Evolution & Creation in a Pantheistic World

by Jason Godesky

Creationism is primarily an American phenomenon. In the Middle East, Islam’s account of creation is accepted without question. In Europe, opposition to evolution is almost unheard of. In Catholic countries, the pope’s acceptance of evolution in 1996 ended any debate on the issue. Yet, in America–and to some extent Australia, thanks to American evangelism–evolution remains contentious. Creationism, “Creation Science” and “Intelligent Design” remain popular explanations for the origin of species. But of course, its popularity doesn’t make it any less ridiculous. These efforts are born of an imaginary crisis between science and faith. But, if you happen to understand the Pantheistic nature of the Bible’s teachings, then all conflict disappears.

Ultimately, evolution is a tautology. Evolution means nothing more than a change in allele frequency over time. An individual is “evolutionarily fit” insofar as it has some advantage that allows it to reproduce more. “Survival of the fittest,” then, becomes nothing more than a shorthand for the obvious tautology that if you have some advantage that will help you reproduce more than others, you’ll be more likely than others to reproduce.

Evolution’s explanatory power comes from the implications of that simple truth over a sufficiently long time-table, and how it can give rise to new species.

Biologists identify a species as the set of individuals such that each individual can mate with another and produce viable offspring. Viable offspring are themselves able to reproduce; thus, mules are not viable, so donkeys and horses are different species. However some species, like the yellow-rumped warbler, have distinct subspecies, or “races.” The Cornell Lab of Ornithology describes the two subspecies thus:

Audubon’s Warblers share the basic pattern of the Myrtle Warbler, but they differ by having a yellow (rather than white) throat, and they have paler gray upperparts without a black cheek patch. Instead of the black flank and breast streaks of the Myrtle Warbler, the Audubon’s Warbler has solid black across the breast and down its flanks. Where Myrtle Warblers have white spots on the outer two or three tail feathers only, Audubon’s Warblers have more extensive white tail spotting.

Aubudon and Myrtle warblers can mate with each other and produce viable offspring (so they’re still the same species), but that offspring will always be an Aubudon or a Myrtle. It will never mix traits from the two subspecies. Simple diversity has, over generations, clumped together and become genetically interdependent. No warbler will ever have an Aubudon’s yellow throat, and a Myrtle’s black cheek patch.

Once that level of division is achieved, speciation is nearly assured. Mixing between the two groups becomes impossible, and if further mutations within one group or the other makes them incompatible with their distant cousins, who but ornithologists would notice it?

Diversity is not evenly distributed, and mating is not entirely random. Some traits are better adapted to some environments than others, and with pressure from natural selection, a divergence between two isolated populations can easily lead to speciation. Over a sufficiently long timeline, speciation and evolution become inevitable.

Most Creationists simply don’t understand what evolution is. Creationists have spent a great deal of time and effort obfuscating the issue, of course. The way science works doesn’t help, either. Creationists try to insinuate doubt in evolution by pointing out differing opinions among scientists. This works because most people don’t understand that science is all about the on-going argument, the petty bickering and fighting from which knowledge gradually emerges. Even given nothing else, we can be confident evolution is true because no scientist has yet achieved fabulous wealth and celebrity by disproving it. If there was any serious flaw in the theory, it would already have been exploited. Proving all your teachers wrong is the single best way to get ahead as a scientist.

Of course, for a pantheist, there is no conflict whatsoever. Nothing exists in a vacuum; evolution says species arise from interacting with one another and the world around them. Competition within species for mates and between species for resources, geography and the occasional cosmological event (like the supposed orbit of our sun’s companion) create species and drive evolution. As species–and as individuals–we are shaped by our relationships with everything around us. We are constantly created by the whole rest of the universe. For a pantheist, evolution is just another way of saying that G-d created us.

In that light, the first two chapters of Genesis can be read in a whole different light–not as some simple science text, but as a profound, poetic expression. Chapter 1 and chapter 2 each contain a different, contradictory story of Creation. After all, how many days did G-d take to create the heavens and the earth? Genesis 1:1-2:3 describes the six days you’re probably thinking of, but then Genesis 2:4 talks about the day (singular) “that the Lord G-d made the earth and the heavens.”

If we were to insult the supposedly divine author by denigrating such poetry to a merely literal account, then it would be obvious that this is nonsense. It contradicts what we know to be the case regarding evolution and the age of the earth, and contradicts itself immediately. But, as a poetic expression, it is somewhat amazing.

  1. On the first day, G-d creates light. If the Big Bang theory is correct, then all that existed in the universe at the beginning was energy–or, metaphorically, “light.”
  2. On the second day, G-d creates “the firmament,” separating “the waters above” from “the waters below.” This could be read as a reference to the formation of our heliosphere and solar system, or simply the formation of our planet–separating the “waters” of the earth from the “waters” of the vast vacuum of space.
  3. On the third day, G-d made dry land appear out of the water. The Snowball Earth theory puts the earth as a frozen ball of ice–covered in water–until the appearance of microbial life began to form an atmosphere, which helped create a Greenhouse effect and melt the ice, warming the earth. Similarly, the first mass extinction was caused by too much oxygen being expelled into the atmosphere. Only the emergence of mutants that could actually breathe it stopped the extinction of all life. The carbon cycle began, and the survivors of that first generation of life became the ancestors of all manner of microbial life, fungi, and plants. While there’s certainly no one-to-one relationship between the Snwoball Earth theory and the first mass extinction and Genesis 1:9-13, reading the verses does remind me of those things.
  4. I have no way of reconciling the fourth day (Genesis 1:14-19), except to point out how it undermines the literalist interpretation of Genesis. It isn’t until the fourth day that the sun is created; how were “days” measured before that? What are days, before there is a sun?
  5. On the fifth day, G-d creates fish first, then birds. This follows the progression of evolution on our planet quite nicely; life began in the oceans, and later amphibians and reptiles came up on the land. Many of the dinosaurs most likely evolved into birds.
  6. It is only on the sixth day that G-d creates mammals, again keeping to the true evolutionary timeline, where mammals appear quite late in the game. Humans are created last of all–and as such a young new species, that isn’t far from the mark.

Of course, as I said, that isn’t the only account of Creation in Genesis. Genesis 2 has a very different account, one that focuses solely on humans. In Genesis 2:5, humans are created before plants, instead of the day after. Here is where we have humans made from dust and placed in Eden. While Genesis 1:27 implies strongly that males and females were created at the same time, Genesis 2 describes how G-d formed females after males, from Adam’s rib. G-d’s first attempt to make companions for Adam, though, where mammals, made also out of the dust in Genesis 2:19 (another contradiction between the two accounts).

Genesis 1 is remarkably true in its ordering of events. I have always looked at it as the most poetic expression of evolution I have ever heard. I also find it denigrating and insulting when such a beautiful piece of poetry is reduced to a mere science text. Once again, I find fundamentalists, and this time Creationists, to be sacrilegious and blasphemous.

But how would the ancient Hebrews know this ordering? I have no idea, but I’m willing to give them as much credit as I am to the shamans of the Australian Aborigines and Yanamamo, who said they had gone back to watch the creation of the world, and experienced it as light and sound. The sound they identified as the static on the anthropologists’ radios. A quaint little story, until COBE confirmed that radio static is casued by background radiation from the beginning of the universe….

I’ve studied shamanism too long to discount such things entirely. I don’t know how it works, but it appears that it does, in fact, work. The Dogon of Mali knew about the Galilean moons and even Sirius B centuries before we did. It seems clear to me that there are other ways of knowing, beyond scientific reductionism. I’m willing to grant the same possibilities to the ancient Hebrews as to the rest.

For a pantheist, there is no separation of evolution and creation. They are expressions of the same phenomenon, couched in different terms. Evolution does not rule out a god, but it may force you to rethink how you define him. And ultimately, if G-d is so superlative in all his forms, how can we ever define him? How can he ever be confined to mere human language, even the language of a scripture?

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Comments

  1. I’ve also been interested in the contradictions of Genesis (and the rest of the bible) for some time. To me, evolution is continuous creation & it’s very instructive to see how various cultures express it.

    Your example of the birds is interesting… shows that DNA isn’t necessarily the defining factor. If the offspring are consistently the same “species” as the mother, that would strongly imply that something in the mother defines the genes that get turned on, rather than the offsprings gene’s themselves. Is that true?

    Regarding the Dogon story, however, I believe that’s untrue, but I can’t remember where I read that. There’s evidence to indicate that they picked it up from a European explorer/anthropologist who was a little less than ethical. If I can find it again, I’ll post it.

    Comment by Gus — 8 March 2005 @ 1:08 AM

  2. Well, warblers can just as often be the father’s subspecies, too. I don’t think it undermines the importance of DNA so much as it illustrates the complexity of DNA. Genes relate to one another in complex ways, and as populations separate, you begin to see interdependent genetic “packages,” where if you have one gene, you have the whole package.

    I’d be interested in seeing your evidence on the Dogon when you find it. I’ll stop using that example if it bears out. But I think the overall point that there are other ways of knowing than just scientific reductionism still stands.

    Comment by Jason Godesky — 8 March 2005 @ 10:46 AM

  3. Hi, Jason,

    Regarding the Dogon, I found these:

    Astrophysicist Carl Sagan posited that “a far more credible [explanation] than an ancient extra-terrestrial educational foray among the Dogon might be a comparatively recent contact with scientifically literate Europeans.”

    This is borne out by something else I found (or refound; this was the original site I referred to, with my additions of emphasis) at the BBC, a pretty reliable source (http://www.bbc.co.uk/dna/h2g2/A2754524):

    The strongest challenge to that study did not come until 1991, when Walter Van Beek led a team of anthropologists to Mali7. He declared that, in the decade he spent with the Dogon, he found no trace of detailed knowledge about Sirius. Griaule claimed that 15% of the tribe possessed such knowledge. Van Beek was fortunate enough to speak to some of the same Dogon as Griaule, but he reports:

    ‘though they do speak about sigu tolo8 they disagree completely with each other as to which star is meant; for some it is an invisible star that should rise to announce the sigu [festival], for another it is Venus that, through a different position, appears as sigu tolo. All agree, however, that they learned about the star from Griaule’

    This takes us a step closer to the heart of the mystery, and we discover that although he was an athropologist, Griaule was an amateur astronomer. He studied the subject in Paris and apparently took star maps with him on his trips to prompt the locals to talk about stars9. If this is the case, is it possible that the Dogon merely answered Griaule’s questions in a way that they believed he would like? Were the Dogon treating Griaule the same way Temple treated Young, telling them what they wanted to hear?

    If this is true, the mystery of the Dogon link with Sirius does stem from contact with aliens, not the amphibious Nommo but the very terrestrial French anthropologists who sought to study them.

    Most likely, the story is one of many examples of over-enthusiastic Westerners misinterpreting other cultures & asking too many leading questions. Margaret Mead was an even more famous “miscreant” in this regard with her study of teh sexual mores in Polynesia; she claimed they has a sexually open society but that later proved to be completely erroneous.

    Foreign cultures have enough to fascinate us without our putting strange views into their words.

    Comment by Gus — 10 March 2005 @ 11:59 PM

  4. Oh, BTW, I agree entirely about the need to look at the world in ways that aren’t solely reductionist, and that idea is beginning to make serious headway among scientists in the form of complexity theory. If you haven’t read it, I strongly recommend Sole & Goodwin’s Signs of Life; it’s a great primer to the topic, thoughtful & understandable without being simplistic.

    Comment by Gus — 11 March 2005 @ 12:06 AM

  5. Interesting. OK, then, I guess I was duped on that one. I suppose I’ll have to give up that example now!

    Though, I think you’re a little too harsh here. Have you ever tried to put together a solid survey? It’s pretty hard to put together a question that isn’t leading somehow. And every human being responds to such leading by saying what the asker wants to hear; that’s just basic, universal human psychology. Now, that’s what academic rigor is all about, and figuring out how to make a question non-leading is why they get the big bucks, but falling short of that doesn’t require any kind of underhanded motives. It’s a failure, but it happens.

    On Mead, Freeman’s critique of Coming of Age in The Making and Unmaking of an Anthropological Myth is even more questionable than Mead’s own work. While most anthropologists have consigned the question to a state we’ll likely never know, Mead is generally taken as more reliable than her critics. So, to call her a “miscreant” and claim her findings have been totally refuted is, at best, an overstatement.

    Comment by Jason Godesky — 11 March 2005 @ 8:04 AM

  6. Would you provide a source for your Warbler theory? The Cornell page you list comes right out and says Along this narrow zone, intergrades between the two forms occur, which isn’t hard to interpret. And stop saying G-d, what are you, a yid?

    Comment by Anonymous — 13 January 2007 @ 9:17 AM

  7. Would you provide a source for your Warbler theory?

    It was originally presented to me in a freshman-level anthropology class, as a simple example of subspecies. It’s hardly “my theory” that the Audubon and Myrtle are differing subspecies of the Yellow-rumped warbler, any more than the existence of subspecies.

    The Cornell page you list comes right out and says Along this narrow zone, intergrades between the two forms occur, which isn’t hard to interpret.

    Apparently it is, since both you and a commenter on Ted Heistman’s page made the same fallacious conclusion. Some degree of intergrade is generally unavoidable if they live in close contact with one another, but because it is a small and stable area, it prevents any significant gene flow between the two populations. An Audubon and a Myrtle, selected from non-frontier areas, will breed true, even with one another. If you compare this situation to the “Subspecies” article on Wikipedia, this is precisely what is meant by:

    This is not an arbitrary condition. A gradual change, called a cline, is clear evidence of substantial gene flow between two populations. A sharp boundary between black and white, or a relatively small and stable hybrid zone, on the other hand, shows that the two populations do not interbreed to any great extent and are indeed separate species. Their classification as separate species or as subspecies, however, depends on why they do not interbreed.

    Emphasis mine, indicating the situation with the yellow-rumped warbler’s “narrow zone.” This is slightly more elaboration than the freshman-level explanation offered above, but only slightly, and it should not take more than a few moments’ consideration to see that the more significant point still stands.

    And stop saying G-d, what are you, a yid?

    A yid? Me? No. But I married a “yid.” I live in a “yid” neighborhood. And I have far more respect for your average “yid” than I’ll ever have for a disgusting, idiotic racist like you.

    Comment by Jason Godesky — 13 January 2007 @ 11:51 AM

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