News, Views and Careers for All of Higher Education
Dec. 13, 2005
The endless debate over the teaching of Charles Darwin’s theory of evolution has now moved from the high schools to the universities. In this debate, the advocates of “intelligent design theory” say that this should be taught as a scientific alternative to Darwin’s theory. It’s time to consider radical ideas for resolving this dispute.
I have a proposal. Why not introduce our students to this debate by having them read Darwin’s own writings in their biology classes? We could teach the controversy by teaching Darwin.
I suspect, however, that this proposal will be rejected by almost everyone in this debate, because both sides — the proponents as well as the critics of evolution — have a deep fear of teaching Darwin.
“Intelligent design theory” is the idea that some of what we see in the living world shows the kind of specified complexity that must be the product of an intelligent designer rather than Darwinian evolution. Proponents of intelligent design at the Discovery Institute (a conservative think tank in Seattle) have adopted the rhetorical argument of “teaching the controversy.” They recommend teaching the theory of evolution by natural selection along with intelligent design theory, so that students are fully informed about all sides of this debate.
Opponents respond by saying, what controversy? Although there might be some controversy over the exact mechanisms of evolutionary change, they say, there is no real scientific controversy over the general theory of the origin of species by natural evolution. The supporters of intelligent design theory are moved not by scientific motives but by religious motives. And after all, intelligent design theory is not really a scientific theory, because it appeals to supernatural causes beyond natural experience and the scientific method.
I agree that the scientific evidence and arguments favor Darwinian evolution over intelligent design. In debating some of the leaders in the intelligent design movement such as Michael Behe, William Dembski, and Jonathan Wells, I have seen that they rely on the rhetorical technique of negative argumentation. They appear to win the debate when they ask the Darwinian scientists to demonstrate the exact step-by-step evolutionary pathways for the emergence of living mechanisms that show apparent design. And yet they offer no positive theory of their own to explain exactly where, when, and how the Intelligent Designer created these same living mechanisms. Without such a positive theory, their position is not empirically testable.
Despite these fundamental weaknesses in the intelligent design position, I cannot see that there would be anything wrong with having students weigh the evidence and arguments for themselves by reading selections from Darwin’s own writings — particularly, The Origin of Species and The Descent of Man. Surely, the proponents of evolution couldn’t object to having students read Charles Darwin. And yet this could also satisfy the proponents of intelligent design, because Darwin presents intelligent design theory, which he calls the “theory of creation,” as the major alternative to his theory.
In The Origin of Species, Darwin frames the fundamental debate as a controversy between two theories — the “theory of creation” (or the “theory of independent acts of creation”) versus the “theory of natural selection” (or the “theory of descent with modification”). He indicates that until recently “most naturalists” — including himself — have accepted the “theory of creation,” which says that each species has been independently created by a Creator. But Darwin thinks that now we have a better theory — a “theory of natural selection,” which says that although the general laws of nature might have been ultimately created by a Creator, those general laws allow for the natural evolution of species through natural selection of inherited variations. Consequently, there is no need for special interventions by a Creator to design each species and each complex organic mechanism.
Darwin thinks that neither theory can be conclusively demonstrated. But we can at least judge one theory as more probable if it can explain “large classes of facts” more intelligibly than the other theory. For example, if the “theory of natural selection” can explain the geographic distribution of species between the Galapagos Islands and the South American mainland and do this more persuasively than any alternative explanation based on the “theory of special creation,” then we can judge the evolutionary theory to be more probable.
Darwin acknowledges the many “difficulties” with his theory, which turn out to be the very problems that are commonly stressed by proponents of intelligent design theory. But while Darwin admits that these “difficulties” are so severe as to be “staggering,” he tries to resolve them, while arguing that the “theory of creation” has its own difficulties.
Proponents of “intelligent design theory” might object that their theory is not the same as the “theory of creation.” While speaking of the “Creator” implies a literal reading of the Bible’s account of the six days of Creation, they might argue, one can speak of the “Intelligent Designer” without identifying this Designer with the Creator of the Bible. But Darwin reduces the “theory of creation” to the general idea that a powerful intelligence created each species independently, which does not require reading the opening chapters of Genesis as a literal account of six days of creation.
In The Descent of Man, Darwin extends his evolutionary theory to cover human nature, including the moral, intellectual, and religious propensities that make human beings unique in the living world. He argues that the human beings have a natural “moral sense” rooted in a biological nature shaped by evolutionary history. He suggests that religious belief reinforces this moral sense by giving divine sanction to social duties.
Religious conservatives often reject Darwinian science because they think it promotes a morally corrupting materialism. In fact, the underlying motivation for American conservatives adopting intelligent design as an alternative to evolution is their fear of Darwinian immorality. But Darwin’s scientific defense of the natural moral sense suggests that his evolutionary theory actually supports traditional morality as rooted in the evolved nature of the human animal.
So if students were to read Darwin, they could judge not only the scientific truth of his theory but also its moral and religious implications. This would help them to think through the complex interaction of science, morality, and religion. Wouldn’t it be good for biology students to engage in this kind of study?
Of course, evolutionary science has advanced since Darwin’s day. For example, the fossil record today is better known; and we now understand the genetic basis of inheritance. So teachers might want to supplement the reading of Darwin with some reading from a recent textbook of evolutionary theory. But I would suggest that most of the major ideas of evolutionary science can be found in some form in Darwin’s texts.
A few months ago, at a conference in Washington, I presented my proposal for having high school biology students read Darwin. One of the leading opponents of the intelligent design movement was on the panel. He complained that it would not be right to allow high school students to think through these issues for themselves, because only scientific “experts” could judge the evidence for evolution. As far as he was concerned, the purpose of high school science education was to tell students what the “experts” believed, and any proposal to open up the classroom to real debate was actually part of the war on science coming from the Religious Right and George W. Bush.
He also argued that what I was proposing would be more suited for university students. I have done this in some of my university teaching in political science classes that include many biology students. My students read Darwin along with some of the contemporary writing of the intelligent design proponents. This stimulates a lively debate. One of the professors in the biology department at my university has also been successful in using readings from Darwin in his undergraduate course on evolutionary theory.
But generally I have found that most university biologists are opposed to using Darwin’s writings in their classes and allowing their students to study the debate over intelligent design. A few years ago, I noticed that the biology department at my university was offering a course on “The Evolution/Creationism Debate. ”I went to the class and found that it was for biology majors planning on teaching high school biology. At the first meeting of the class, the students were told that they would not be reading any of the publications by proponents of creationism and intelligent design because all of this writing was “crap.” Instead, they would memorize the standard arguments defending evolution so that they could respond to those “ignorant parents” who might object to their teaching. But doesn’t this actually play into the hands of the intelligent design proponents by confirming their claim that the teaching of evolution to students has become indoctrination without freedom of thought?
Recently, Hunter Rawlings, president of Cornell University, devoted his “State of the University Address” to the continuing controversies surrounding evolution and intelligent design. He said that universities such as Cornell needed to do a better job in helping students and the general public to understand the nature of these controversies — while teaching evolution and not intelligent design as science. He recommended that Cornell promote interdisciplinary courses on evolution and religion that would illuminate the ideas of creationism and intelligent design as compared with evolutionary ideas. Natural scientists, social scientists, and humanists should all be involved in broad-ranging teaching that would explore the scientific, moral, and religious implications of evolutionary thought. To illustrate what he had in mind, he cited the work of Will Provine, a Cornell professor who teaches biology courses that explore the moral and religious dimensions of evolutionary theory. Although Provine dismisses intelligent design as worthless, he has been known to invite defenders of intelligent design such as Phillip Johnson to speak to his students.
I agree with President Rawlings. And I suggest that adopting Darwin’s writings as central texts for university courses on evolution would promote the sort of interdisciplinary teaching that he recommends.
Most biologists believe that debating intelligent design or creationism as alternatives to Darwinian evolution has no place in a science course, because such a debate really belongs in a philosophy or religious studies course. President Rawlings implies that he agrees with this. But doesn’t this separation of science from philosophy and religion manifest just the kind of narrow thinking that President Rawlings says he wants to overcome?
The consequences of such narrow thinking are evident in the recent controversy at the University of Kansas over a proposed course in the religious studies department with the title “Intelligent Design, Creationism, and Other Religious Mythologies.” Paul Mirecki, the chair of religious studies at Kansas, proposed this course in response to recent political disputes over the teaching of evolution in Kansas public schools. In an e-mail message to a listserv, Mirecki identified religious fundamentalists as “fundies,” and he remarked: “The fundies want it all taught in a science class, but this will be a nice slap in their big fat face by teaching it as a religious studies class under the category ‘mythology.’” Obviously, the proponents of intelligent design saw this as confirming their fear that teaching the evolution debate in a religious studies class would be biased against their position.
At most universities, the organization of the curriculum separates science from the humanities and the social sciences. This promotes the idea among both teachers and students that the study of science must be separated from the study of morality, religion, and politics. This discourages teachers and students from thinking through the moral, religious, and political implications of a scientific idea like Darwinian evolution.
Darwin himself thought deeply about the broad implications of his evolutionary theory. If university teachers and students were to study evolution by studying Darwin’s writings, they could see how the debate over evolution versus intelligent design opens up profound questions about the ultimate origins and meaning of life in the universe.
There is no better way to explore such questions than to teach the controversy over Darwinian evolution by teaching Darwin.
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Interesting idea, although I wasn’t surprised to see that it was from a poli sci prof when I reached the end.
The problem with this well-intentioned proposal is the different methods of inquiry in the humanities and the sciences.
The history of science is a different discipline than science is.
Just because Darwin’s name got attached to evolution and he was the first to publish his deep insight (just ahead of Wallace, who came by it separately) doesn’t mean that his writings should be taught in science classes.
In Poli Sci, the writings of the ancients are relevant because our understanding of human nature (particularly of groups) has advanced very little.
But that’s not the case in science; we don’t teach the theory of the ether, or of the four states of matter (fire, water, earth, air) as a precursor to teaching physics.
And there’s no particularly good reason to teach Darwin’s writings in a science class because, except for the powerful insight into the result (natural selection through differential reproductive success) Darwin didn’t know much — no knowledge of genetics.
Rather than put Darwin’s writings into a science class (rather than a history of science), the book to put into the curriculum is new (2005), “Endless Forms Most Beautiful,” and it’s an amazing book.
It explains in detail HOW evolution works by explaining evolutionary development of embryonic creatures (evo devo), showing how stripes, and wings, and legs, and all the other parts of life are formed from the simple, surprisingly small set of building blocks that we share with all other living creatures.
It’s not an easy read, but that’s why it should be presented in a class where the ideas can be discussed and other examples shown to reinforce the concepts. Anyone who maintains creationist/ID beliefs after reading this book is simply not open to persuasion.
JMG, at 10:09 am EST on December 13, 2005
To JMG:
“Darwin didn’t know much"? I disagree. Darwin’s understanding is far superior, and the range of his thought far broader, than can be found in contemporary textbooks of biology. That’s why I think reading Darwin would give students a far deeper grasp of the idea of evolution than reading textbooks.
Sure, as I indicated in my essay, there have been advances beyond Darwin in many areas relevant to evolutionary theory. Genetics would be a prime example. And so students will need to read modern textbooks in these subjects.
But my point is that if biologists are to help students think through the profound epistemological, moral, political, and religious implications of Darwinian science, using the writings of Darwin is far superior than using a typical biology textbook.
My impression, however, is that most professors of biology don’t want to bring up in their classes the deeper implications of science for morality, religion, and so on. They would rather insist—as you do—that “science” is a realm unto itself, separated from the Big Questions taken up in the humanities and the social sciences. By taking this stance, biologists are unable to respond properly to the challenges posed by “intelligent design theory” and creationism.
This is a big mistake because the consequence is that students cannot see how science might help them pose, if not answer, some of the deepest questions about the meaning of life in the universe. The hunger for pondering those questions is what draws students to the attacks on evolution from proponents of intelligent design and creationism.
LA, Professor of Political Science at Northern Illinois University, at 10:56 am EST on December 13, 2005
Origin of Species (short title) should be mandatory reading for any student at any school. It is still relevant, and entertaining. It has value both for science and for literature. The book is a study of observations that are still valid.
Arthur Ide, PhD, at 2:46 pm EST on December 13, 2005
MDB hits the nail on the head by suggesting that critical thinking is what’s required to sort out the situation. I’ll extend the thought to say that teaching critical thinking in whatever context is the way to deal with ID and any other chimera. I teach critical thinking in the context of reflective practice to undergrads, in the hope that they will consider every text (including those in biology) with a critical eye.
Rod Paynter, Simon Fraser University, at 2:47 pm EST on December 13, 2005
Here at DU a colleague in Religious Studies and I have been doing for 5 years what President Rawlings recently advocated for Cornell: teaching an interdisciplinary Core Curriculum course called “Science and Religion in Dialogue". I’ve also taught similar courses with colleagues in Biology. In these courses students read large chunks of “The Origin” and “The Descent". This has helped improve student understanding of scientific method, evolution, “creation theory", the nature and sources of ethics, and the relationship between science and religion generally.
As other commentators have noted, whether Darwin in the original is suitable for introductory and/or upper level science classes is another matter. But the November 2005 issue of “Bioscience” provides some interesting evidence suggesting that focusing introductory biology courses on the nature of science, and not just its content, can make a significant difference in a student’s understanding of evolution and science generally. Several texts can serve this cause, including Darwin’s. But I think we also need to re-imagine what a curriculum aimed at delivering basic scientific literacy should look like, one that considers (like the authors in “Bioscience” do) student cognitive development. And this can be an obstacle for those professors who are committed to just one way of doing things...
So in the end I’m with Larry Arnhart. With good guidance Darwin’s original texts can be a revelation for students, just as they offer something new to me with each reading and as the landscape of the creation-evolution debate changes. Plus, to the extent that this extraordinarily decent man of unparalleled genius is routinely demonized in the current culture war, I feel a special obligation to make sure that students are at least a little bit familiar with what he really said. And for that project there can be no substitute for the original works.
Dean Saitta, Assoc Prof, Anthropology at University of Denver, at 2:57 pm EST on December 13, 2005
A couple thoughts prompted by this discussion that, admittedly, seem tangential to the thrust of the article.
First, assigning a primary text written 100+ years ago using, in many cases, a very different nomenclature than students are familiar with and actually TEACHING such a text are very different things. Scholarly texts of the 19th century (and today for that matter) do not have the plethora of instructional aids (glossaries, boldings, insets, study questions, etc.) that students use to learn with a text. Making the distinction between assigning and teaching a text is rather important when moving out of both students’ and professors’ comfort zone of the textbook.
Second, science is much more than the scientific method. And, to teach science in a way that students will understand it as a worldview, warts and all, requires that we address the sociology, history and philosophy of science to some extent. For instance, much of the subjectivity that the experimental method seeks to eliminate is brought back into the practice of science in peer review, grant funding, professional alliances, etc. “Science” is a collection of methods, certainly, but also a body (or bodies) of knowledge, social groups (communities), and sets of cultural practices. I think it necessary to teach all of these dimensions of science. Notice, too, that many of these dimensions are shared by religion and thus make for a nice comparative study.
ILB, at 4:35 am EST on December 14, 2005
Being from Kansas, and having gone to highschool during the “evolutionary debate", I’m complete gratuitous toward anyone believing that teaching Darwin isn’t a bad thing. I agree, you can learn about anything without actually accepting it as your own belief. Darwin would have made an amazing discussion in my highschool and I regret never being given the opportunity. This would make an incredible course in college, and as soon as I can, I will be taking it.
Sydni, at 9:38 am EST on December 14, 2005
We can debate what constitutes an “acceptable” or “adequate” approach to teaching evolution and intelligent design in the science classroom until the cows come home. The current debate is all over the map. Indeed, even the claim that there are “two theories” warranting or deserving comparison is deeply problematic. The most “honest” approach to teaching evolution and ID might be to refuse to even compare them. The virtues of presenting Darwin’s original works as part of the pedagogy is that it adds complexity and nuance to the discussion, which can’t be a bad thing. If nothing else it shakes students out of the presentism that they bring to so many subjects at the university. I not only have my students read Darwin, but also Darwin’s obituary from the New York Times. This piece captures an understanding of Darwin’s life and work that, regrettably, the vast majority of today’s commentators on the “debate” lack. On this and other matters around the question of “what Darwin said” the Victorians are a better source of understanding than many experts and pundits writing today.
Dean Saitta, Assoc Professor, Anthropology at University of Denver, at 10:47 am EST on December 19, 2005
The author of this essay mentions Will Provine’s evolution course at Cornell. I have co-taught this course with Will since 1994, and we do indeed “teach Darwin” to our students. In fact, they are required to read the whole of the first edition of the “Origin of Species” and to write a critical essay on it, in which they analyze Darwin’s arguments (especially those for natural selection “descent with modification") and decide for themselves whether Darwin has accomplished his aim in arguing and presenting evidence for his theory. In the remaining two-thirds of the course, we tackle the topics of extinction, speciation, and human evolution, again assigning relevent books and articles to our students, and again expecting them to write critical evaluations of them in the context of the development of modern evolutionary theory. Throughout this challenging (and often exciting) exploration, we give our students the opportunity to publically air their own thoughts and views on the various controversies surrounding evolutionary biology and science in general. And the result? The majority of our students come out of our course with a deep appreciation for the complexities of science and evolutionary biology, and a lasting interest in science and how scientists think about nature, including human nature.
For several years now the majority of the students taking our course have been non-science majors (principally majors in the humanities). We always begin the course with poll on our students’ beliefs vis-a-vis evolution and human origins (patterned directly after the famous long-running Gallup poll on the same subject). With few exceptions, the majority of our students have been creationists: about 10% young-Earth creationists, about 30-40% God-guided creationists, and recently about 10-20% “intelligent design” creationists. “Naturalistic evolutionists” have almost never been in the majority, either at the start of the course, nor at the end. Indeed, one of the fascinating outcomes of the course has been that the only noticable change in the frequencies of the various categories is a decline in the percentage of God-guided creationists and a corresponding increase in the frequences of both young-Earth creationists and naturalistic evolutionists.
Rather than finding this outcome distressing, both Will and I believe it reveals a very encouraging trend: after exposure to both sides of the issue, and after being encouraged to be as thoughful as possible, our students come to clarity on where they stand on these issues. And the end result is that the category in which religion and science is “mixed” suffers in comparison with the categories in which they are kept separate. To me, this means that Stephen J. Gould was probably right when he asserted that religion and science constitute two non-overlapping magisteria” and that it is indeed possible for thoughtful people to hold passionate, well-thought-out beliefs that encompass both.
—Allen D. MacNeill, Senior Lecturer Ecology and Evolutionary Biology Cornell University
Allen MacNeill, senior lecturer in evolutionary biology at Cornell University, at 3:56 pm EST on December 23, 2005
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I am a Christian, okay a fringe Christian, and an academic, okay a fringe academic and I don’t have a problem separating science from religion. If it’s in the Bible it’s religion.
Ultimately believe what you will, just prepare yourself for an F in biology, geology etc. if you write down an unexpected answer. We can study Nazism without goose-stepping, we can study Islam without praying towards Mecca, and we can study enuresis while remaining warm and dry. If ones faith is so fragile as to be threatened by knowledge .... fill in the blank.
Besides there are alternative creation theories such as that of the Church of The Flying Spaghetti Monster http://www.venganza.org/. In a free and democratic society we cannot ignore alternative theories.
Gotta go — there are Philistines to kill and the day is too short.
Dennis Ruhl, at 8:16 am EST on December 13, 2005