The current online edition of The National Journal contains a profoundly important (and for many, potentially unsettling) article on the politicization of science in modern America. Written by Paul Starobin, the article assaults both the political left and the political right for deliberately trying to bend scientific research to their own ends. Many of us in the political center-left will be uncomfortable with certain of Starobin's contentions. Many on the political right (if they bother to read the article at all) will be even more outraged. Starobin thinks the same way I do about these issues: it doesn't matter what anyone wants to be true; all that matters is what is true, or at least empirically verifiable. Increasingly, science has become a political football in this country, with ideologues and religious fanatics fighting against the reality of science's findings if that reality upsets their comfortable pre-conceived notions. Key excerpts:
The partisans are of two basic types. For shorthand, they can be called The Ideologues and The Big-Money Crowd
The Ideologues traverse the political spectrum, from the Religious Right to the New Left. The former push for the teaching of a pseudo-science, intelligent design, in biology class; the latter refuse to countenance the idea, taken seriously by biologists, that males and females may have different aptitudes for such subjects as math and language. Each is vulnerable to the courtroom dressing-down that the Jack Nicholson character, Marine Col. Jessep, delivered in "A Few Good Men." "You want answers?" the grizzled Nicholson asked a young Tom Cruise, playing a military lawyer.
"I want the truth!"
"You can't handle the truth!"
As for The Big-Money Crowd, the striking example is the fossil fuel industry's willful reluctance to acknowledge "an inconvenient truth" -- global warming -- as science evangelist Al Gore asserts in his new movie by that name. Probably these cool cucumbers, unlike The Ideologues, can handle the truth -- it is their bottom-line businesses that seem invested in fable and distortion. The real loser, of course, could be planet Earth.
As far as the differences in male and female capacities, I have my doubts about that. I've been a teacher for 32 years, and I fail to see these differences. But being a history teacher, I cannot safely judge the aptitude of females for math and science. I'm not afraid of research in this area, and I would never dream of trying to block it on ideological grounds. Let's settle the question instead of arguing about it. In regard to the global warming "controversy" (I put the term controversy in quotes because the so-called controversy is wholly manufactured), we know what's at stake. Despite the overwhelming evidence that human activity is exacerbating the natural cycles of the earth's warming and cooling, a massive political apparatus has sprung up to fight this evidence. This fight is solely based on economic self-interest, regardless of potential consequences.
The Left has sometimes violently objected to research that upsets its worldview. What happened to Edward O. Wilson is instructive:
In 1978, at a meeting in Washington of the American Association for the Advancement of Science, a protester poured a jug of water over the head of Edward O. Wilson, a world-renowned Harvard entomologist whose specialty was the study of ants. The miscreant's compatriots verbally denounced Wilson for giving sustenance to sexism, racism, and genocide through his research.
Wilson's sin was his founding of "sociobiology," which he defined as the extension of "neo-Darwinism into the study of social behavior and animal societies." Humans were part of this analysis -- their activities treated not as outside of biological principles but as obedient to them. The result was a politically incorrect litany of examples that were presented in a nuanced fashion but infuriated the Left nevertheless. In the chapter on "Sex" in his book "On Human Nature," Wilson wrote, concerning humans and "most" animal species, that "it pays males to be aggressive, hasty, fickle, and undiscriminating," while "in theory it is more profitable for females to be coy, to hold back until they can identify males with the best genes."
On the question of whether human beings are "innately aggressive," and for this reason prone to warfare, "the answer," he wrote, "is yes." In The New York Review of Books, Wilson was attacked for reviving theories that were the basis for "the eugenics policies which led to the establishment of gas chambers in Nazi Germany."
I think this reaction can safely be characterized as hysterical. Wilson's bottom line is this: humans are animals with a long evolutionary past that has shaped their development. To contend, as some have, that cultural influences are the only factors that shape human behavior is to be dangerously misguided about why humans act as they do. Sociobiology is a legitimate scientific endeavor, now known chiefly as evolutionary psychology. Let the facts behind human behavior be explored, and if these facts destroy cherished prejudices, so be it.
By far the most egregious offenders against science, in Starobin's view, have been right wing Big Money people and ideologues. The litany of their sins is depressingly familiar:
[In promoting creationism after attempts at banning evolution failed] religious ideologues took a different tack, seeking to have public schools teach intelligent design in science classes as an alternative to evolution. The problem is that "ID is not science," as a George W. Bush-appointed federal judge, John E. Jones III, ruled decisively [PDF] in Harrisburg, Pa., last December. "ID violates the centuries-old ground rules of science by invoking and permitting supernatural causation," Jones wrote in his explanation of why the Dover Area School Board was guilty of "breathtaking inanity" in its requirement that students be told about intelligent design in ninth-grade biology class.
Jones tossed out the Dover school board's requirement on the grounds that intelligent design, as "creationism relabeled," breached the constitutional wall separating church from state because it was the product of a religious viewpoint. He might have ruled narrowly; instead he provided a tutorial on the origins of the modern scientific method in the time of Newton. His ruling made clear that advocates of ID were not simply displaying hostility toward evolution -- they were, in effect, rejecting the workings of science and the evidence compiled by scientists since Darwin offered his theory in "The Origin of Species" in 1859. In attempting to package intelligent design as science, the ID advocates were rejecting science itself. In a way, this was intellectual hubris of the highest order.
For his troubles, Jones was accused by Phyllis Schlafly, a longtime activist on behalf of conservative religious causes, of being in league with "atheist evolutionists" and, more than that, of betraying "millions of evangelical Christians" who voted for Bush in 2000 and thus made possible Jones's appointment to the bench. In his ruling, Jones "stuck the knife in the backs of those who brought him to the dance," Schlafly thundered in a Copley News Service column.
The intelligent-design movement may or may not be dead as a result of Jones's ruling. But efforts to deny the scientific validity of evolution most certainly are not -- the forces behind intelligent design are merely regrouping. Of course, no one is under any compulsion to accept evolution -- or to accept, for that matter, the proposition that water boils at 100 degrees centigrade under normal pressure. But should popular democracy, as Schlafly implies in her column, get to decide what is and what is not credible science?
Exactly. Science is not "democratic". Its findings do not depend on popular support. In 1632 Galileo found himself deeply isolated in his opinion that we lived in a heliocentric universe. In our own era, as late as the 1930s, only one scientist in the world truly understood how the sun works. When opponents of evolutionary fact argue that most Americans reject evolution, they are making an argument of almost mind-warping idiocy, as if the laws of nature are determined by popular vote.
Starobin reminds us of Big Tobacco's assault on research that proved its products were dangerous. He exposes the cynicism of the Republican assault on environmental science (which uses Frank Luntz derived arguments about the "inconclusive" evidence of global warming). And he also criticizes Richard Dawkins, whom I deeply respect, for his efforts to use science to prove his contention that religious believers are essentially fools. (One scientist is quoted as calling Dawkins an evangelist for atheism and adding, "He's killing us.)
Starobin's arguments will raise a lot of hackles. Good! Let the hackle raising begin. Because, in the end, reality ALWAYS wins, despite our best efforts to ignore it or bend it to our will. The world is as it is. That simple proposition has been fought by too many people for too long. The dangers of the politicization of science lead Starobin to this conclusion:
A fascinating, if somewhat frightening, societal experiment is under way. The question is whether democracy naturally advances science, or whether modern progress in science actually has less to do with heralded forms of government than with the fruit born of a special moment in historical time, the modern European Enlightenment, from which America, courtesy of the Founders, greatly benefited.
Jefferson, the ultimate optimist about progress in science and democracy going hand in hand, died in 1826, at the dawn of what became known as Jacksonian America, a raucous new era of muddy-boots rule by "the people." Alexis de Tocqueville, the French aristocrat who toured this America in 1831 and was its most perceptive chronicler, worried about the prospect for science in the new Republic. "Nothing is more necessary to the culture of the higher sciences or of the more elevated departments of science than meditation; and nothing is less suited to meditation than the structure of democratic society," Tocqueville observed in "Democracy in America."
For a very long time, this appeared to be the rare Tocqueville insight that was off the mark. Our current age, though, seems bent on proving him right after all.
Read the whole thing--and become enlightened.
4 comments:
Sociobiology doesn't raise hackles just because it comes to conclusions that we leftists do not find desirable. It raises hackles because a lot of the time, its flat out bad science.
Consider the most famous of sociobiology's claims: "Men are inclined to cheat on their wives because of the biological drive to spread their genes." To prove this, a sociobiologist points out that being promiscuous helps spread your genes. Spreading your genes is one of the fundamental goals of any organism. Therefore, there is a deep seeded biological urge to spread your genes. And since its easier for men to have many children than women, promiscuity has a much greater benefit to men. Therefore, its natural for men to be promiscuous because of this deep seeded biological urge to spread your gene. Therefore, that guy cheating on his wife does so for biological reasons.
Of course, the preceeding argument has a number of logical errors. It automatically assumes that since its a "goal" to spread your genes as much as possible (not necessarily true), there must be a deep seeded biological urge to do so. It takes something complicated like the relationship between a husband and wife, finds one possible cause and automatically assumes that it has found the main cause of behavior. It commits the "super-adaptationist" fallacy of evolutionary biology, where it is assumed that every trait of an organism has some evolutionary benefit. And it relies on bad data, because statistically speaking, women are about as likely to cheat as men are.
In addition, a lot of sociobiologists fall victim to the naturalistic fallacy, or failure to distinguish between the way things are and the way things should be. Just because women are naturally better readers, doesn't mean should assume I'm a worse reader because I'm a guy. For that matter, no one should assume any guy is a poor reader on the basis of his sex. And the reverse is true for girls in math.
I don't know that the data do show that women cheat as much as men. Some studies I've just looked at to reply to your question say that men are 50% to 100% more likely to admit to having had an affair. (Admit is a key word here.) We must, of course, not overlook cultural influences on human behavior, but let's be honest: men really do tend to be more sex obsessed than women. Men are the overwhelming market for pornography, and are generally much moe visually oriented in sexual matters than women. Men tend to be attracted to physical beauty; women more to social position. (How else would Henry Kissinger ever have gotten a date?) Prostitution overwhelmingly serves men as well. Studies also show that men think and fantasize about sex a great deal, and that intercourse for men is generally more meaningful and satisfying for them than it is for women. The desire of men for many partners isn't just an old wives' tale--it seems to have some basis in fact.
Women may cheat for a variety of reasons other than simple lust. They often may be looking for an emotional gratification that they can't get from their husbands. They may be escaping a cold or abusive relationship as well.
All claims in sociobiology deserve rigid scrutiny. Bad ideas and bad data may pop up in any field. But overall, I think sociobiology is on firm ground in saying that human behavior is, in many ways, a synthesis of evolutionary development and the cultural capacity of our brains, a capacity which is in turn that is rooted in our biological nature. Not every trait has to have a benefit; some traits may be neutral. But after more than three million years of existence, it's pretty clear that natural selection has shaped the genus Homo pretty clearly toward reproductive success. The more extravagant and sweeping claims of sociobiology do not have to be rejected, but sociobiolofy does present a perspective that needs to be heard.
Mehal,
Sociobiology may be bad science, but I don't think you'll convince anyone with the arguments you've raised here. In many respects, sociobiology and evolutionary biology are the same discipline - that is to say that they use the same techniques to study different subjects. Or different aspects of the same subject. Richard Dawkins has effectively pointed out several times that there is no special reason to seperate behavioral phenotypes from physiological or anatomical phenotypes when examining an organism, since both ultimately spring from the same source - the genome. In other words behavior, like body hair, is subject to genetic selection pressure and changes in behavior are not just related to, but are caused by changes in genes or their expression.
Genes don't have 'goals', so nobody (even the sociobiologist) assumes that spreading their genes is anyone's goal. But the success of a gene is measured by how widely it spreads itself around - more importantly the success of a gene is not necessarily tied to the success of the organism it resides in. Looking at it this way, it becomes clear that the "deep seeded biological urge to spread your genes" is nothing more or less than the process of evolution at work on an organisms genes. In a human it may be hard to see or even believe that this is taking place, but it is. The complex behaviors that humans have, including self-awareness and consciousness, are all products of their genes whether you like it or not. When a guy cheats on his wife his behavior is influenced by his genetic make-up. It may make the genes helping to encode that behavior be more successful. It might also make the guy a creep, and I don't think anyone would give him a pass just because he has 'cheating genes' - as humans we hold other humans responsible for their actions regardless of their motivations (mostly). Anyhow, nothing "made" him cheat; his decision to do so consisted of lots of factors, and some of them had to do with the possible reproductive benefits cheating might confer. Other probable factors are things like risk, enjoyment, fear (of hurting his spouse and of getting caught), etc. He doesn't have some gene that makes him cheat, but he had a bunch of genes all chiming in with their respective behaviors influencing the choice he will make. Thinking about it like this, there is no reason in the world that we shouldn't expect there to be differences between males and females in this. They have fundamentally different reproductive physiologies and the genes influencing reproductive behavior are, not surprisingly, quite different. So, men (as a class) may have a greater tendency to cheat than women do, and may tend to cheat for different reasons than women do - suppositions that both appear to be bourne out by observation.
None of this is a defense against stereotyping, which is what it seems your last paragraph boils down to. Just because I'm a guy doesn't mean that I cheat or that I'm likely to cheat. But guys, on average, are more likely to cheat than girls are. Judge the individual by his merits and not by the averages of the groups he belongs to, right?
I think I've been a little long winded, but I'll say one last thing: none of this ever causes controversy when applied to, say, lizards, or birds. There are monogamous-pairing birds, for example, that behave in ways that are strikingly similar to the ways that humans do - females with 'undesirable' males cheat with more desirable males, and highly desirable males cheat with lots of other females. Nobody bats an eye about finding geneetic or evolutionary causes for this, but try to apply the same analysis to humans and people accuse you of doing bad science.
Thank you so much, Mehal and Paul, for your valuable contributions. You two alone are smarter than 99.99% of the contributors I see on other blogs.
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