, Keller, and Rouling, 2008) [79] thus observed that darker color is associated with greater aggressiveness in 10 mammal species, three kinds of birds, and more Lizard forms entirely evaded them. They condemned the color analogue with respect to humans, and reacted forcefully when Rushton and Templer (2009) [80] drew data from no less than 113 countries and found that “… murder, rape, and serious assault were associated with darker skin color, lower IQ, higher birth rate, higher infant mortality, higher HIV/AIDS rate, lower life expectancy, and lower income”

Yea, Ducrest, Keller, and Rouling (2008) is one study that Rushton loved, as it, supposedly, gave a basis for darker color being associated with aggressiveness in a slew of different animals. I rebutted Rushton and Templer, in any case. Their study was ridiculous and they did not even heed what Ducrest, Keller, and Rouling (2008: 507) stated “… that human populations are therefore not expected to consistently exhibit the associations between melanin-based coloration and the physiological and behavioural traits reported in our study.” Must be hard for Rushton and Templer to read.

In sum, Nyborg is wrong that racial constructivists claim that “Races do not exist”, for if they did not exist, then what would constructivists be fighting for? Nyborg seems to be talking to anti-realists/eliminativists about race. Nyborg pushes a racialist concept about race, which was refuted by Hardimon (2017: Chapter 1). Races exist in a minimal sense (Hardimon, 2017) and U.S. sense (Spencer, 2014), but not in the racialist “HBD” sense. In this case, biological racial realism (Spencer, 2011) is true, but if we are going by Kaplan and Winther’s (2014) definitions, Rushton, Jensen, Lynn, and Nyborg would be the biological racial realists, whereas myself, Hardimon and Spencer would be biogenomic/cluster race realists. It seems that Nyborg needs to brush up on the philosophical literature, because what he claims that social constructivists about race believe are not true; he just strawmanned their position. In any case, I’ve shown that constructivists about race do not believe that race is not real. They may not believe that race is real in a biological manner, but they do in a social one, and that is enough for them to be race realists and believe that race exists.

(Also note how Kaplan and Winther (2014) note that “Social racial realism defends the existence of distinct human groups in our ordinary discourse and social interactions. Such groups are often identified and stabilized by “surface” factors such as skin color or facial features.” So, again, those who push a socialrace-type concept do not deny that race exists, on the contrary, they are realists about race. Nyborg got it wrong, and some of his critiques are good against those who deny the reality of race, but his racial ontology is false.

Race, Medicine, and Epigenetics: How the Social Becomes Biological

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Race and medicine is a tendentious topic. On one hand, you have people like sociologist Dorothy Roberts (2012) who argues against the use of race in a medical context, whereas philosopher of race Michael Hardimon thinks that we should not be exclusionists about race when it comes to medicine. If there are biological races, and there are salient genetic differences between them, then why should we disregard this when it comes to a medically relevant context? Surely Roberts would agree that we use her socio-political concept of race when it comes to medicine, but not treat them like biological races. Roberts is an anti-realist about biological races, whereas Hardimon is not—he recognizes that there is a minimalist and social aspect to race which are separate concepts.

In his book Rethinking Race: The Case for Deflationary Realism, Hardimon (2017, Chapter 8) discusses race and medicine after discussing and defending his different race concepts. If race is real—whether socially, biologically, or both—then why should we ignore it when it comes to medical contexts? It seems to me that many people would be hurt by such a denial of reality, and that’s what most people want to prevent, and which is the main reason why they deny that races exist, so it seems counterintuitive to me.

Hardimon (2017: 161-162; emphasis his) writes:

If, as seems to be the case, the study of medically relevant genetic variants among races is a legitamate project, then exclusionism about biological race in medical research—the view that there is no place for a biological concept of race in medical research—is false. There is a place for a biological concept of race in the study of medically relevant genetic variants among races. Inclusionism about biological race in medical research is true.

So, we should not be exclusionists (like Roberts), we should be inclusionists (like Hardimon). Sure, some critics would argue that we should be looking at the individual and not their racial or ethnic group. But consider this: Imagine that an individual has something wrong and standard tests do not find out what it is. The doctor then decides that the patient has X disease. They then treat X disease, and then find out that they have Y disease that a certain ethnic group is more likely to have. In this case, accepting the reality of biological races and its usefulness in medical research would have caught this disease earlier and the patient would have gotten the help they needed much, much sooner.

Black women are more likely to die from breast cancer, for example, and racism seems like it can explain a lot of it. They have less access to screening, treatment, care, they receive delays in diagnoses, along with lower-quality treatment than white women. But “implicit racial bias and institutional racism probably play an important role in the explanation of this difficult treatment” (Hardimon, 2017: 166). Furthermore, black women are more than twice as likely to acquire a type of breast cancer called “triple negative” breast cancer (Stark et al, 2010; Howlader et al, 2014; Kohler et al, 2015DeSantis et al, 2019). Of course, this could be a relevant race-related genetic difference in disease.

We should, of course, use the concepts of socialrace when discussing the medical effects of racism (i.e., psychosocial stress) and the minimalist/populationist race concepts when discussing the medically relevant race-related genetic diseases. Being eliminativist about race doesn’t make sense—since if we deny that race exists at all and do not use the term at all anymore, there would be higher mortality for these “populations.” Thus, we should use both of Hardimon’s terms in regard to medicine and racial differences in health outcomes as both concepts can and will show us how and why diseases are more likely to appear in certain racial groups; we should not be eliminativists/exclusionists about race, we should be inclusionists.

Hardimon discusses how racism can manifest itself as health differences, and how this can have epigenetic effects. He writes (pg 155-156):

As philosopher Shannon Sullivan explains, another way in which racism may be shown to influence health is by causing epigenetic changes in the genotype. It is known that changes in gene expression can have durable and even transgenerational effects on health, passing from parents to their children and their children’s children. This suggests that the biological dimensions of racism can replicate themselves across more than one generation through epigenetic mechanisms. Epigenetics, the scientific study of such changes, explains how the process of transgenerational biological replication of ill health can occur without changes in the underlying DNA sequence.

If such changes to the DNA sequences can be transmitted to the next generation in the developmental system, then that means that the social can—and does—has an effect on our biology and that it can be passed down through subsequent generations. It is simple to explain why this makes sense: for if the developing organism was not plastic, and genes could not change based on what occurs in the environment for the fetus or the organism itself, then how could organisms survive when the environment changes if the “genetic code” of the genome were fixed and not malleable? For example, Jasienska (2009) argues that:

… the low birth weight of contemporary African Americans not only results from the difference in present exposure to lifestyle factors known to affect fetal development but also from conditions experienced during the period of slavery. Slaves had poor nutritional status during all stages of life because of the inadequate dietary intake accompanied by high energetic costs of physical work and infectious diseases. The concept of ‘‘fetal programming’’ suggests that physiology and metabolism including growth and fat accumulation of the developing fetus, and, thus its birth weight, depend on intergenerational signal of environmental quality passed through generations of matrilinear ancestors.

If the environmental quality—i.e., current environmental quality—is “known” by the developing fetus through cues from the mother’s nutrition, stress etc, then a smaller body size may be adaptive in that certain environment and the organism may survive with fewer resources due to smaller body size. In any case, I will discuss this in the future but it was just an example of a possible epigenetic modification on current slaves. I, personally, have noticed that a lot of blacks are really skinny and have really low body fat—who knows, maybe this could be part of the reason why?

This is something that sociologist Maurizio Meloni (2018) calls “the postgenomic body”—the fact that biology is malleable through what occurs in our social lives. So not only is the human brain plastic, but so is the epigenome and microbiome, which is affected by diet and lifestyle—along with what we do and what occurs to us in our social lives. So our social lives, in effect, can become embodied in our epigenome and passed down to subsequent generations. Similar points are also argued by Ulijaszek, Mann, and Elton (2012). (Also see my article Nutrition, Development, Epigenetics, and Physical Plasticity.)So in effect, environments are inherited too, and so, therefore, the environments that we find ourselves in are, in effect, passed down through the generations. Meloni (2018) writes:

On the other hand, by re-embedding the individual within a wider lineage of ancestral experiences and reconfiguring it as a holobiontic assemblage, it may literally dissolve the subject of emancipation. Moreover, the power of biological heredity may be so expanded (as it includes potentially any single ancestral experience) to become stronger than in any previous genetic view. Finally, the several iterations of plasticity that emerge from this genealogy appear so deeply racialized and gendered that it is difficult to quickly turn them into an inherently emancipatory concept. Even as a concept, plasticity has an inertial weight and viscosity that is the task of the genealogist to excavate and bring into view.

Thus, current biological states can be “tagged” and therefore be epigenetically transmitted to future generations. Think about it in this way: if epigenetic tags can be transmitted to the next generation then it would be presumed that that environment—or a similar one—would be what newer generations would be born in. Thus, the plasticity of the organism would help it in life, especially the immediate plasticity of the organism in the womb. Likewise, Kuzawa and Sweet (2008) argue:

that environmentally responsive phenotypic plasticity, in combination with the better-studied acute and chronic effects of social-environmental exposures, provides a more parsimonious explanation than genetics for the persistence of CVD disparities between members of socially imposed racial categories.

Of course, if we look at race as both a biological and social category (i.e., Spencer, 2014), then this is not surprising that differences in disease acquisition can persist “between members of socially imposed racial categories.” Phenotypic plasticity is the big thing here, as noted by many authors who write about epigenetics. If the organism is plastic (if it can be malleable and change depending on external environmental cues), then disease states can—theoretically—be epigenetically passed to future generations. This is just like Jasienska’s (2009, 2013, Chapter 5) argument that the organism—in this case, the fetus—can respond to the environmental quality that it is developing in and, therefore, differences in anatomy and physiology can and do occur based on the plasticity of the organism.

Lastly, Jan Badke, author of Above the Gene, Beyond Biology: Toward a Philosophy of Epigenetics (Baedke, 2018), argues that, since the gene-centered view of biology has been upended (i.e., Jablonka and Lamb, 2005; Noble, 2006, 2011, 2012, 2017) for a postgenomic view (Richardson and Stevens, 2015). Genes are not closed off from the environment; all organisms, including humans, are open systems and so, there are relationships between the environment, developmental system, and the genome which affect the developing organism. Baedke and Delgado (2019) argue that the “colonial shadow … biologicizes as well as racializes social-cultural differences among human groups.” Since every race faces specific life challenges in its environment, therefore, each race shows a “unique social status that is closely linked to its biological status.” Thus, differing environments, such as access to different foods (i.e., the effects of obesifying foods) and discrimination can and are passed down epigenetically. Baedke and Delgado (2019: 9) argue that:

… both racial frameworks nutrition plays a crucial role. It is a key pathway over which sociocultural and environmental difference are embodied as racial difference. Thus, belonging to a particular race means having a particular biosocial status, since races include two poles – a social status (e.g., class, socio-economic status) and a biological status (disease susceptibility) – which are closely interlinked. Against this background, human populations in Mexico become an exemplar of types of bodies that are not only relocated to a destabilizing modernized world in which they suffer from socio-economic deprivation. What is more, they become paradigmatic primitive bodies that are unbalanced, biologically deprived, and sick. In short, in these recent epigenetic studies poor places and lifestyles determine poor bodies, and vice versa.

In sum, accepting the reality of race—both in a minimalist/populationist biological manner and social manner—can and will help us better understand disease acquisition and differing levels of certain diseases between races. Recognizing the minimalist/populationist concepts of race will allow us to discover genetic differences between races that contribute to variation in different diseases—since genes do not alone outright cause diseases (Kampourakis, 2017: 19). Being eliminativist/exclusionist about race does not make sense, and it would cause much more harm than good when it comes to racial disease acquisition and mortality rates.

Furthermore, acknowledging the fact that the social dimensions of race can help us understand how racism manifests itself in biology (for a good intro to this see Sullivan’s (2015) book The Physiology of Racist and Sexist Oppression, for even if the “oppression” is imagined, it can still have very real biological effects that could be passed onto the next generation—and it could particularly affect a developing fetus, too). It seems that there is a good argument that the effects of slavery could have been passed down through the generations manifesting itself in smaller bodies; these effects also could have possibly manifested itself in regard to obesity in Latin America post-colonialism. Gravlee (2009) and Kaplan (2010) also argue that the social, too, manifests itself in biology.

(For further information on how the social can and does become biological see Meloni’s (2019) book Impressionable Biologies: From the Archaeology of Plasticity to the Sociology of Epigenetics, along with Meloni (2014)‘s paper How biology became social, and what it means for social theory. Reading Baedke’s and Meloni’s arguments on plasticity and epigenetics should be required before discussing these concepts.)

Lupus and Race/Ethnicity

1000 words

I’m watching Mystery Diagnosis right now, and I heard the narrator say that lupus is three times more common in African Americans than Caucasian Americans. (The woman was black.) So let’s look into it.

Lupus is a long-term autoimmune disease where the body’s immune system becomes hyperactive and attacks healthy tissue. It can damage any part of the body, skin cells, joints, organs. Many symptoms of lupus exist, like kidney inflammation, swelling, and damage to the blood, heart, joints, and lungs. No cure exists for lupus, though there are ways to minimize inflammation through diet and lifestyle.

Lupus is two to three times more likely to occur in women of color—blacks, Hispanics/Latinos, Native Americans, and others—compared to white Americans. Somers et al (2014) state that lupus affects 1 in 537 black women, “with black patients experiencing earlier age at diagnosis, >2-fold increases in SLE incidence and prevalence, and increased proportions of renal disease and progression to ESRD as compared to white patients.” However, Somers et al (2016) note that medical records may be poor or missing while the reliability of diagnosis is low for non-whites and non-blacks. They also note that race and ethny data in the US is based on self-ID for the parents and child on the birth certificate, but self-ID has almost a perfect relationship with geographic ancestry (i.e., race) (Tang et al, 2005).

Guillermo et al (2017: 7) write that:

Ethnicity is a biological and social construct, including not only genetic ancestry, but also cultural characteristics (language, religion, values, social behaviors, country of origin) yet it is an arbitrary definition [120]. Race is oftentimes used interchangeable with ethnicity but it mainly refers to the biological features of groups of people. Given that there are differences in the clinical characteristics and prognosis among different populations, it is worth evaluating the impact of race/ethnicity in SLE. Genetic ancestry influences the risk for the incidence of SLE; for example, Amerindian ancestry is associated with an increased number of risk alleles for SLE [121], and also with an early age at onset [122], Amerindian and African ancestry are associated with a higher risk for kidney involvement [122,123] and European ancestry with a lower risk [124].

First, let’s look at ref [120], which is McKenzie and Crowcroft (1994), who Guillermo et al (2017) cite as saying that ethnicity is “an arbitrary definition.” They note that some researchers use Blumenbach’s terms (see Spencer, 2014). They claim that modern definitions class Asians as Caucasian or black … what? They state that modern definitions classify Asians as black because “all disadvantaged groups [are] “black populations,”
[since] the experience of racism is paramount.” This is ridiculous on so many levels.

In any case, Southern Europeans are more likely to have a higher risk of renal involvement, and antibody production but along with that a lower risk of discoid rash whereas Western Europeans while Ashkenazi Jews “seem to be protected from neurologic manifestations” (see Richman et al, 2009). Asians and Native Americans in Canada are less likely to have manifestations than Africans; a type of lupus known as cutaneous vasculitis is more common in Native Americans from Canada, while Asians from Canada had a lower rate of serotisis and arthritis compared to Caucasians, Native Americans and African descendants (Peschken et al, 2015). However, Peschken et al (2015) note that while ethnicity was not that strong a predictor of damage accrual, low income was.

Kidney involvement is a major factor in the development of lupus (Bagamant and Fu, 2009), while it is more frequent in “Hispanics”, African-descendants, and Asians. Further, “Hispanics” and blacks are more likely to have end-stage renal failure than whites (Ricardo et al, 2015). When it comes to lupus nephritis—inflammation of the kidneys caused by lupus—“Hispanics” also have a better response to mycophenolate mofetil, which is an immunosuppressive drug that prevents organ rejection (Appel et al, 2009). After the onset of the disease, the disease declines slowly in “Hispanics”, then Africans, and finally fastest in whites. There also seems to be an SES factor in the aetiology of the disease. Sule and Petri (2005) write that “Socioeconomic status can have a major impact on SLE disease manifestations and mortality, independent of ethnicity“, while saying that association with SES is all over the place, with there being no relationship with SES and lupus acquisition.

Vila et al (2003) studied “Hispanics” from Texas and Puerto Rico. They noted that those from Texas accrued more damage than those from Puerto Rico. This is not surprising. “Hispanics” are not a homogenous group (they are a socialrace with no minimalist correlate, they have differing admixture from all over; “Hispanics” can be of any race. Vila et al (2007: 362) note that:

This diversity appears to be areflection of the great variability that exists between these populations with regards to their genetic, environmental and sociodemographic backgrounds.

“Hispanics” from the southeast part of America are different ethnically than those from the southeast.

Blacks and “Hispanics” have a higher rate of mortality than whites, but these differences disappear once SES is accounted for (Ward, Pyun, and Studenski, 1995; Kasitanon, Magder, and Petri, 2006; Fernandez et al, 2007). There could be some genetic differences between races/ethnies that contribute to disease differences between them. But as Kampourakis (2017: 19) notes in his book Making Sense of Genes:

… genes do not alone produce characters or disease but contribute to their variation. This means that genes can account for variation in characters but cannot alone explain their origin.

In sum, there is a wide range of differences between races and ethnies when it comes to lupus. Is the main cause environmental or genetic? Neither, as genes and environment interact to form disease (and any other) phenotypes. So if one at-risk minority group has a low SES, that may be a risk factor. The fact that there are ethnic differences in response to autoimmune drugs when it comes to certain forms of lupus is interesting. The wide range of ethnic differences in the acquisition of the disease is interesting, with Ashkenazi Jews seemingly protected from the disease. In any case, there are racial/ethnic differences in the acquisition of this disease and to better treat those with this disease—and any other—we need to be realists about race, whether it’s biological or social, since there are very real disease and mortality outcomes between them.

What Rushton Got Wrong

1700 words

JP Rushton’s career was pretty much nothing but peddling bullshit. In the beginning of his career, he was a social learning theorist. He published a book Altruism, Socialization, and Society (Rushton, 1980). I bought the book a few years back when I was still a hardcore Rushton defender to see what he wrote about before he started pushing IQ and evolutionary theories about human races and I thought it was pretty good. In any case, Rushton got a lot wrong. So much so, that his career was, in my opinion, wasted peddling bullshit. Rushton was shown to be wrong time and time again on r/K theory and cold winter theory; Rushton was shown to be wrong time and time again on his crime theorizing; and Rushton’s and Jensen’s papers on the causes of the black-white IQ gap rest on a misunderstanding of heritability. In this piece, I will cover those three subjects.

Recently, two new papers have appeared that have a bone to pick with Rushton: One by Flynn (2019) and the other by Cernovsky and Litman (2019). Flynn discusses Rushton’s claims on the method of correlated vectors, his cold winter theory (that Asians and Europeans were subjected to harsher climates which led to higher levels of intelligence and therefore IQ) and his misuse of regression to the mean. He also discussed how the black-white IQ gap is environmental in nature (which is the logical position to hold, since IQ tests are tests of middle-class knowledge and skills (Richardson, 2002) and they are not construct valid).

Cold Winters Theory

Rushton theorized that, due to exposure to harsher environments, that Europeans and East Asians evolved to be more intelligent than Africans who stayed in the, what I assume to be, less harsh environments of Africa (Rushton, 1985). This is Rushton’s “Differential K theory.” Flynn (2019) writes that he “can supply an evolutionary scenario for almost any pattern of current IQ scores.” And of course, one can do that with any evolutionary adaptive hypothesis.

Even Frost (2019) admits that “there is no unified evolutionary theory of human intelligence, other than the general theory of evolution by natural selection.” But since “natural selection” is not a mechanism (Fodor, 2008; Fodor and Piattelli-Palmarini, 2010), then it cannot explain the evolution of intelligence differences, nevermind the fact that, mostly, these claims are pushed by differences in non-construct valid IQ test scores.

In any case, Rushton’s theory is a just-so story.

r/K selection

Judith Anderson (1991) refuted Rushton’s hypothesis on ecological grounds. Rushton asserted that Africans were r-selected whereas Asians and Europeans were more K-selected. Rushton, however, did not even use alpha-selection, which is selection for competitive ability. So r- and K selection is based on density-independence and density-dependence. K-selection is expected to favor genotypes that persist at high densities—increasing K—whereas r-selection is expected to favor genotypes that increase more quickly at low densities—increasing r. Alpha-selection can also occur at high or low population densities but is more likely in high densities. Though alpha-selection “favours genotypes that, owing to their negative effects on others, often reduce the growth rate and the maximum population size” (Anderson, 1991: 52). I further discussed the huge flaws with Rushton’s r/K model here. So Rushton’s theory fails on those grounds, along with many others.

Race

When it came to race, Rushton was a lumper, not a splitter. What I mean by these terms is simple: lumpers lump together Native Americans with East Asians and Pacific Islanders with Africans while splitters split them into further divisions. Why was Rushton a lumper? Because it fit more with his theory, of course. I remember back when I was a Rushton-ist, and I was, too, a lumper, that to explain away the low IQs of Native Americans—and in turn their achievements—was that they still had their intelligence from the cold winters and that’s when they did their achievements. Then, as they spent more time in hotter climates, they became dumber. In any case, there is no justification for lumping Native Americans with East Asians. Looking through Rushton’s book, he gives no justification for his lumping, so I can only assume that it is bias on his part. Now I will justify the claim that splitting is better than lumping. (Rushton also gave no definition of race, and according to Cernovsky and Litman (2019: 54), Rushton “failed to provide any scientific definition of race …

Race is both a social and biological construct. I can justify the claim that Natives and East Asians are distinct races in one way here: ask both groups if the other is the same race. What do you think the answer will be? Now, onto genetics.

Spencer (2014) discusses the results from Tishkoff et al (2009), saying that when they added 134 ethnic groups to the ones found in the HDGP sample of 52, the K=5 partition clustered Caucasians, Mongoloids, and three distinct sets of Africans. Mongoloids, in this case, being East Asians, Native Americans, and Oceanians. But Tishkoff et al oversampled African ethnic groups. This, though, does not undercut my argument: of course when you oversample ethnic groups you will get the result of Tishkoff et al (2009) and since Africans were oversampled, the populations more genetically similar were grouped into the same cluster, which, of course, does not mean they are the same race.

Census racial discourse is just national racial discourse. The census uses defers to the OMB to define race. How does the OMB define race? The OMB defines “race” as “sets of” populations. Race in US racial discourse designates a set of population groups, thus, race is a particular, not a kind.

I can then invoke Hardimon’s (2017) argument for the existence of minimalist races:

1 There are differences in patterns of visible physical features which correspond to geographic ancestry.
2 These patterns are exhibited between real groups.
3 These groups that exhibit these physical patterns by geographic ancestry satisfy conditions of minimalist race.
C Race exists.

Now we can say:

1 If Native Americans and East Asians are phenotypically distinct, then they are different races.
2 Native Americans and East Asians are phenotypically distinct.
C Therefore Native Americans and East Asians are different races.

Crime

Rushton arbitrarily excluded data that did not fit his theory. How dishonest. Cernovsky and Litman (2019) write:

When Rushton presented crime statistics derived from 2 Interpol Yearbooks as allegedly supporting his thesis that Negroids are more crime inclined than Caucasoids, he arbitrarily excluded disconfirmatory data sets. When all data from the same two Interpol Yearbooks are re-calculated, most of the statistically significant trends in the data are in the direction opposite to Rushton’s beliefs: Negroids had lower crime rates than Caucasoids with respect to sexual offenses, rapes, theft, and violent theft or robbery, with most correlation coefficients exceeding .60. While we do not place much credence in such Interpol statistics as they only reproduce information provided by government officials of different countries, our re-analysis indicated that Rushton excluded data that would discredit his theory.

Further throwing a wrench into Rushton’s assertions is his claim that Mongoloids constitutes both East Asians and Native Americans. Well, Central America has some of the highest crime rates in the world—even higher than in some African countries. What is the ad-hoc justification for explaining away this anomaly if they truly are the same race? If they are the same race, why is the crime rate so much higher in Central America? Surely, Rushton’s defenders would claim something along the lines of recent evolution towards X, Y, and Z. But then I would say, then on what basis are they the same race? No matter what Rushton’s defenders say, they are boxed into a corner.

IQ

Lastly, Rushton and Jensen (2005) argued, on the basis of heritability estimates, and twin studies, that the black-white IQ gap is largely genetic in nature. But there are a few problems. They rely largely on a slew of trans-racial adoption studies, all of which have been called into question (Thomas, 2017). IQ tests, furthermore, are not construct valid (Richardson and Norgate, 2015; Richardson, 2017). Heritability estimates also fail. This is because, in non-controlled environments these stats do not tell us much, if anything (Moore and Shenk, 2016). Likewise, Guo (2000: 299) concurs, writing “it can be argued that the term ‘heritability’, which carries a strong conviction or connotation of something ‘heritable’ in everyday sense, is no longer suitable for use in human genetics and its use should be discontinued.” (For more arguments against heritability, read Behavior Genetics and the Fallacy of Nature vs Nurture.)

Rushton and Jensen (2005) also relied on the use of twin studies, however, all of the assumptions that researchers use to attempt to immunize their arguments from refutation are circular and ad hoc; they also agree that MZs experience more similar environments than DZs, too (Joseph et al, 2014; Joseph, 2016, see a summary here; Richardson, 2017). In any case, the fact that G and E interact means that heritability estimates are, in effect, useless in humans. Farm animals are bred in highly controlled environments; humans are not. Thus, we cannot—and should not—accept the results of twin studies; they cannot tell us whether or not genes are responsible for any behavioral trait.

Conclusion

There was a lot that Rushton got wrong. His cold winters theory is a just-so story; East Asians and Native Americans are not the same race; heritability estimates are not a measure of how much genes have to do with phenotypic variation within or between groups; IQ tests are not construct valid; r/K selection theory was slayed as early as 1991 and then again in 2002 (Graves, 2002); twin studies are not informative when it comes to how much genes influence traits, they only measure environmental similarity; and finally, Rushton omitted data that did not fit his hypothesis on racial differences in crime.

It’s sad to think that one can spend a career—about 25 years—spewing nothing but pseudoscience. One of the only things I agree with him on is that races are real—but when it comes to the nuances, I disagree with him, because there are five races, not three. Rushton got a lot wrong, and I do not know why anyone would defend him, even when these glaring errors are pointed out. (For a good look into Rushton’s lies, see Dutton’s (2018) book J. Philippe Rushton: A Life History Perspective and my mini-review on the book.)

Race and Alien Abductions

1550 words

I was watching the show Ancient Aliens a while back (I don’t believe it, it’s great for a good laugh now and then, though) and I recall them “theorizing” that Asians are aliens—specifically due to the Dropa stones. So I was searching Google for some information on it, and I discovered this article Race, Citizenship, and the Politics of Alien Abduction; Or, Why Aliens do not Abduct Asian Americans (Tromly, 2017).

Tromly argues that alien abductions are a specific cultural—national—phenomenon and that certain groups, mainly Asian Americans, are excluded from these so-called abductions. Surely, most readers are familiar with the most famous of all alien abductions—the case of Betty and Barney Hill (Barney Hill was a black man). One night, they were driving down the road. And all of a sudden, they woke up in their car and many hours had elapsed (a concept known as “missing time“). They then went to a hypnotizer and underwent hypnosis. They then described many experiments that the aliens carried out on them. In any case, I’m not going to discuss the so-called abduction here, but this is one case—one of the most famous—of a minority being abducted.

Tromly argues that the notion of alien visitors elicits collectivity in humans—that, of course, all national, racial, and social differences would be put aside in the event of a hostile alien invasion and we would attempt to quell the alien threat. Think War of the Worlds. Indeed, Stephen Hawking argued that we should not attempt to contact aliens. His reasoning was simple: When Europeans came to the Americas in the late 1400s, with their superior technology, they subjugated the natives. Of course, if aliens from far, far away came to earth, they would be far more technologically superior to us—leaps and bounds ahead of the technological superiority when Europeans and Native Americans are compared. So this type of alien invasion, Tromley argues, would spur humans’ “species-consciousness”

Tromly (2017: 278) writes:

According to this paradigm, abductees are traumatized to the point that nationality becomes irrelevant. Describing the trauma of his own abduction in his bestselling book Communion, Whitley Strieber writes, “I was reduced to raw biological response. It was as if my forebrain had been separated from the rest of my system, and all that remained was a primitive creature, in effect the ape out of which we evolved long ago” (18).

So, Tromly then cites psychiatrist John Mack who argues that abductees are not self-selected and that they come from all walks of life. He is pretty much saying that, to the aliens, there is no one type of person that is more desireable to the aliens and therefore no one group is more worthy of visitation than any other. Further, he is arguing that, whatever differences exist between these diverse people, they are equal in one thing: their visitations by alien visitors.

Tromly (2017: 280) then writes:

Lowe argues that this ideal of political membership comes at the cost of specific individuation: “In being represented as citizen within the political sphere… the subject is ‘split off’ from the unrepresentable histories of situated embodiment that contradict the abstract form of citizenship” (2). These inadmissible “particularities” include “race, national origin, locality, and embodiment [that] remain largely invisible within the political sphere” (2). It is useful to revisit Mack’s presentation of the abduction community in light of Lowe’s observations, because his catalogue of abductees is typical of the discourse in that it defines abductees solely in terms of class and profession—in effect, Mack’s example of the diversity of abductees is underwritten by an assumption of sameness. Because he fails to mention other types of difference on the assumption that they are irrelevant, Mack excludes these differences and, ironically, his demonstration of the diversity of the abductee community becomes subtly exclusionary.

Alien abduction, if you keep up with this kind of thing, is pretty obviously racially exclusive: most abductees are white Americans. Though, of course, believers in alien abductions claim that this accurately reflects the racial demographics of America—with whites being the majority racial group.

Tromly then describes a re-telling of the Betty and Barney Hill saga, where the couple he describes are still an inter-racial couple, but the wife remembers the alien abduction, whereas the husband recalls does not remember it, he recalls the night as normal. This story is written by Asian American writer Peter Ho. So when the wife sees a blue alien light, the husband sees blue police lights—implying that alien abductions and police stops are, in a way, coeval. The wife wants to tell the story—the abduction story—since it can be looked at in a broader national context whereas the husband does not want to—since what he recalls of that night was not a night of alien abduction but a night of being stopped by the police. Eventually, the husband gives in to his wife, who was continuously nagging him to “remember’ the abduction. So he “recalled” one under hypnosis, and a completely different one while he dreamed.

Tromly (2017: 287) writes:

The significance of the Asian American abductee’s absence is shaped, in part, by how abduction in general is understood. Accepting accounts of abduction as true accounts of events that have taken place would require hypothesizing about why aliens might be more interested in some ethnicities than others. To understand accounts of abduction as imagined stories that emerge from anxiety, hysteria, or trauma might suggest that these narratives are not a useful avenue for the expression of the concerns of Asian Americans. … Of course, linguistic barriers may be a reason that a certain segment of the Asian American community cannot participate in the textual spread of the abduction phenomenon. (Many abductees recall repressed memories of abduction after reading texts by Hopkins or Strieber.) However, a more compelling reason for their exclusion is that Asian Americans, or the associations they typically bear in popular discourse, disrupt the logic of the abduction narrative.

Great point! What if the aliens can only telepathically communicate with English-speaking people, therefore they are the only ones that get abucted—and not Asian Americans?

Tellingly, Asianness is sometimes used to mark the otherness of extraterrestrial aliens—Strieber, for example, describes the otherworldly features of an alien with whom he comes in contact through a comparison with “Asian” features: “its eyes are slanted, more than an Oriental’s eyes” (60).9 However, rather than focusing on the possible racial connotations of physical descriptions of aliens, it is more productive to examine the similarities between descriptions of alien characteristics and long-standing Asian American stereotypes. Whether they are conceptualized as a threat to humanity or an advanced and enlightened race, aliens that abduct are almost always described as being deliberate, dispassionate, and, needless to say, technologically adept.

Of course, this is where the observation from Ancient Aliens comes from: popular accounts of the aliens are that they are short, physically weak and frail-looking, and, most notably, have slanted eyes. Asians fit this description, too. So, one can see the parallel here: Asians are technologically adapt, as are the aliens. Asians, too, are looked at as being an enlightened race. This, too, pushes the Asian stereotypes—the “yellow peril” stereotype—where Asians want to come to America and take American resources, and the “model minority”—the claim that Asians are what other minorities should strive to be—because they excel “through technological sophistication, emotionless drive” (Tromly, 2017: 288), while they are extremely productive, what I assume aliens would be like.

In any case, it seems that alien abductees are actually more likely to be white. I was watching Ancient Aliens last April and they were discussing certain characteristics of abductees—pretty much like Tromly was, without mentioning race. What they mentioned, though, was pretty funny: abductees were more likely to have rH negative blood along with having a higher percentage of green and hazel eyes. I took two pictures of the screen when it came on:

abductee1

abductee

Wow, how interesting, what a disparity. So it seems, that along with not targetting minorities at the same rate as whites, they are targeting a group of people that are more likely to have green eyes and rH negative blood. Then, someone appeared on the screen and then stated that since hazel and green eyes and RH negative blood are due to mutations, that the aliens either created it or they have a special interest in it. They were talking about a “genetic component” to alien abductions. Seems like even being abducted by aliens is “genetic”, too. Wow, what isn’t “genetic” nowadays?

This article wasn’t that serious; I just found this today and read it, and I had a few laughs. While it is interesting that only white Americans seem to be the subjects of alien abductions and the like—and minorities seem to be overlooked—I don’t think it’s anything like Tromly says. Though obviously, I would say that since the aliens are not abducting Asian Americans and aliens look similar to Asians (small bodies, almond-shaped eyes, and weak and frail-looking bodies) and it is hypothesized by Ancient Astronaut “theorists” that aliens are humans from the future, the conclusion is simple to see: these aliens abducting humans are Asians from the future and they’re not abducting Asians because they are looking for different genes and other physiological and anatomic differences, and since they are descended from Asians then why would they abduct them? Checkmate, Ancient Aliens deniers.

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