BWPA Wildlife Photography winners

September 11, 2012 • 4:02 am

The British Wildlife Photography Awards have just been announced for 2012.  The Guardian features a selection of 18 winners, from which I’ve chosen four.  Click to enlarge here, but go see the other 14 as well.

Gannets always seem to be a popular subject. Here’s the overall winner for 2012, also nabbing the coast and marine category award, “Gannet Jacuzzi” by Dr Matt Doggett.

This is one of my favorites and winner of the British seasons category: “Snow hare portfolio” (see others in this portfolio on the Guardian site); photos by Jules Cox

Anyone has the opportunity to take a photo like this, but only a few have the eye to take advantage of a flock of starlings in this way.  Winner in the Urban wildlife category, Starlings watching starlings, photo by Phil Jones.

Winner in the In my back yard category, “Wasp house cleaning,” photo by David Handley

h/t: Matthew Cobb

More apologetic gymnastics: John Haught explains why Christianity comports with cosmology

September 10, 2012 • 11:53 am

Sorry to inflict this on you, but really, you have to keep up with Sophisticated Theology™.  This excerpt is from our old friend John Haught, in his article “Christianity and human evolution” in The Blackwell Companion to Science and Christianity (pp. 295-305).

Halfway through this 600-page tome, whose editors J. B. Stump and A. G. Padgett promised would not be “a work defending or promoting Christian faith,” (p.xix), I see that they have misled us. At least 80% of the pieces try to reconcile science and Christianity (Sean Carroll’s essay is a rare exception).  It is shameful that Blackwell published such a volume.  Simon Conway Morris’s piece on convergence and Christianity, for example, is followed by an essay by Stephen C. Meyer of the Discovery Institute, pushing his discredited theory that evolution cannot produce “specified information” without the intervention of an intelligent designer.

In the “Evolution” section, John Haught comes onstage to show us once again how evolution not only comports with Christianity, but is exactly what we would expect if God were to create according to His nature. Haught once again makes a theological virtue from a scientific necessity:

“According to many Christian evolutionists, Darwin’s new science now makes it possible to think of God’s power to create as more impressive than ever.  A creator who brings into being a world that in turn gives new kinds of being from out of its original resourcefulness is certainly more impressive than a hypothesized ‘designer’ who molds and manages everything in the world directly.” (p. 296).

I wonder why the Bible didn’t tell us that? And is that really so? Wouldn’t a God who could make a frog or a gazelle or a Venus flytrap ex nihilo be more impressive than one who just allowed an original form of life to evolve unchecked?

Anyway, I wanted to highlight the same virtue that Haught makes out of the necessity of the Big Bang:

“It may be instructive, therefore, to locate the question of human significance within the framework of the newly revealed cosmic drama.  Christian theology may now ask what human evolution means not only in conversation with biology but also with cosmology.”

. . . Many scientists* have now concluded that the Bing bang universe has been pregnant with life and mind from its very inception 14 billion years ago. Contrary to what materialist or ‘physicalist’ philosophies of nature have traditionally held, the stuff of the universe has never been essentially mindless. The emergence of being endowed with the capacity to understand, reflect, and decide, therefore, really begins during the first microsecond of the universe’s existence.  Christianity’s declaration that human beings have been specially endowed by the Creator with a unique significance and a special vocation within the total scheme of things is at least logically consistent with contemporary cosmology.” (p. 301)

I love that weasel phrase “logically consistent”!

Likewise, the island of Manhattan has never been without skyscrapers, for the emergence of such tall beings endowed with the capacity to hold many humans on a small footprint of space really began at the first instant an early hominin decided to live in a cave.
____________

*There are those “many scientists” again! I wonder who they are. . .

Two takes on miracles

September 10, 2012 • 8:47 am

First there’s this classic graph from LOLwtfCOMICS:

I found that a pretty convincing argument against the reality of miracles (though Hume is equally convincing)—that is, until reader Timothy called my attention to today’s edition of Ryan North’s Dinosaur Comics.  Miracles aren’t dropping off, but getting more numerous than ever!

Paleobiologist Simon Conway Morris gives evidence for God from evolution

September 10, 2012 • 4:59 am

You’ve probably heard of Simon Conway Morris if you’re a layperson interested in science, and you’ll certainly have heard of him if you’re an evolutionary biologist. He’s a very famous paleobiologist who works out of Cambridge University, and is renowned for his work on the Burgess Shale fossils.  If you’ve read Steve Gould’s famous book on those fossils, Wonderful Life, you’ll know that he touts Conway Morris as a young hero, someone who discovered a group of early fossils that were not the precursors of anything now living, but which went extinct without issue.  Gould used this to show the contingency of evolution: if we rewound the “tape of life,” perhaps the Burgess Shale animals would have persisted instead of dying out, and modern life could be very different.

Conway Morris originally agreed with the view that the Burgess Shale animals were not members of any lineage now existing, but subsequently changed his mind based on closer inspection of the fossils.  He later placed many of them in extant groups, showing that they could have been related to things still living, and that therefore evolution might not be quite so contingent on the vagaries of environmental change and extinction. Conway Morris and Gould had a heated debate about who said what when (see their exchange here).

Conway Morris is also known for being a devout Christian, one who tries to show that the evidence from paleobiology and evolution supports the existence of God.  As Wikipedia notes,

Conway Morris is active in the public understanding of science and has done extensive radio and television work. The latter includes the Royal Institution Christmas Lectures delivered in 1996. A Christian, he is also actively involved in various science and religion debates, including arguments against intelligent design on the one hand and materialism on the other. In 2005 he gave the Second Boyle Lecture. He is an increasingly active participant in discussions relating to science and religion. He is active in the Faraday Institute for Science and Religion and has lectured there on “Evolution and fine-tuning in Biology.” He gave the University of Edinburgh Gifford Lectures for 2007 in a series titled “Darwin’s Compass: How Evolution Discovers the Song of Creation”. In these lectures Conway Morris makes several claims that evolution may be compatible with belief in the existence of a God.

He is a strong critic of materialism and of reductionism:

“That satisfactory definitions of life elude us may be one hint that when materialists step forward and declare with a brisk slap of the hands that this is it, we should be deeply skeptical. Whether the “it” be that of Richard Dawkins’ reductionist gene-centred worldpicture, the “universal acid” of Daniel Dennett’s meaningless Darwinism, or David Sloan Wilson’s faith in group selection (not least to explain the role of human religions), we certainly need to acknowledge each provides insights but as total explanations of what we see around us they are, to put it politely, somewhat incomplete.”

and of:

“the scientist who boomingly — and they always boom — declares that those who believe in the Deity are unavoidably crazy, “cracked” as my dear father would have said, although I should add that I have every reason to believe he was — and now hope is — on the side of the angels.”

In March 2009 he was the opening speaker at the “Biological Evolution Facts and Theories Conference” held at the Pontifical Gregorian University in Rome, as well as chairing one of the sessions. The conference was sponsored by the Catholic Church.

In recent years, Conway Morris has been studying evolutionary convergence, the phenomenon whereby unrelated groups of animals (and plants) develop similar adaptations.  Two examples are the remarkable similarity between the vertebrate and the cephalopod “camera eye,” and the similarity in morphology between a protists that’s an intestinal parasite (Haplozoonpraxillellae), and a tapeworm (cestode).  Both have similar attachment structures, transverse segmentation of the body that breaks off new individuals, and a hairy covering. The photos below show their similarity.

Protist:

The dinoflagellate Haplozoon praxillellae, an intestinal parasite of polychaete worms that has converged on a cestode-like bodyform, including attachment structures, strobilation and a hairy covering. Scale bar, 10 mm. Picture courtesy of Brian Leander (University of British Columbia). From Conway Morris 2010.

A tapeworm (from PS Micrographs):

Coloured scanning electron micrograph (SEM) of a parasitic tapeworm (Taenia sp.) Magnification: x23 at 5x7cm size. x57 at 6.75×4. 75″.

Conway Morris and his associates have a large project devoted to documenting evolutionary convergences, the Map of Life Project. If you go to the link, you can find many fascinating examples of evolutionary convergences (it’s a great teaching resource). Many other examples are documented in a 2010 paper in Phil. Trans. Roy. Soc. (reference at bottom, free download) and his 2003 book, Life’s Solution: Inevitable Humans in a Lonely Universe.

I learned a lot from that big book, but it was marred, for me, by its ultimate goal of showing not only that evolution goes along predictable pathways (that’s why there’s convergence), but also because one of those pathways was that leading to Homo sapiens, the only species that can apprehend and worship God.  To Conway Morris, as a devout believer, the evolution of humans could not have been contingent, but must have been inevitable, and he tries to show this by documenting the many evolutionary “inevitabilities” instantiated by convergence.

The problem is that complex human intelligence—and certainly religious belief and practice—is not convergent on anything!  It is an evolutionary one-off, like the elephant’s trunk, and hasn’t evolved in any other group, though some groups, like dolphins and crows, do show abilities to solve problems and communicate in a fairly complex way.  I have never understood how documenting evolutionary convergences says anything about the inevitability of a feature that arose only once, and this is the fatal flaw in all of Conway Morris’s convergence work.

I discuss this further in my article in The New Republic in 2009: “Seeing and believing,” which reviews books by Karl Giberson and Kenneth Miller. Both Giberson and Miller, heavily influenced by Conway Morris’s arguments, adopted the view that the evolutionary appearance of humanoid creatures was inevitable. For various reasons documented in my New Republic piece, I don’t think we can say this at all. If you take Conway Morris’s path, you might as well say that the elephant’s trunk was the ultimate goal of God’s creation (after all, though God created humans in His image, perhaps God is a Celestial Pachyderm).

Some people have doubted that Conway Morris’s work on convergence was either conditioned by or heavily influenced his views on God. For these doubters, I urge them to check out an article I read yesterday, “Creation and evolutionary convergence” (pp. 258–269 in The Blackwell Companion to Science and Christianity, J. B. Stump and A. G. Padgett, eds. 2012, Blackwell Publishing). I am publishing two excerpts from the book (leaving out the section on “Predictable evolution?” since I’ve already discussed that idea), to show how Conway Morris’s belief has slanted his science.  It is an example of religionism (the opposite of scientism): my neologism for the tendency of religion to overstep its boundaries and claim that science gives evidence for God or the supernatural.

From the section “The Emergence of Cognition,” here’s Conway Morris claiming that the emergence of mind from matter testifies to the transcendent (i.e., Jesus):

There seems to be no a priori reason why mind should emerge from matter.  The solution (if that is the word) is to postulate that mind is identifiably different. This need not lead to dualism.  Consider this alternative, that whilst mind is certainly embodied in one sense, we serve as receptacles, or perhaps better an “antenna” for mind. From this perspective, we should be neither surprised that we have access to truths that are themselves immaterial, nor immediately dismiss “out-of-body” experiences.”

But it is the theological implications that are even more intriguing. Talk of mind as a real property invites consideration of a whole spectrum of issues, such as the nature of free will (the emergence of which from  a materiality which is oblivious to intentionality seems to be incoherent), the sense of purpose, and the likelihood that whilst our minds are necessarily embodied (although near-death experiences suggest this is not essential), in other agencies mind could still be very much part of the universe but from our mundane perspective immaterial. (p. 265-266)

And, from the section “And Christianity?,” Conway Morris justifies miracles (p. 266):

What then of Chistianity?. . . The idea of a god may be bad enough, but to have him wandering around in an out-of-the-way nook of the Roman empire, with a raggle-taggle band of followers, then fizzling out in an all too common method of execution, and to cap it all to claim he was God incarnate seems risible.  They might, however, benefit from a refresher course in theology rather than sitting at the feet of the village atheist.

What we seem to see is an interpenetration of worlds with the unavoidable conclusion that much lies beyond our mundane expectations. Such is evident from the Transfiguration, Resurrection, and Ascension.  Science in its present primitive state has very little useful to say about any of these events: just because they are inexplicable does not mean that they did not happen.

It is sad that such an accomplished scientist has gone this route: I wonder if his religiosity preceded or followed his scientific studies. What’s even sadder—and annoying as well—is that Conway Morris goes around purveying this kind of “evidence” for God in public venues, such as the Gifford Lectures and talks at the infamous Faraday Institute at Cambridge University. (Cambridge is fast becoming a hotbed of mush-brained accommodationism).

Inevitably, Dr. Conway Morris’s work on evolutionary convergence was supported by The Templeton Foundation ($983,253 from 2006-2009), and his work on the emergence of biological complexity, along with that of five other principal investigators, was also sponsored by Templeton ($3,584,147 between 2005-2008).  For my previous posts on Conway Morris, including his evolutionary views and connection to Templeton, go here, here, and here. I predict that within a decade Conway Morris will nab the Templeton Prize.

Simon Conway Morris

_____________________

Conway-Morris, S. 2003. Life’s Solution: Inevitable Humans in a Lonely Universe. Cambridge University Press, Cambridge. UK.
Conway-Morris, S. 2010. Evolution: like any other science it is predictable. Phil. Trans. Roy. Soc. Lond. 365:133-145.

Clouds got in my way

September 9, 2012 • 12:00 pm

Kudos to Matthew Cobb for recently sending me a bunch of nice links. And here, thanks to his detective work, are a few photos from “An atlas of incredible clouds” at Wired.co.uk.  Go look at the larger versions (they’d make great screensavers); there are seven, and I’ll show four (all photos credited to “Rex Features”).

Noctilucent cloud:

Lenticular cloud, Mauna Kea, Hawaii (these are my favorite clouds):

Supercell thunderstorm:

Cumulonimbus cloud over western Africa:

Baggini vs. Krauss on science, philosophy, and morality

September 9, 2012 • 6:37 am

Several readers sent me a link to yesterday’s Guardian dialogue between philosopher Julian Baggini and physicist Lawrence Krauss, “Philosophy v. science: Which can answer the big questions of life?” You should read it.

Baggini has previously taken strong stands against “scientism” (which he defines in this piece as the insistence “that, if a question isn’t amenable to scientific solution, it is not a serious question at all”), and Krauss has disparaged philosophy (though he backtracked a little subsequently). Despite these differences their dialogue is surprisingly good and productive, resulting in some fundamental agreements.  Both men make good points.

Baggini uses, as an example of a question that isn’t susceptible to a scientific answer, “What is the moral thing to do in a given situation?”. But he agrees, as we all do, that the answers to such questions can be informed by science (which I define broadly as empirical study resulting in verifiable information about the universe):

[JB]: My contention is that the chief philosophical questions are those that grow up without leaving home, important questions that remain unanswered when all the facts are in. Moral questions are the prime example. No factual discovery could ever settle a question of right or wrong. But that does not mean that moral questions are empty questions or pseudo-questions. We can think better about them and can even have more informed debates by learning new facts. What we conclude about animal ethics, for example, has changed as we have learned more about non-human cognition.

When Sam Harris came out with The Moral Landscape, maintaining that morality did have a scientific basis, requiring the answer to the question “What maximizes well being?”, I was dubious.  After all, even that requires a value judgment: increasing “well being” is what we think is moral. In most situations that’s true, for our notion of morality may be coterminus with well being. But that might not always be the case. And how do we quantify different forms of well-being when we have to trade them off against each other?

Now, however, I’m coming around to Sam’s view.  People’s view of what is “moral” ultimately must rest on one or more of three things: an appeal to the consequences, an appeal to some authority (like Scripture), or some innate feeling instilled by our genes in combination with our environment (in other words, morality lies in our neurons). Sam’s answer is a combination of the first and third, but regardless, both the first and third are susceptible to empirical investigation.  (For most people Scripture is ruled out as a source of authority, simply because almost nobody—with the exception of wackos like William Lane Craig—adheres scrupulously to the morality embodied in sacred books).

In the end, then, it is possible, though not yet feasible, for science to determine what is moral, simply by investigating the neurological and evolutionary bases of our value judgments. In the meantime, we employ philosophy informed by science.  In the end, it will be the other way around: moral questions will be answered by science informed by philosophy, for, after all, it is philosophy that enables us to think hard enough to pose moral dilemmas and discern what people mean when they say “right” and “wrong.”

The two have a similar exchange over the morality of homosexuality. Krauss asserts that it can’t be immoral because it has a biological basis and, judging empirically, is not harmful:

[LK]: Take homosexuality, for example. Iron age scriptures might argue that homosexuality is “wrong”, but scientific discoveries about the frequency of homosexual behaviour in a variety of species tell us that it is completely natural in a rather fixed fraction of populations and that it has no apparent negative evolutionary impacts. This surely tells us that it is biologically based, not harmful and not innately “wrong”. In fact, I think you actually accede to this point about the impact of science when you argue that our research into non-human cognition has altered our view of ethics.

Baggini replies with the time-honored response, which at first sounds reasonable:

Your example of homosexuality is a case in point. I agree that the main reasons for thinking it is wrong are linked with outmoded ways of thought. But the way you put it, it is because science shows us that homosexual behaviour “is completely natural”, “has no apparent negative evolutionary impacts”, is “biologically based” and “not harmful” that we can conclude it is “not innately ‘wrong'”. But this mixes up ethical and scientific forms of justification. Homosexuality is morally acceptable, but not for scientific reasons. Right and wrong are not simply matters of evolutionary impacts and what is natural. There have been claims, for example, that rape is both natural and has evolutionary advantages. But the people who made those claims were also at great pains to stress this did not make them right – efforts that critics sadly ignored. Similar claims have been made for infidelity. What science tells us about the naturalness of certain sexual behaviours informs ethical reflection, but does not determine its conclusions. We need to be clear on this.

But on what grounds, then, do we determine whether homosexuality is right or wrong? It must rest on an appeal to the consequences (which is an empirical and scientific question), on the way most people feel about homosexuality (something that is a combination of our genes and our environment, and coded in our neurons), on sacred books and dogma, or on a combination of these. Ruling out the third, the first two are, in effect, scientific questions.

Now that doesn’t meant that science can actually answer these questions, particularly if they involve evolution and neurobiology. What it means is that in principle science must be is the ultimate arbiter of moral questions.  And I think Baggini realizes this, for I left out the last sentence in his response above:

[JB]. . .It’s one thing to accept that one day these issues might be better addressed by scientists than philosophers, quite another to hand them over prematurely.

Here both Baggini and Krauss seem to agree that even the toughest philosophical questions might one day be amenable to science:

[LK]: Where I might disagree is the extent to which this remains time-invariant. What is not scientifically tractable today may be so tomorrow. We don’t know where the insights will come from, but that is what makes the voyage of discovery so interesting. And I do think factual discoveries can resolve even moral questions.

As for ethics, I think in principle it might be best to jettison completely our notions of morality, and simply appeal to consequences of behavior and how we regard them. That, after all, is the ineluctable conclusion reached if one is an incompatibilist like myself who doesn’t believe in free will. Krauss agrees:

[LK]: Moreover, that many moral convictions vary from society to society means that they are learned and, therefore, the province of psychology. Others are more universal and are, therefore, hard-wired – a matter of neurobiology. A retreat to moral judgment too often assumes some sort of illusionary belief in free will which I think is naive.

Now I’m not naive enough to think that we should immediately begin dispensing with the notion of morality and moral judgment, much less “right” and “wrong”. These ideas are so ingrained in all human society that discarding them is well nigh impossible, at least for the moment.  But in the end, we aren’t responsible for our actions in the way most people think, for they stem from aspects of our biology that we don’t understand and can’t control.

And for those of you who say that “is” doesn’t produce “ought,” I’d like to ask you this: “well, how do we determine ‘oughts'”?  They don’t come from thin air, and they don’t come from free will.  They come from human judgment, which is a result of our genes and our environments. Why is that not, at least in principle, susceptible to scientific investigation?

Where does this leave philosophy? As Baggini admits, many philosophical questions will ultimately yield to science:

[LK] . . . What isn’t ruled out by the laws of physics is, in some sense, inevitable. So, right now, I cannot imagine that I could computationally determine the motion of all the particles in the room in which I am breathing air, so that I have to take average quantities and do statistics in order to compute physical behaviour. But, one day, who knows?

[JB]: Who knows? Indeed. Which is why philosophy needs to accept it may one day be made redundant. But science also has to accept there may be limits to its reach.

Yes, there may be some things that are forever beyond the research of science (how life originated may be one such issue). But that doesn’t mean that those questions can be answered by other means, or that the limits are based on anything but our technical and perceptual abilities.

I think philosophy will always have a place in scientific discourse, although, like theology, that place will shrink as science advances. But even in the end, when we have a complete knowledge of human behavior and how it’s based on the molecular configuration of our brains interacting via our senses with the molecular configuration of our environments, philosophers will still be important for teaching us how to think hard, think logically, and figure out which questions are worth asking.

In the meantime, it would be nice if readers weighed in on the question of whether morality really is, in the end, at least partly independent of questions that can be studied via science.

But do read the Krauss/Baggini discussion: it’s one of the better things I’ve seen online in a while.

Carol Blue on Hitchens

September 9, 2012 • 4:57 am

I don’t think I’ve ever seen Carol Blue, Christopher Hitchens’s wife, speaking about her husband, but she interviewed Charlie Rose on Friday’s “CBS This Morning” about Hitchens’s life and death.  I can’t embed the 5.5-minute video, but you can see it here.  There’s also a brief clip of Rose’s interview with Hitchens in August 2010, shortly after he was diagnosed with esophageal cancer.

This is sad but also heartening:

Of his final hours, Blue maintains that he knew he was very sick but expected to leave the hospital after “a couple of days.” During his last days, he held court at the hospital, receiving visitors and leading spirited debates about “various subjects,” but Blue firmly told Rose that “God never came up, if anyone is interested … it was a non-subject.”

Hitchens made much of his disbelief in God, refuting critiques from those who said he would “find God” in his final months.

Hitchens would certainly have objected to the banner running across the video, which says “Remembering Chris Hitchens.” I can hear his booming corrective, “Christopher!”

You can see the entire 1.75 hour Hitchens memorial at Cooper Union, featuring many speakers (short talks!) like Blue, Lawrence Krauss, Tom Stoppard, Salman Rushdie, and Sean Penn, at this link.

 

h/t: Ali