Creation-Evolution Headlines
April 2004
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“The religious claims of evolution are required to establish the veracity of evolution, not to operate within the paradigm of evolution.  Hence, the religious claims need not be considered when doing evolution research.  The religious claims arise in the apologetic works that argue for evolution; they do not appear in the science journals.
– Cornelius Hunter, Darwin’s Proof (Brazos Press, 2003), p. 141.
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Lutherans Helped Copernicus   04/30/2004
Every once in awhile, we are confronted to reconsider things we “know” are true, only to find out the truth is closer to the opposite.  The usual spin on Nicolaus Copernicus is that he was a brave scientist who threatened the church with his discovery that the earth orbits the sun, not the sun the earth.  He was too afraid to publish his “heretical” notions till on his deathbed.  Carl Sagan, in the TV series Cosmos, reiterated an urban legend that the views of Copernicus were mocked by the Lutherans.  All these notions are wrong.
    Harvard astronomer-historian Owen Gingerich has devoted much of his life to setting the record straight.  In his previous book, An Annotated Census of Copernicus’ De Revolutionibus (see
08/15/2002 headline), Gingerich published his results of a30-year project in which he located every known copy of the original prints, and meticulously analyzed hundreds of marginal notes made by contemporary readers to show that the book was widely disseminated and discussed throughout Europe.  Now, Gingerich has made his results available in “a more entertaining and accessible form” in a new publication, The Book Nobody Read: Chasing the Revolutions of Nicolaus Copernicus (Walker, New York, 2004).  The book was reviewed in Science1 April 28 by Peter Barker.  (Gingerich took his title from a claim by Arthur Koestler that De Revolutionibus was “the book nobody read,” a claim he shows is false.)  Here are some corrections to the urban legends, from Barker’s review:
  • Copernicus entrusted his manuscript to a young Lutheran mathematician, Georg Joachim Rheticus.
  • The book was published in Nuremburg by a Lutheran printer.
  • A Lutheran cleric added an unsigned preface to the work.
  • The Duke of Prussia was a Lutheran and a patron of the circle that published De Revolutionibus.
  • “Why did an aging Catholic consign his astronomy book, dedicated to the Pope, to a bevy of Protestants?” Barker asks.  “The expertise of Nuremberg printers was certainly a factor.  Perhaps Copernicus also needed the Duke of Prussia to protect him from a local bishop,” he hints, suggesting that Catholic opposition to Copernicus may have been localized.
  • Lutheran mathematicians eagerly acquired the book, studied it, wrote in it, and passed copies to their friends.  Many Lutherans still held to a stationary earth, but largely accepted and appreciated Copernicus’ model.
  • Tycho Brahe, a Lutheran, owned many copies of the book.  A “major surprise” of Gingerich’s research, Barker says, is that Brahe apparently got his geo-heliocentric alternative model from Paul Wittich, a gentleman-traveler.
  • “Ptolemy’s astronomy did not fail because it became overloaded with epicycles,” Barker says.  Actually, “astronomers before and after Copernicus used simple, single-epicycle systems, sometimes augmented by a minor epicycle used by Copernicus himself.”
  • Copernicus’ model was not strictly heliocentric.  “In fact, it is quite difficult to tell what point counts as the center of his system.”  The model was more mathematical than observational.
  • “Another unexpected finding,” Barker states with surprise, “is that in the aftermath of the Galileo affair,” (see Galileo biography at this site), “the Church’s attempt to correct Copernicus’s book was largely ineffective.”
    There is little evidence that books were actually destroyed, a point reinforced by Gingerich’s estimate that the original print run of De revolutionibus was between 400 and 500 books, of which 277 survived to appear in his Census.  And outside Italy, few copies show Church-mandated corrections, even in Catholic countries.
    Barker praises Gingerich’s “astronomical sleuthing” to get at the truth about the epochal book that began to change our perception of our place in the universe.  “His account will interest booklovers and anyone curious about the history of early modern science.”
    1Peter Barker, “A History Recorded in the Margins,” Science Vol 304, Issue 5671, 686, 30 April 2004, [DOI: 10.1126/science.1097380].
    Dr. Gingerich has done a great service to history to bring these corrections of the urban legend to our attention.  A case can surely be made that the opponents of 16th-century scientific advance were not the Lutherans or the Catholics, but the Aristotelians.  Incidentally, the urban legend that Luther called Copernicus a fool is doubtful.  Whatever Luther said or meant was not recorded till years afterward and could have been mistaken in meaning; see an analysis by Donald Kobe on Leadership U.
        Whether De Revolutionibus should have led to our modern Copernican principle is another question.  Up till recently, astronomers extrapolated Copernicus’ model to the ultimate, claiming the earth holds no special place in the cosmic scheme of things.  This view is challenged by a new book that could be just as revolutionary as De Revolutionibus itself: The Privileged Planet by Gonzalez and Richards (see website).  We’ll have to see what marginal notes this one gets on chat rooms around the web, or whether the Church of Darwin succeeds in marginalizing the book.
    Next headline on: Solar System. • Next headline on: Stars. • Next headline on: Cosmology. • Next headline on: Politics, Ethics and History.
    Neanderthals Matured Faster   04/29/2004
    The news media are all echoing a story out of Nature April 291 that Neanderthals matured by age 15, as indicated by their teeth.  A News and Views article in the same issue by Jay Kelley2 begins, It is nearly 150 years since the existence of Neanderthals was first recognized, but debate about their relationship to modern humans remains as contentious as ever.”  The find is not necessarily indicative of a major difference between Neanderthals and modern humans, but “ should prove to be a fruitful line of research.”  Sample news media interpretations can be found at
    BBC News and paleoanthropology’s bulldog, National Geographic.
    1Rossi and de Castro, “Surprisingly rapid growth in Neanderthals, ” Nature 428, 936 - 939 (29 April 2004); doi:10.1038/nature02428.
    2Jay Kelley, “Paleoanthropology: Neanderthal teeth lined up,” Nature 428, 904 - 905 (29 April 2004); doi:10.1038/428904b.
    You can’t infer the social evolution of humans from teeth.  Modern humans reach puberty before 15, so why shouldn’t there be variation in tooth maturation rates between varieties of humans?  This study is way too much interpretation on way too little data.  A “fruitful line of research” is code for “a new storytelling plot.”
        Evolutionists grasp at any hint that Neanderthals were a different species than us.  It’s a kind of historical racism.  Harrub and Thompson point out in a thick new book, The Truth About Human Origins (Apologetics Press 2004), p. 133, that at four fossil sites, Neanderthals and modern humans are found buried together.  The only way to build a Darwinian story out of that is to claim that modern humans buried their pet missing links with them.
    Next headline on: Early Man. • Next dumb story.
    Italy Waffles on School Darwinism   04/29/2004
    It’s not just an American thing; the politicians and scientists in Italy, also, are polarizing around Darwin.  The education ministry just dropped a requirement to teach evolution in elementary and middle schools as part of a major overhaul of education guidelines.  A news brief in the April 28 issue of Science1 claims that pressure “may” be coming from the “far-right” Alleanza Nationale, part of the ruling coalition government.  Earlier this year, it sponsored an “Anti-evolution week” in which a spokesman called evolution the “hegemony of the Left” in Europe and the “antechamber of Marxism”
        The backlash by “leading scientists” was strong and predictable, reported
    Access Research Network.  Rossella Lorenzi, writing in The Scientist, said that Darwin was back in school the next day, after the minister of education was inundated by letters and emails.  Letizia Moratti alleged that it was “absolutely false” that evolution had been banned from primary and secondary schools; she reassured the press that evolution will be taught starting in primary school.  She even appointed a committee of scientists to provide guidelines for the teaching of evolution.
        One of the pro-evolution scientists is organizing a “Darwin week” in June, “in which universities and natural history museums across Italy will hold seminars on teaching evolution.”  Science points out that the Roman Catholic Church has “no objections” to Darwinism, but quips, “As visitors to the Sistine Chapel can see, Italy has a long history of creationism.”
        Meanwhile, back in cowboy country, the evolution wars are still raging in Darby, Montana (see 02/27/2004 headline).  The “objective origins policy,” that allows for criticisms of Darwinism without offering up alternatives, has divided the community.  According to The Ravalli Republic, it’s coming down to the outcome of the next school board elections.
    1“Darwin in Italy,” Random Samples, Science, Volume 304, Number 5671, Issue of 30 April 2004.
    Interesting that the Italians can connect the dots between Darwin and Marx, but American scientists pretend evolution is religiously neutral.  Also notice that Science treats Darwinism and evolution as synonymous.  Some evolutionists try to wriggle out of that connection and claim that Darwinism only refers to one discredited mechanism of evolution.  Is Darwinism really the hegemony of the Left?  We need a research project to see how many hard line Darwinists are also leftists.  Bets are the correlation would be high.  Most editorials that touch on politics in the elitist science journals usually show a distinctly anti-conservative, liberal-left slant.  Even this article didn’t hesitate to label the anti-evolutionists “far-right” but avoided attributing the label “far-left” to the Darwin Party.  It is instructive to note that Charlie and his fallen angels were all radical leftists of their day.  Just a coincidence, presumably.  Also coincidental that Marxists idolized Charlie and closed churches, turning them into museums of atheism.
        Science puts the usual spin on the controversy.  Creationism is linked with religion on the one hand, but in the same sentence the writer claims the “influential” Roman Catholic church has “no objections” to Darwinism.  Well, which way is it?  Michelangelo was Roman Catholic, and depicted God creating man instantly ex nihilo, not by millions of years of time and slime.  Another spin is claiming that “leading scientists” [read: Big-Science elitists] are leading the protest.  The reader is presumably left to deduce that all scientists accept evolution but only a few “far right” religiously-based politicians are against it.  The power of the Darwin Party is still formidable.  Sadly, the Italian government didn’t have the guts to stand up to their onslaught.  It not only caved in, but even gave them more than they had before: a Darwin-Party committee to oversee the teaching of evolution.  Anyone want to bet they will recommend “teaching the controversy”?
        The news item says, “The government’s rationale, according to an education ministry official, was that students under 14 are far too young to be confronted with such complex material.”  Scientist-protestors countered that physics and mathematics are also difficult, but that doesn’t stop us from teaching those subjects.  Well, then, why do they use that same rationale, that teaching the controversy about Darwin is too complex and difficult for young minds?  A mind that can learn about gravity can just as easily comprehend the fact that Darwinism has major scientific problems.  Italy’s motherly-protection excuse is weak.  We suggest the opposite approach.  Tell the Marxist-Darwinist-Leftists that Italian children are too precocious and perceptive to be fed a diet of evolutionary just-so stories.
        Maybe you thought Marxism went out of style when the Berlin wall fell.  As long as Darwinism is the hegemony of the Left, the Marxists are waiting in the antechamber.  Lest we forget, we should remember what Stalin, the would-be priest who became an atheist after reading Darwin’s abominable volume, did to the “creationists” of his day.  Read this account and you will see why the Italians have good cause for alarm.  It should be required reading during Anti-Evolution Week.
    Next headline on: Darwinism. • Next headline on: Schools. • Next headline on: Politics and Ethics.
    Darwin Not Given Enough Credit for Animal Engineering   04/28/2004
    Daniel E. Lieberman (Harvard) was impressed with Steven Vogel’s new book, Comparative Biomechanics: Life’s Physical World (Princeton, 2003), which he reviewed in Nature.1  He considers it a much-needed general textbook on biomechanics, the study of ways living things solve physical problems.  For instance, animals and plants need to generate forces to either move or stay put.  Lieberman praises Vogel’s book as fun to read and filled with tremendous examples:
  • Prairie dogs build their tunnels to ventilate based on the Bernoulli principle.
  • Basilisk lizards are able to run on water.  A human would have to weigh just 4.6 grams to accomplish that feat with our feet.
  • Fleas accelerate at 2000 meters per second, 20 times greater than a Space Shuttle launch.
  • Silk has a tensile strength similar to that of steel.
  • Oak trees generate 500,000 pascals of pressure by evaporation.
    “Nature is a pretty impressive engineer,” Lieberman confesses. 
    The physical world poses many basic challenges, such as gravity, viscosity and pressure gradients, to all living creatures, which in turn have evolved [sic] an astonishing array of solutions.  Many of these, such as paddles, valves and hydrostats, are so widespread that we rarely notice them.  Others perform so well that we marvel at their superiority to human-made devices.   (Emphasis added in all quotes.)
    The physical problems solved by living things extend from “how proteins fold to how whales float.”  These things are best studied by engineers, who can employ their talents “deducing and testing the inherent principles and mechanisms by which things fail, work or can be made to work.”  The only criticism Lieberman had was that Vogel didn’t shed enough light on evolution:
    In Vogel’s world, plants and animals receive equal treatment in the context of the physical problems they encounter.  In that sense, the comparative method he uses is based on problems of physics, not evolutionary relationships: tubes are treated as tubes, regardless of what kind of organism they serve.  Regrettably, this perspective leaves little room to explore key problems in evolution.  Vogel mentions only in passing various debates on topics such as constraints, adaptation and the mechanisms by which organisms can or cannot alter in response to changes in their environment.  Of particular note, he sidesteps the issue of optimization and the extent to which natural selection drives organisms towards supposedly better ways to overcome the challenges posed by their particular environments.
    Despite that little shortcoming, he thought the book was destined to become a well-worn classic.
    1Daniel E. Lieberman, “Engineering for Animals,” Nature 428, 893 (29 April 2004); doi:10.1038/428893a.
    Ha!  This is funny.  Please, Mr. Vogel, can’t you give Charlie just a little credit? I’m afraid the creationists and ID people are going to latch onto this book.  Can’t you tell us just a little bitty just-so story about how these masterful engineering feats evolved, so that we can use it in the public schools?
    Vogel, in essence, replied, Natural selection?  I have no need of that hypothesis.
        Congratulations to Dan Lieberman for a well-deserved Stupid Evolution Quote of the Week.
    Next headline on: Intelligent Design. • Next headline on Mammals. • Next headline on: Bugs and Crawlers. • Next headline on: Plants. • Next amazing story (see also next headline). • Next headline on: Darwinism. • Next dumb story.
    Moose Muzzle: A Nose for News   04/28/2004
    Curious about the enigmatic nose structure of the moose, two researchers picked up moose roadkill and decided to study those large, comical Bullwinkle faces, reports Nature.1  Lincoln Tim writes,
    The moose, Alces alces, is a member of the deer family, but its nasal apparatus is unlike that of any of its relatives.  The apparatus overhangs the mouth, and the nostrils are large and laterally sited .... The muzzle contains a long and complex nasal cavity, with a highly complicated muscle and cartilage system.
    Though the puzzle of the muzzle is not completely solved, the scientists suggested it serves the following functions:
  • Enhances blood and brain cooling.
  • Enhances efficiency of feeding with its mobile and tactile features.
  • Has nostrils that can close while under water.
  • Derives directional information from smell.
    Andrew B. Clifford and Lawrence M. Witmer reported their results in the Journal of Zoology 262, 339–360; 2004.  On May 6,
    MSNBC News reported on this story and included a handsome moose muzzle portrait.
    1Lincoln Tim, “Zoology: Nose of Moose,” Nature 428, 904 (29 April 2004); doi:10.1038/428904a.
    Now you know.  All that and no transitional forms, either.
    Next headline on: Mammals.
    Noah’s Ark Search Planned    04/26/2004
    MSNBC and Fox News report that a search is being planned July 15 to inspect an object that, seen from a satellite, bears some resemblance to remains of Noah’s ark high up the slopes of Mt. Ararat.  The expedition, led by Daniel McGivern, wants to get a closer look and take photographs.  National Geographic took note of the news, adding that the satellite image was taken by Digital Globe, a commercial satellite imaging company.  Although McGivern is 98% certain it is the Ark of Noah, and claims he can even identify wooden beams in the images, another veteran Ark explorer, Rex Geissler, is skeptical.
    The object is too indistinct to draw any conclusions.  Tantalizing as these images are when they appear from time to time, we should always take a default position that they are not Ark-eological till proven otherwise.  Embarrassing retractions have been made before by overzealous explorers; a different box-shaped object in the 1990s looked very different up close.  It is certainly worth checking out claims like this, but it is also highly unlikely a wood ship would survive thousands of years of weathering and landslides even under the best of conditions.  Only extraordinary evidence will be able to substantiate the extraordinary claim.  Better to understate the potential than have to backtrack later.
        Yet a long string of alleged sightings keeps the explorers motivated.  There are many reasons why the search is extremely difficult.  The ice pack only melts for short periods in dry years, the mountain is extremely difficult to climb, and it has long been in a dangerous political zone near the Turkish-Russian-Iranian border.  Armed gunmen roaming the slopes add to the hazard, and many otherwise hopeful searches in past years have waited in vain for permits from capricious local officials, only to be denied at the last minute.  Best wishes to the explorers, but till they bring back unquestionable evidence that would convince skeptics, definitive proof Noah’s Ark has survived on Mt. Ararat is, so far, lacking.  Whether the Ark existed and the Flood occurred are separate inquiries that, while they would be enhanced by this evidence, do not require it.
    Next headline on: The Bible.
    SETI Researcher Analyzes Language Mathematically    04/26/2004
    Space.com had a story April 22 about Dr. Laurance Doyle, who studies non-human communication with information theory.  The article is mostly about his study of whale and dolphin signaling, but mentions how information theory is related to the intelligence of the communicating entities:
    Doyle’s team uses statistical tools from a field known as “information theory” to measure the complexity of different species’ communication systems and thus learn how much information individual animals can transfer between each other.  This allows the scientists to draw inferences about the intelligence of the communicating species, which in turn gives Fi researchers a better understanding of intelligence as an evolutionary adaptation [sic].
    The term Fi comes from the Drake equation, a well-known SETI formula invented by Frank Drake that seeks to calculate how many intelligent civilizations might exist in space wishing to communicate with us.  It stands for the fraction of habitable planets with life that have evolved intelligence – the most speculative factor in a string of speculative factors that comprise the equation.
    Like most evolutionary articles, this evolutionary article merely assumes evolution.  It takes for granted that life and intelligence will evolve, given enough time.  As such, it provides nothing new in the rhetoric of Darwinism.  But it does remind us that communication of information is a hallmark of intelligence.  Animals possess intelligence and communicate information to one another in many ways, but only humans lie (see next headline).  If we know empirically that information is a telltale sign of intelligence, how can it be honest to assert that human intelligence had a non-intelligent source, ultimately from hydrogen?
    Next headline on: SETI. • Next headline on: Intelligent Design.
    Another Human Distinctive: Lying    04/26/2004
    Here’s another evolutionary conundrum: animals usually don’t tell lies.  Why is lying such a well-documented human trait, but rare in the animal kingdom?  Animals signal their own and their enemies in many complex ways.  It would seem that lying would have evolved as a useful strategy many times in the animal kingdom, yet apparently it has not.  In a book review of Animal Signals by John Maynard Smith and David Harper (Oxford, 2003) published in the April 23 issue of Science,1 Nils Stenseth and Glenn-Peter Sætre describe the puzzle:
    A central problem for evolutionary biologists interested in animal communication is to explain why animal signalers generally are truthful.  A male nightingale advertising for a mate reliably signals properties of his qualities through his beautiful song.  By dressing in screaming black and yellow colors, the wasp reliably warns approaching predators (and us) of her painful sting.  The trivial answer to the honesty problem is that it would not pay animals to respond to a signal unless they by and large benefited.  If wasps never stung, no one would bother to notice their striking colors.  The color pattern would cease to be a signal.  However, the more interesting question--the main theme of John Maynard Smith and David Harper’s Animal Signals--is what keeps signalers from cheating?  What prevents, say, a poor-quality male nightingale from claiming that he is of higher quality than he actually is?   (Emphasis added in all quotes.)
    It’s not that evolutionists never thought about this before.  One explanation, for instance, is called the handicap theory: “signals are reliable because they are costly to produce or have costly consequences.”  Ideas about indices vs. amplifiers and evolving signals vs. equilibrium signals are discussed in the review, along with this puzzler:
    The problem of honest signaling seems especially challenging to our intuition when we consider contests, situations in which the contestants prefer different outcomes.  In their chapter on signaling during contests, Maynard Smith and Harper explore some consequences of the contestantsְ shared interest in avoiding an escalated fight.  They discuss badges of status, minimal-cost signals that indicate need, and aspects such as extended interactions, punishment, and the effects of the divisibility of a resource.
    All this seems to beg the question of why humans are such inveterate liars, if their behavior evolved, too.  The authors provide some “suggestions” –
    In the final chapter, the authors discuss signaling in primates and some other social vertebrates.  Here we find several topics that border on other fields such as psychology and the evolution of language [sic].  The chapter provides some of the book’s most entertaining examples and most thought-provoking suggestions.  These include the evolution, through natural selection, of animal signaling into human language [sic]; that is, the transition in our past where genetic change was eclipsed by cultural change and history began.
    With that tantalizing impression, they leave us hanging; the reviewers probably expect us to buy the book to hear the suggestions.  Are they suggesting that cultural change and history do not evolve by natural selection?
    1Nils Chr. Stenseth and Glenn-Peter Sætre, “Behavioral Ecology: Why Animals Don’t Lie,”
    Science, Vol 304, Issue 5670, 519-520, 23 April 2004, [DOI: 10.1126/science.1097384].
    Interesting that they do not mention mimicry, which seems to be a form of deceit: “don’t eat me--I’m a stick!”  But mimicry is not really lying.  The animal can’t help the way it was born.  Anyway, in terms of vocalizations or behavioral traits, it is striking that animals don’t lie to each other like humans do, except in The Far Side comic strips.
        So here again, another phenomenon is found that seems counterintuitive to evolutionary expectations, and Darwinians are left employing just-so stories to explain it.  How many exceptions to the rule are required before the rules must be changed?
        With glittering generalities, evolutionists exercise their fertile imaginations to dream of monkey screeches evolving into Shakespearean soliloquies.  Prove it, we say.  Interestingly, though human beings can be shown to all have a single genetic ancestor (like Adam), their languages cannot.  Dr. Joseph Kickasola, a linguist at Regent University, has shown that all the thousands of human languages and dialects can be reduced to 17 families, but no further.  Could this fact be an echo of Babel?
        The cynic says, “Everybody lies, but it doesn’t matter, because nobody listens.”  What if enough people stop listening to Darwinian just-so stories?  After all, it is a form of deceit to pretend to have an answer when you don’t.  It would be more honest for a naturalistic researcher to say, “I don’t know why humans are liars but animals are not.”  Maybe this and maybe that doesn’t cut it in science.  This is an area where science is limited, but there are other sources of information, such as history and eyewitnesses.
        The One who cannot lie told us about a father of lies, the devil, who was a liar from the beginning, and that it is not surprising that his followers would follow in his ways.  He also commanded us not to bear false witness, and warned that all liars shall have their part in the lake of fire.  If you don’t like to hear such things, don’t ignore the credibility of the source of that information.  Don’t lie to yourself.
        Postscript: Science Now reported a week ago that John Maynard Smith, co-author of the book Animal Signals and one who “revolutionized the way biologists think about behavioral evolution” died on April 19.  This is the fate to which we all are racing.  Are you ready?  Choose carefully whose words you trust.  At the end of your life, it will not matter how entertaining the just-so stories you told or believed.  But you can know the Truth, and the truth can set you free.
    Next headline on: Darwinism and Evolutionary Theory. • Next headline on: Early Man.
    Minimal Cell Modeled in Computer    04/26/2004
    “The basic design rules relating the regulation of cellular function to genomic structure is of broad interest,” begin three Cornell microbiologists writing in PNAS,1 and so they have turned their attention to the smallest theoretical living cell:
    A “minimal cell” is a hypothetical cell possessing the minimum functions required for sustained growth and reproduction in a maximally supportive culture environment.  This organism is considered to live in a rich environment with preformed nutrients and relatively constant temperature and pH.  (Emphasis added in all quotes.)
    The smallest known independently-living organism, Mycoplasma genitalium, has 580 kilobase pairs of DNA.  Most prior estimates for the smallest theoretical cell arrived at 262 genes or more.  Early investigators started by studying proteins and their functions.  These researchers took a different tack:
    We propose a reverse approach.  We ask how we would design a cell to achieve expected functions and, from that design, how we would write the genomic instructions.  This approach follows the typical engineering design approach where desired performance dictates functional design, which is then translated into blueprints.
    By evaluating which genes seem to overlap and sorting out genes that have similar functions, this team got the number of genes down to only 12, accomplishing 11 essential functions.  “It is certainly possible that a smaller set of genes might be found,” they say, “but we believe that the set of functions is minimal.”  This theoretical lower limit does not, of course, mean that such an entity could be found or constructed, or if it were, that it could survive and reproduce; their model only “permits growth from preformed nucleotides precursors and has complete nucleotide pathways.”
    1Castellanos, Wilson and Shuler, “A modular minimal cell model: Purine and pyrimidine transport and metabolism,”
    Proceedings of the National Academy of Sciences USA, 10.1073/pnas.0400962101 (published online before print April 16, 2004).
    Their model is little more than a thought experiment.  It imagines “pseudochemical species (or modules) that are aggregates of distinct chemical species that share similar chemistry and metabolic dynamics.”  What they try to do is theorize how simple a cell can be to exist and model it in a computer, not in the real world.  It’s kind of like designing a minimal airplane that could fly around the world without refueling, assuming there is constant temperature and no wind.  When the actual Voyager flew, it involved many engineering and physiological challenges that required even more intelligent design than a simple, heavier airplane.  These authors do not attempt to imagine that their theoretical cell would actually be viable.  It’s only a theoretical organism, a little better fleshed out than the fake computer organisms of Adami and Lenski.
        The authors do not imply that such an entity was a precursor to complex life.  For one thing, their model required pre-existing nucleotides and other ingredients not easy to come by in an organic soup, and assumed unrealistic constant temperature and pH conditions: in essence, they imagined a little garden of Eden for these theoretical cells, not a primitive hostile environment of crashing waves, hot vents, ice ages or meteor impacts.  For another, “This observation reminds us of one of the important challenges for comparative genomics,” they mention in their conclusion: “nonorthologous gene displacements (same function being performed by unrelated or very distantly related nonorthologous proteins).”  While this observation encourages them that “A conserved core of functions with a single, ubiquitous solution certainly exists” (theoretically, in the computer), the fact is that real life has a non-overlapping universal set of 80 genes, and the three kingdoms utilize very different proteins for some similar functions.  This is undoubtedly a reflection of their different habitats and environments.  Are we expected to believe that each of the three kingdoms evolved their own quasi-miraculous solutions to functional requirements independently, on repeated occasions, without brains?
        While the authors consider it “certainly possible” that someone might get the number down below 12 essential genes, they think their set of 11 functions is a rock-bottom minimum.  It won’t help origin-of-life researchers anyway.  Forget getting 12, or 80, or 256 genes: getting just one is out of the question (see our online book).  On Saturday, Dr. Kurt Durston at the Biola ID conference presented his calculations on the information content of a cell.  He said that a minimal cell needs 75,000 bits of information, and showed mathematically that evolutionary selection could not proceed in jumps greater than 90 bits.  Even if it required only one tenth of that, 7500 bits, it’s just not going to happen by chance, even with natural selection’s help.  We agree with the authors: “The basic design rules relating the regulation of cellular function to genomic structure is of broad interest.”
    Next headline on: The Cell. • Next headline on: Origin of Life. • Next headline on: Genes and DNA.
    Eugenics Documentary Opens at Holocaust Museum    04/22/2004
    Michael Ollove at the
    Baltimore Sun reports on a new exhibit at the U.S. Holocaust Museum entitled Deadly Medicine: Creating the Master Race.  The exhibit shows a 1937 Nazi propaganda film that invokes the law of natural selection as support for weeding out the unfit.  Ollove writes,
    The narrator declares that “we humans have sinned terribly against [the] laws of natural selection,” by coddling the genetically impaired and, even worse, by allowing them to reproduce, duplicating their defects in a new legion of offspring.  “We have not only sustained unworthy life,” he decries, “we have allowed it to multiply.”
        The title of the 1937 film is Victims of the Past, a reference to the idea in the disgraced genetic field of eugenics that illness, disability and delinquency were passed without deviation, gene by gene, from one generation to the next.  The film was a piece of Nazi propaganda, required showing in German theaters in support of the nation’s program for the compulsory sterilization of the “genetically unfit” to choke off undesirable human traits - and undesirable human beings.
      (Emphasis added in all quotes.)
    Ollove says that eugenics led directly to the holocaust: “Ultimately, the Third Reich arrived at a more comprehensive solution than sterilization, one that it would also choose for other ‘biological’ enemies, including Jews, Gypsies and other ‘inferior’ races: extermination.
       Reviewing the displays, Ollove says “the exhibition stands as a frightening warning of where the corrupted use of science [sic] can lead.”  The marriage of eugenics with the Third Reich was “a marriage made in hell,” he says, and “lent Nazi ideology a whiff of scientific authority.”
        Francis Galton, the father of eugenics, was Charles Darwin’s cousin and an admirer of his famous relative’s evolutionary theory.  Janet Browne, in her biography Charles Darwin: The Power of Place (Princeton, 2002) made it clear that racism was a common fault of many British scientists, and was shared not only by Galton, but by Darwin and many of his defenders: Huxley, Haeckel and many others.  Charles Darwin himself believed that the white-skinned Europeans with their superior intelligence would eventually exterminate the “lower” races.
        Who was Hitler to stand in the way of the laws of nature?  The Reich took enthusiastic note of the work of eugenicists.  Ollove writes, “After Hitler took power, the eugenicists achieved an unparalleled primacy, the envy of counterparts elsewhere in the world.  Many were appointed to key positions at scientific institutions and received research funding.  Their critics were silenced, while their views were furthered in state propaganda and official policy.”  Yet Germany was not alone in supporting eugenics.  The United States passed forced sterilization laws even before Germany did, beginning in 1907 (see this book review by the NCPA).
        Ollove next describes the slippery slope that began with euthanizing children, to killing adults, and led to all the horrors with which we have become familiar from newsreels made after the war.  Just a dirty chapter in history, a shocking museum exhibit?  Ollove warns that “the exhibit’s continued relevance is unmistakable as present-day bioethicists wrestle with the policy implications of startling genetic research and the possibilities it presents.”  Already, genetic screening, the desire to breed super-athletes or super-intelligent children, sex selection and the rising costs of health care are creating pressures to weed out the unfit or “undesirable.”
        What is the lesson of this exhibit?  He concludes, “The underlying issue inevitably bears on the question of the worth of individuals, a question for which both German eugenicists and the Nazis believed they had answers.”  Their answers often leaned on the writings of Darwin, Haeckel, and Galton.
        See also a new book by Dr. Richard Weikart (UC Stanislaus), From Darwin to Hitler: Evolutionary Ethics, Eugenics, and Racism in Germany (Palgrave McMillan, 2004).  The author shows in this book that “Hitler built his view of ethics on Darwinian principles.”
    Darwinists hate it when outsiders try to link evolutionary theory with the holocaust.  Their response is usually two-fold: (1) science, and evolutionary theory in particular, has nothing to do with how it is used (after all, benign nuclear physics led to the atomic bomb), and (2) Christians have been guilty of atrocities, too: why, passages in the Bible could be, and were, used to justify anti-Semitism, slavery, and genocide.  Go read Ollove’s entire article.  Then, come back and let’s examine these rebuttals in turn.
        First, can Darwin be exonerated from what others did with his theories?  After all, Charlie was unquestionably a pleasant chap who wouldn’t hurt a fly (he would study it for evidence of natural selection).  He had many friends and admirers.  He loved nature and was basically a kind-hearted gentleman.  It can probably be affirmed without contradiction that he would have been shocked and horrified at what Hitler did.  Nevertheless, look at his ideas and their logical consequences.  He set forth a worldview of competition, struggle, and survival of the fittest; a world that filtered out the “unfit” by ruthless, undirected processes.  No matter how much he tried to restrict the discussion to scientific terminology, others knew exactly what his ideas meant and where they would lead.  Reviewers from day one applied his views to the human race and to politics.  The horrors that could follow from his views was precisely one of the arguments leveled at Darwin by critics in 1859 and 1860.  Darwin’s admirers, on the other hand, immediately used The Origin of Species to attack Christianity and promote liberal socialism.  Haeckel practically worshipped Darwin (and Darwin thought highly of Haeckel in return); Haeckel returned to Germany to promote Darwinism and eugenics, fueling the very fires that culminated in Nazism.
        Janet Browne and other historians have pointed out how Charles Darwin’s views fit neatly into the 19th century political climate of British imperialism.  Herbert Spencer (originator of the term “survival of the fittest”) told Andrew Carnegie that his cutthroat capitalism was a normal and natural outworking of the laws of nature.  Karl Marx felt that Darwinism provided the scientific justification for his communist views.  Whether Nazism, communism, or laissez-faire capitalism, each view that promoted ruthless competition and survival of the fittest used The Origin of Species as a scientific justification.
        Second, is Christianity just as guilty?  Let Joseph Goebbels himself frame the debate.  Ollove quotes him as stating in 1938, “Our starting point is not the individual, and we do not subscribe to the view that one should feed the hungry, give drink to the thirsty, or clothe the naked.  Our objectives are entirely different: We must have a healthy [sic] people in order to prevail in the world.”  Now, pray tell, who taught that we should feed the hungry, give drink to the thirsty, and clothe the naked?  Who treated each individual as precious in the sight of God?  Who healed the infirm, sought out the poor and needy, and lifted up those who were humble?  The lines could hardly be drawn more boldly than Goebbels drew them: Jesus valued the individual; Hitler, the eugenicists, and ultimately the Darwinians, valued the race.
        Speaking of race, the Bible has the antidote to the false concept that some races are superior to others.  Creation teaches that we are all descended from Adam, a principle reinforced in the New Testament by Paul and Jesus.  There are no races; there is only the human race.  Answers in Genesis is one creationist organization that has recently promoted this Bible doctrine as the cure for racism.  The Bible also denies that some individuals are less fit to live.  The weak, the sick, the lame, the blind, the poor were often the ones to whom Jesus showed the most compassion.
        It cannot be denied that Europeans did some ugly things in the name of Christ (including persecuting other Christians who believed people should follow the teachings of Jesus).  But these actions were opposite both the letter and the spirit of the Bible.  What about, then, the Old Testament commands to exterminate the Canaanites?  We must remember that the rights of life and death belong to God alone.  He who gives life has the sovereignty and authority to destroy it, as He did in the flood, and as He will do at Armageddon.  God takes full responsibility for His judgment.  In some cases, he delegated His judgment to humans.  But Moses and Joshua and the prophets had direct revelation from God on these matters (a luxury not afforded us today, nor to the medieval popes).  These were specific orders from God, to God’s chosen people, at specific times for His specific purposes, and are never mentioned in the Bible as normative for individuals or kings; in fact, the opposite is taught in both Old and New Testaments –care for the alien and sojourner, orphan and widow, and mercy toward all who are weak or afflicted.  Would Hitler or Mao have taught “love your enemies”?  Jesus said that the two greatest commandments were to love God with all your heart and to love your neighbor as yourself.  These are commandments to individuals, not to “the race.”
        The Bible’s position on individual human dignity does not rule out all killing.  God has instituted government to protect the rights of individuals, by means including police protection and national defense.  War can be just.  It can prevent further killing, or destroy those who are about to kill, as in the war against terrorism.  This is a far cry from genocide.  Neither does the Bible rationalize keeping the fit in their weakness, as if it is their fate.  The Biblical values of health, healing, cleanliness and industry should promote medical research into finding cures for genetic diseases and improving health – for individuals, because each person bears the image of God.  Even the benevolent competition of athletic games is spoken of favorably in the New Testament.  Individuals are encouraged to do their best.  This is a far cry from eugenics.
        Crusading popes corrupted the teachings of Jesus, but the eugenicists and the Nazis carried the teachings of Darwin to their logical applications.  Could figures be accurately known, the body count of those killed in the name of Christ to those killed in the name of Darwinism would differ by orders of magnitude.  In the 20th century alone, some 100 million deaths can be traced to communism and Nazism, regimes that banned Bibles and closed churches but exalted Darwinism, promoting survival of the fittest as the governing principle of society.  Most Darwinians are “nicer” these days (e.g., not overtly racist) but their core beliefs have not changed.  Some already support euthanasia and infanticide in the name of natural selection.  Many have no qualms about the ongoing holocaust of abortion.  As we approach difficult 21st-century ethical questions about genetic engineering and cloning and other cutting-edge technologies, respect for the individual must be the pole star in our deliberations (for example, see this Breakpoint commentary by Amy Michelle DeBaerts).
        Given that racism is a perpetual fire in the human heart, from ancient times to the present, which book – the Bible or the Origin of Species – is like water on the flames, and which is like gasoline?  Let history be the judge.  We must never forget.
    Next headline on: Movies. • Next headline on: Darwinism and Evolutionary Theory. • Next headline on: Politics and Ethics. • Next headline on: The Bible.
    Dinosaur Extinction Theory #481b    04/22/2004
    Let’s try another one.  Temperature imbalances after the asteroid impact 65 million years ago caused cooler global temperatures.  This caused more eggs to hatch male, since in reptiles, egg temperatures can influence the sex of the hatchlings.  So a shortage of females gradually led to the extinction of the dinosaurs.
        Why, then, didn’t crocodiles go extinct? ask critics of this new hypothesis by researchers at Leeds University (see
    BBC News).  They answer: “These animals live at the intersection of aquatic and terrestrial environments, in estuarine waters and river beds, which might have afforded some protection against the more extreme effects of environmental change, hence giving them more time to adapt.” (Emphasis added.)
        How did Arctic dinosaurs survive for so long, then? (see 03/29/2004 headline).  Don’t ask.
    This latest attempt was probably in response to the revelation that the dinosaur extinction was 300,000 years after the assumed date of the Yucatan impact (see 09/25/2003 headline).
        Evolutionists raise their stories up the flagpole to see if anyone salutes.  Usually, instead, the only salute is 21 guns shooting it down.  Meanwhile, popular news reports, like this story at MSNBC, get excited any time a science story has the word “sex” in it.
        This tale, like others, fails to explain why most of the extinction was among marine organisms.  According to the BBC article, a critic said, “More than 50% of all species that lived prior to the mass extinction were wiped out.  In fact, the dinosaurs were not among the most numerous of the casualties - the worst hit organisms were those in the oceans.”  What about them?  And what about the marine reptiles?  Why was the extinction selective for some reptiles and not others?  Why isn’t the Bible’s explanation ever considered, when it doesn’t have these problems?
    Next headline on: Dinosaurs. • Next dumb story.
    Can Evolution Create Homologous Structures by Different Paths?    04/22/2004
    Günter Thebien (Friedrich Schuller U, Jena, Germany) is baffled about how two plants arrived at similar structures by different evolutionary pathways.  In the April 22 issue of Nature,1 he asks,
    Structures that occur in closely related organisms and that look the same are usually considered to be homologous — their similarity is taken to arise from their common ancestry [sic].  Common sense suggests that the more complex such structures are, the less likely they are to have evolved independently and the more valuable they should be for studying systematics.  But what if ‘obviously’ identical organs have arisen through two mutually exclusive developmental routes?  (Emphasis added in quotes.)
    He points to a discovery by Glover et al. (Gene 331, 1–7; 2004) of just such a what-if situation.  Two species in the nightshade family (of which tomatoes are a member) that have almost identical looking “pepperpots” or anther cones in their flowers.  Yet mutation experiments on the genes that develop the structures show that neither could be related to the other by common ancestry, because they develop under different pathways.  “So the most plausible conclusion,” he claims, “is that pepperpots originated twice independently in the lineages that led to tomato and bittersweet.”  If so, this means trouble for systematists:
    Molecular systematic analysis confirms that tomato and bittersweet are closely related, and the traditional view would be that their pepperpot cones are obviously homologous.  But genetic tinkering and mutant analysis show that they probably are not — that they are convergent [sic], having taken different routes to the same end.  Life’s potential to invent [sic] complex structures more than once may worry systematists, who depend on reliable characters to reconstruct relationships between organisms.  But it will please anyone who admires nature’s [sic] innovative power.

    1Günter Thebien, “Developmental genetics: Bittersweet evolution,”
    Nature 428, 813 (22 April 2004); doi:10.1038/428813b.
    Homology is one of those words that embeds Darwinian assumptions into the terminology.  The Darwin Party’s word games go like this:
  • Homologous structures are similarities that Darwinians believe are related by common ancestry.
  • Analogous structures are similarities that Darwinians believe are not related by common ancestry.  In some unspecified way, they arrived at the same pattern by “convergent evolution.”
    Thus, by waving either hand, the Darwin show can go on.  But when both hands are waving, they might collide.  Thebein’s hand-waving term “convergent evolution” has just collided with the hand-waving Darwinian concept of homology.  Now what?  Nature has thrown the Darwinians a curve; a complex structure that “common sense” says could not have evolved twice independently.  This is where the Darwinians go to Plan C:
  • Homologous-convergent structures prove Nature is tricky.
    Since, to a Darwinian, Nature is a personified goddess tinkering with her creations, she has free will and even a sense of humor, in addition to “innovative power.”  By employing fast-talking equivocation with the science security guards, the Darwinians avoid having their science badges disqualified.  They can remain and enjoy the melodrama, chuckling at the dirty trick “Nature” played on the systematists.  They never catch on that the joke’s on them.
    Next headline on: Plants. • Next headline on: Darwinism and Evolutionary Theory. • Next dumb story.
  • How Tall Can a Tree Grow?    04/22/2004
    130 meters (426 ft) seems to be the upper limit on the height of a tree, say researchers from Humboldt State, Northern Arizona University and Pepperdine University, in the April 22 issue of Nature.1  To find this out, they had to establish working stations at the tops of northern California redwoods, the tallest trees on earth (the current record holder is 369.75 feet, the height of a 36-story building).  Ian Woodward calls their in situ measurements of photosynthesis at heights of over 360 ft. a “remarkable achievement.”2  The team shot arrows over the tops of tall northern redwoods, then pulled up ropes and climbed hundreds of feet into the crown branches to take their measurements of water pressure, leaf mass, carbon dioxide exchange, and light environment.  Since the tallest trees, which are estimated to have been growing for 2000 years, have not reached the theoretical limit, they could continue growing for some time.
        Koch et al. determined that the limiting factor is ability to pump water against the competing forces of gravity and friction, which increase with height.  Transpiration through the leaves creates a suction in the woody vessels that pulls the water upward until cavitation occurs, when an embolism forms that collapses the water flow.  They found that the top leaves get smaller and denser at the top, and less photosynthesis occurs, due to the challenge of delivering water hundreds of feet off the ground.  The northern redwoods are efficient drawers of water, Woodward says:
    Tall trees use considerable quantities of water.  For example, a 45-m redwood uses about 600 kg of water each day, a figure that increases substantially with height and size.  It seems surprising, therefore, that the redwoods live in a climate with an annual dry season of 3–4 months.  Offsetting such an apparent drawback, however, is the oceanic influence on local climate, which means that dry-season fog occurs for up to two weeks at a time: fog reduces transpiration, a benefit in the dry season.  Moreover, tall trees actually increase the interception and capture of fog coming in off the sea, to the tune of 34% of the annual incidence of precipitation; in their absence, the precipitation input from fog is halved.
    Woodward finds it interesting that Koch’s team began their research in 1988 on the lowly radish, and now they have continued on the tallest plants in the world.  “Yet that is no real surprise,” he notes: “despite the very different packaging and longevity of the two species, their physiological processes are much the same.”
    See also the BBC News writeup on this research paper.
    1Koch, Sillett, Jennings, and Davis, “The limits to tree height,” Nature 428, 851 - 854 (22 April 2004); doi:10.1038/nature02417.
    2Ian Woodward, “Plant science: Tall storeys,” Nature 428, 807 - 808 (22 April 2004); doi:10.1038/428807a.
    Here is a good example of science as it should be done.  Excellent field work, and no storytelling about evolution.  As remarkable as today’s giant trees are, there were probably even bigger ones in the past.  Yellowstone in Wyoming and Florissant Fossil Beds in Colorado have fossilized Sequoia stumps, and redwood fossils have been found even near the Arctic circle (see 03/22/2002 headline).  Conditions in the past may have been even more conducive to their rapid growth.
        Like Ian, we should all look woodward and marvel at the trees.  Look at a tall tree nearby, whether an oak, a pine, or whatever is prominent in your neck of the woods.  Imagine if it were the only tree on earth.  Would it not be an international tourist attraction?  People would travel the world over to look at this natural marvel.  They would wonder how it could pump water from under the ground all the way up to the highest leaves.  They would admire its beauty.  It would seem almost a miracle.  The fact that trees are so plentiful should not blind us to the reality that trees indeed are some of the most elegant, handsome, remarkable, and complex entities in all of creation.  Why not take the family on a hike or picnic under the shady trees, and use it as a teachable moment?
    Enjoy this gallery of the natural water pumps that enrich our world: by a lake (foxtail pine), in a canyon (cottonwood), outdoor pews (sequoia), blooms in fog (dogwood), giant’s foot (sequoia), forest blanket (lodgepole pine), Yosemite valley (pine, oak), Tehipite valley (pine, oak), redwood saddle (sequoia), mountain majesty (pine), waterfall curtain (cottonwood), giant and dwarves (sequoia).

    Photos courtesy David Coppedge, Creation Safaris.
    Next headline on: plants. • Next amazing story.
    Does Ethics Emerge From Genes Alone?    04/21/2004
    Gene Robinson wants to get us “beyond nature and nurture” in discussions of behavior.  Robinson, of the Department of Entomology and Neuroscience at the University of Illinois in Urbana, wrote an essay in the April 16 issue of Science1 that suggests it is not “either-or” but “both-and” – both genetics and the environment affect the expression of genes.  Behavior, therefore, is a reflection of the dynamic interplay of both factors as they affect which genes are expressed.  Does this remove the fear of biological determinism?
    When it comes to behavior, the nature-nurture controversy has not disappeared.  The public is leery of attributing behavioral influence to DNA rather than to the environment and free will; worries abound over the ethical implications of biological determinism.  Many social and behavioral scientists are skeptical as well, either because the concept of “DNA as destiny” does not jibe with their understanding of the dynamic nature of behavior or because they consider human behavior to be much more complex than that of animals studied from a genetic perspective.  By contrast, biologists have long accepted that genes, the environment, and interactions between them affect behavioral variation.  Traditionally, behavioral variation has been partitioned using statistical analysis into genetic (G), environmental (E), and G x E components, an approach that began long before the advent of molecular biology.  This retains the flavor of the nature-nurture dichotomy, which influences how research in this field is interpreted.  Fortunately, we can now study genes in enough detail to move beyond the nature-nurture debate.  It is now clear that DNA is both inherited and environmentally responsive.   (Emphasis added in all quotes.)
    Robinson provides three examples of genetic expression in animals (voles, fruit flies and rats) affected by environment.  Thus, he considers a biological explanation of behavior tractable at last: “All behaviors are influenced by the actions of many genes; the three highlighted here exert their effects as part of gene networks that give rise to diverse pathways of physiological activity.”  These animal models illustrate a new framework for explaining behavior, from animals to man:
    Emphasizing the dynamic responsiveness of the genome over different time scales not only provides a framework that includes both mechanistic and evolutionary explanations of behavior at the molecular level, but may also attract more social and behavioral scientists to the quest to understand the relationship between genes and behavior.  In the past, social and behavioral scientists might have dismissed molecular studies of behavior in animal models by pointing to the greater complexity of human behavior.  Yet the examples offered here--pair bonding, foraging, and care of offspring, each involving molecules known to also be present in humans--illustrate complex behaviors performed over days and weeks or even a lifetime.  These behaviors have learned components and are performed in a social context.  The value of animal models can be further enhanced by applying genomics to generate large-scale expression profiles of individuals with different genotypes tested in different environments.  In addition, the application of informatics should enable new literature-based comparative analyses of behaviors across different species.
    These new approaches might provoke multidisciplinary synergy: “Development of new tools marrying the vast literature on behavior with genomics could also spark increasing involvement by social and behavioral scientists in molecular genetic studies of behavior,“ Robinson says.  “This would be a welcome development indeed.”  Biologists need the collaborative input of sociologists, he suggests demurely.  He thinks the cross-disciplinary study of molecular genetics will also “help everyone get past the dilemma of nature versus nurture.”  From there, tackling the intricacies of the human psyche cannot be far behind: “Then we can all focus on both the tremendous opportunities and the challenging ethical concerns related to the study of genes and behavior.”
    1Gene E. Robinson, “Beyond Nature and Nurture,”
    Science, Vol 304, Issue 5669, 397-399, 16 April 2004, [DOI: 10.1126/science.1095766].
    Gene (appropriately named), a genetic determinist, and a Gene E. with words, seems to believe he is thinking outside the box, but he has only rearranged the furniture.  The box is naturalism.  It was naturalism before, and it is naturalism now.  The couch of nature and the sofa of nurture have just been rearranged on both sides of the end table of genetics.  Now, the biologists and social scientists can both pour their coffee from the same pot as they discuss their common bond of naturalistic philosophy.
        Actually, his essay is a veiled attempt to woo the social and behavioral naturalists to the “nature” side of the debate, where he thinks the truth lies.  Robinson provided three examples of genes affecting behavior modulated by environmental cues.  He thereby gently chides the social scientists for their insistence that the human psyche is too complex to be described genetically.  And he hints at the possibility that naturalistic biologists can become the benevolent philosopher-kings for the public: he began, “The public is leery of attributing behavioral influence to DNA rather than to the environment and free will; worries abound over the ethical implications of biological determinism.”  He ended, “we [that is, the naturalistic biologists and the naturalistic behavioral scientists] can all focus on ... the challenging ethical concerns related to the study of genes and behavior.”  Presumably, this means that the enlightened biologists can inform ethical policy if not control it.  In this box, soul and spirit and free will are all outlawed.  Biological determinism is the law.  Naturalists are like the Russian prison guards who believe in freedom of choice: “You have two choices: Gulag and torture, or Siberia and torture.”  (The worst torture comes from guards who sincerely believe they are trying to help you.)  Robinson doesn’t even seem to realize he is in prison himself.  How can his thoughts on behavior, genetics and ethics have any validity if they are ultimately just artifacts of gene expression?
        A thoughtful jury listening to this advocate might well ask, has Robinson proved that human behavior and ethics are traceable to genetic expression?  Three examples with rodents and flies seem a little insufficient to explain Bach, Locke or Jacques Cousteau, or eine kleine Einstein either.  So altering a gene can affect a mouse’s foraging behavior.  Fine.  Take away a man’s food, and the environmental cues will probably stimulate his genes, too, in a way that will urge him to go foraging for something to eat.  Let’s have Gene identify every environmental cue that modulated the expression of every gene in Einstein’s brain while he described general relativity, then he may have a case.  Let’s have him describe genetically the self-evident truths that all men are created equal, and are endowed by their Creator with certain inalienable rights, that among these are life, liberty and the pursuit of happiness.  Without that, he has nothing but philosophical belief based on the fallacy of reductionism.
        Certainly nature and nurture can influence behavior.  Nobody, not even a Methodist, would deny that.  All humans have a human nature, and “mannishness” as Francis Schaeffer termed it, that manifests itself across all cultures and times.  Undoubtedly much of it is genetically determined, shaped by our physical characteristics, and influenced by our environment.  Social experiments can often predict behavioral outcomes.  To reduce everything to genes, however, is not warranted by such observations.  Though we may react similarly to similar stimuli, how does DNA explain Paul?  The human spirit is perhaps the best example in the world of irreducible complexity.
        Robinson’s view is also dangerous.*  One wonders what “challenging ethical concerns” he had in mind, if he believes behavior is ultimately reducible to particles in motion.  According to this view, it should be possible to describe natural laws of behavior.  If so, why not apply these, like the Russians did, to psychopolitics?  Politicians could employ the natural laws to control the populace.  Advertisers could employ the natural laws to separate people from their money.  Torturers could employ the natural laws to extract confessions.  Dictators could raise an army of obedient supermen, like the clones in Star Wars II, to conquer the universe.  One only has to know the rules, and the human pawns would fall in line.  The question then becomes, who gets the power, and ultimately, what forces are governing the behavior of the ones in power?
    Tremendous opportunities, indeed.

    *This is not to disparage Mr. Robinson – only his ideas.  After all, Charlie was a pretty nice guy in person.  He loved animals and children and acted politely.  But his ideas were used to rationalize genocide, racism, eugenics, and other dark deeds on scientific grounds, that they were logical outworkings of competition and survival of the fittest (Herbert Spencer’s phrase that Darwin embraced in preference to his own term, natural selection).  Ideas have consequences.  Charlie may have been a gentleman, but others knew exactly where his ideas would lead from the day they were published, and some took his ball and ran with it (see 09/22/2002 headline).  If we are going to learn from history, we cannot ignore what biological determinism means to ethics, religion, law, politics, the arts, and culture.  “Worries abound over the ethical implications of biological determinism” – because some of us have a memory, and read history books.  Just the other day, the History Channel showed a clip of Hitler giving one of his impassioned speeches, in which he challenged the Germans to prove themselves the fittest because natural selection was the law of nature.  See also “The Science of Evil” by Michael Ollove posted 4/22 on the Baltimore Sun about how believers in eugenics based their nefarious schemes on the “law” of natural selection.
    Next headline on: Genes and DNA. • Next headline on: Politics and Ethics.
    Can Molecular Clock Relativity Explain the Cambrian Explosion?    04/20/2004
    Evolutionists seem to believe in a general theory of biological relativity: molecular clocks run at different rates depending on the conditions.  Six Dartmouth College researchers set out to estimate the time when the first bilaterally symmetric animals emerged – the ancestor of humans, vertebrates, worms and everything with two halves.  This event must have occurred, they believe, just prior to the Cambrian explosion, a period in the fossil record that “continues to defy explanation” (see
    04/14/2004 headline).  Their solution, published in PNAS,1 depended on running the molecular clock at different rates on different branches of Darwin’s tree of life.  (The “molecular clock” is a dating method that estimates the passage of time by how many genetic changes are observed between two related species, assuming they both diverged from a common ancestor.)
        Their paper begins with the importance of the question: “Accurately [sic] dating when the first bilaterally symmetrical animals arose [sic] is crucial to our understanding [sic] of early animal evolution,” they say (emphasis added in all quotes).  Yet till now there has been a disconnect between two data sources: “The earliest unequivocally bilaterian fossils are [sic] ~555 million years [sic] old.  In contrast, molecular-clock analyses calibrated [sic] by using the fossil record of vertebrates estimate that vertebrates split from dipterans (Drosophila) [insects with two wings] ~900 million years ago (Ma).”  What happened to 345 million years?  Part of the answer, they claim, is that the molecular clocks ran at different speeds: “comparative genomic analyses suggest [sic] that a significant rate difference exists between vertebrates and dipterans, because the percentage difference between the genomes of mosquito and fly is greater than between fish and mouse, even though the vertebrate divergence is almost twice that of the dipteran.”  This is surprising; most would assume a mosquito and fly, both flying insects, would have similar genes, but protein-coding genes between fish and mouse show fewer differences in twice the estimated time.
      The authors suggest two possibilities to explain this conundrum.  Either insects accelerated their rate of molecular evolution, or vertebrates decelerated it.  In this paper, the authors prefer the latter, but they appreciate the magnitude of the difficulties presented by the Cambrian explosion:
    Although the Cambrian explosion is of singular importance to our understanding of the history of life, it continues to defy explanation.  This defiance stems, in part, from our inability to distinguish between two competing hypotheses: whether the Cambrian explosion reflects the rapid appearance of fossils with animals having a deep but cryptic precambrian history, or whether it reflects the true sudden appearance and diversification of animals in the Cambrian.  Because each hypothesis makes a specific prediction of when animals arose in time, one way to distinguish between these two hypotheses is to date animal diversifications by using a molecular clock.  A number of previous clock studies (reviewed in refs. 3 and 4) have suggested that the last common ancestor of bilaterians (LCB) lived well over one billion years ago (5, 6), whereas others suggest that LCB arose ~900 million years ago (Ma) (e.g., refs. 7–10), and still others are more consistent with an origination closer to the Cambrian (11–13).  These deep estimates for the origin of LCB raise the question of how hundreds of millions of years of bilaterian evolution can escape detection, given that LCB and its near relatives should have had the capability of leaving both body and trace fossils.
    That is why these authors reject the presumption that the LCB existed for over 500 million years without leaving a trace of a fossil, when many precambrian strata appear ideally suited for preservation.
        Their preferred late date, however, contradicts the evidence from the molecular clock, which would put the LCB in “deep time” (i.e., over a billion years ago, long before the Cambrian explosion).  But that is where relativity can help:
    Because molecular clocks have several inherent problems, including how the clock is calibrated, how molecular substitution rates are estimated, and how heterogeneity in these rates is detected and corrected, as well as an inherent statistical bias for overestimating dates, a much more recent date for LCB may not yet be refuted.  Of crucial importance for clock accuracy is the calibration of the clock itself, which requires not only accurate paleontological estimates but also rate homogeneity between the calibrated and uncalibrated taxa.  When estimating the origination date for LCB, virtually all analyses use the vertebrate fossil record to calibrate the clock and ask when vertebrates diverged [sic] from dipterans.  However, genome-wide sequence comparisons have shown that the average sequence identity of nuclear protein-coding genes between dipterans is lower than that of bony fish, even though the dipteran divergence time, estimated at 235 Ma (19), is only about half as long as the divergence of bony fish at 450 Ma (20).
    The answer must be, they claim, that instead of “rate homogeneity” (a constant clock) there was “rate heterogeneity” (relative clocks) on the different branches of the tree.
        Using various mathematical models for building evolutionary trees and estimating the time between the branches, they test their hypothesis that the vertebrate clock ticked slower.  Various adjustments are made to synchronize the molecular estimates with the fossil record; they admit that “the use of molecular clocks to infer divergence times is fraught with difficulties,” and they must apply many assumptions, none of which question the core assumption that a common ancestor existed.  But even within a Darwinian paradigm, their solution leads to another, more challenging problem: the Cambrian explosion was rapid.  Consequently, all the diverse body plans of all animal phyla had to arise quickly from the alleged, unobserved common ancestor.  Even though they express some confidence that their adjustments to the molecular clock produced congruence with the generally-accepted dates from the fossil record, “Because of this congruence, the Cambrian explosion must reflect, at least in part, the diversification of bilaterian phyla.”  Somehow, without leaving a trace, precambrian ancestors gave rise to a rich diversity of animals in a relatively short time.  What genetic mechanisms could produce such rapid invention of body plans and complex organs, they do not say.  But maybe it was triggered by a “snowball Earth,” melting glaciers, an exposed continental shelf or some other environmental change, though “highly speculative at the moment,” that “may have provided the environmental stimuli necessary [sic] for the rapid evolution [sic] of disparate bilaterian body plans and ultimately the Cambrian explosion itself.
    1Peterson et al., “Estimating metazoan divergence times with a molecular clock,” Proceedings of the National Academy of Sciences 10.1073/pnas.0401670101, published online before print 04/14/2004.
    Oh what a tangled web we weave, when at first we practice being deceived.  It would appear that an unbiased observer might pronounce Darwinism falsified at this revelation.  If it takes multiple tweaks by orders of magnitude to get a model to work, is there not something fundamentally wrong with the presuppositions?  Tweaks of this magnitude resemble the desperate attempts to keep the Ptolemaic model of planetary orbits from crumbling under the barrage of improved observations.
        Evolutionists have known for years that the molecular clock is broken (see 05/31/2002, 03/26/2002 and 10/01/2001 headlines, for instance).  Why even give it the time of day?  It amounts to no more than Skinner’s constant: that quantity which when added to, subtracted from, multiplied or divided by the answer you got, gives you the answer you should have gotten.  It’s time to take away this useless widget from the Darwin Party’s playpen and get them to face the data squarely: every animal phylum (and some extinct ones) appears in the Cambrian, without ancestors, even though many precambrian strata have ideal conditions for fossilization.  Think on these things.
        Getting Darwinism to work with the Cambrian explosion is like getting both ends of a seesaw to be up at the same time.  If you give the last common ancestor more time to evolve, you have to explain why no fossils were recorded for hundreds of millions of years.  If you shorten the time for the last common ancestor to evolve, you have to explain how multiple distinct body plans arose almost simultaneously.  The phylogenetic chart in Peterson’s paper is typical; the actual fossils of the phyla are contemporaneous; the relationships back in deep time are inferred.  If one looks at the evidence without the funky kaleidoscopic Darwin Party glasses on, it does not look like evolution.  It looks like creation.
    Next headline on: Fossils. • Next headline on: Genes and DNA. • Next headline on: Darwinism and Evolutionary Theory.
    How Birds Calibrate Their Navigating Maps   04/17/2004
    Three researchers tracked birds in the wild and concluded that “night-flying thrushes set their course using a magnetic compass, which they calibrate to the setting sun before takeoff each evening.”  The team of three captured thrushes in Illinois and attached small radio transmitters to them, then followed their flight for up to 1100 kilometers.  By tricking them with false magnetic fields, they were able to steer them off course.  But after next sunset, the birds were back on track, apparently having recalibrated their maps by the position of the sun.  Erik Stokstad, reporting on the research, adds more interesting details:
    This work may explain why birds don’t get lost when they cross the equator.  That had been an enigma because birds can’t tell magnetic north from south.  Instead, they check the inclination of the field lines relative to the ground; the angle becomes steeper near the poles.  A bird using only its magnetic compass would risk getting turned around near the equator, but calibrating it to the sunset would keep it on track.  Of course, the position of the sunset changes with latitude and season, but Wikelski thinks that birds may be able to correct for that through a biological clock that tells them the time of year.”
    This is the first time birds have been monitored for navigation in the wild.  The team must have looked odd chasing birds with “meter-tall antenna mounted on top of a battered 1982 Oldsmobile.”  According to Stokstad, “Many nights, the team was delayed when suspicious police officers pulled over the electronics-laden car.”
    See also:
    National Geographic News.
    1Erik Stokstad, “Songbirds Check Compass Against Sunset to Stay on Course,” Science Vol 304, Issue 5669, 373, 16 April 2004, [DOI: 10.1126/science.304.5669.373a].
    Thus multiple levels of correction and calibration are involved in this mind-boggling ability of little birdbrains to use natural cues to migrate vast distances unerringly, day and night, north and south, east and west.  Congratulations to creative and diligent scientists who risk jail to find out these amazing feats in the animal kingdom for us to enjoy and ponder.
    Next headline on: Birds. • Next amazing story.
    The Spin on a New Planet   04/16/2004
    Planetary scientists are “completely baffled” by a new “mysterious” planetoid named Sedna, discovered March 15.  About 70% the diameter of Pluto, it has no moon like Pluto does, but rotates very slowly - somewhere between 20 and 50 days - which would normally imply the presence of a satellite.  Most small bodies rotate in a few hours.  Co-discoverer Mike Brown of Caltech expressed, “I’m completely baffled at the absence of a moon.  This is outside the realm of expectation and makes Sedna even more interesting.  But I simply don’t know what it means.”
    We don’t know what it means, either, but if scientists can still be completely baffled by observable things, how can we trust evolutionists’ chutzpah about unobservable things that they claim happened billions of years ago?
    Next headline on: Solar System.
    Is It Possible to Be Too Clean?   04/16/2004
    Mr. Clean may have a bad immune system.  A story in
    EurekAlert says kids without enough exposure to infectious agents are at greater risk of autoimmune diseases.  “The cleaner everyone is, the less stimulation their immune system gets,” says [Nora] Sarvetnick [of Scripps Research Institute]. “Their immune system tends to be incomplete.”  Stimulation increases the number of T cells in the body, which “act as a buffer against the emergence of self-reactive T cells by shutting down homeostatic expansion,” a reaction to low T-cell count.  Sarvetnick’s hypothesis contrasts with prevailing opinion that views autoimmune diseases as functions of too much stimulation.  Apparently, segments of our immune systems, like soldiers, need things to practice on.  If there is no target, they practice on you.  “This hypothesis could explain a discrepancy in the number of cases of autoimmune disease in developed and developing countries,” the report says.  “Disease rates have been on the rise in developed countries in the last 50 years compared to their developing neighbors, presumably because people in less developed countries are exposed to more pathogens.”
    This could lead to a new paradigm about infectious agents.  Since many are not pathogenic, maybe there are interactions between our cells and the environment that are not all bad.  Maybe instead of looking at every germ as an enemy, we should envision some of the microbes as engaging in “free trade” across our borders.  The problem then becomes regulating the commerce and preventing intrusion by terrorists.
        Microbes in the environment may be signalling our own bodies with information needed to adapt to changing conditions.  They might be providing a service, therefore, unless overwhelming us in swarms; the job of T-cells may be to regulate their numbers.  Pathogens may be formerly harmless agents gone bad or out of control.
        At this point, such thoughts are mostly hypothetical.  Certainly, harmful pathogens are to be avoided like the plague.  But we were created to be able to live outdoors in contact with our environment much of the time.  Cleanliness is still next to godliness, but disinfecting everything and using antibacterial soaps may be going too far.  Unless your kid has known allergies or genetic risk factors, let him or her enjoy pets and explore the wilderness – under your watchful eye.  Protect, but do not overprotect.
    Next headline on: Health. • Next headline on: Human Body.
    Fish Gene Gives Darwinists Hope   04/15/2004
    It doesn’t take much to excite an evolutionary biologist.  A little bit of microevolution that might be a stepping stone to macroevolution is all it takes.  This story almost reads like a Good News - Bad News joke.  The good news is that one gene that regulates the spines on one kind of fish has been found, that might provide a clue how a noticeable change between populations could evolve.  The bad news is expressed in an opening statement by Neil Shubin and Randall Dahn in their summary of a scientific paper published in the April 15 issue of Nature1:
    Darwin’s lament that “Our ignorance of the laws of variation is profound” has described one of the persistent problems in evolutionary biology for the past 145 yearsHow does genetic variation — the raw material of evolution [sic] — arise within populations, and how does it evolve to make species anatomically and behaviourally distinct?  (Emphasis added in all quotes.)
    To attempt an answer to these profound questions, Shubin and Dahn refer to a paper by Shapiro et al.2 in the same issue.  Shapiro’s team found a gene in threespine sticklebacks that controls the size of their “stickles” or bony spines that grow out of the pelvic girdle on these fish.  These spines are apparently defensive structures in the sea-going species, but are reduced in size in their freshwater cousins.  Experiments with the gene show that it can reduce the size of these limbs.  That leads to a counter-intuitive principle, according to Shubin and Dahn: “Surprisingly, some of the most significant novelties [sic] in the history of life are associated not with the evolution of new structures but with the loss or reduction of primitive ones.”  As examples, they point to snakes and whales, who supposedly lost their legs.  Some animals can jump, fly, or run better without their limbs, they claim.  Similarly, freshwater stickleback fish might do better without their spines, either because there is insufficient calcium in the water to grow them, or predatory invertebrates might find them to be convenient handles.
        The gene the paper identified, Pitx1, is vital; in fact, “Pitx1 mutations in mice are often lethal, because they cause developmental abnormalities of the head, face and some glands.”  This leads to another counter-intuitive principle: “How, then, could alterations in this gene be involved in limb reduction in living populations of stickleback fish?  The answer [sic] is that the regulation of Pitx1 — not the protein encoded by the gene — has changed.”  Specifically,
    Shapiro et al. found that the sequence of the protein-coding region of the Pitx1 gene is identical between the different populations of sticklebacks.  But the gene’s expression pattern is altered markedly: the population with complete pelvic loss shows no Pitx1 expression in appendages but retains patterns of gene activity in other areas, such as the thymus, olfactory pits and caudal fins (Fig.2).  This type of localized decrease in the activity of Pitx1 can result in pelvic-fin reduction without affecting other parts of the body.”
    Thus, a small microevolutionary change might lead to macroevolutionary effects: “Regulatory changes affect when and where a gene is active, not the actual product of the gene.  So these types of changes are often involved in non-lethal and rapid morphological change, and are likely [sic] to be extraordinarily [sic] important [sic] components of evolutionary [sic] history.”  They do not explain what kind of mutation changed the expression of this gene.  Instead, Shubin and Dahn argue that stratigraphic evidence suggests this change took place in only 10,000 generations.  They reason that “
    Extrapolating these results to other taxonomic groups leads to the conclusion [sic] that major [sic] morphological change can evolve [sic] rapidly through regulatory changes in a small number of genes.”  Furthermore, Shapiro’s paper might demonstrate how parallel evolution could occur, and why “some evolutionary changes occur more readily than others” [sic].  Shubin and Dahn feel this finding might even lead to a general principle of macroevolutionary change.
        Their ending paragraph, however, casts only the faintest glimmer of hope on this 145-year-old problem:
    One of the central mysteries of evolutionary biology has been the relationship between microevolution and macroevolution.  How can an understanding [sic] of the evolutionary mechanisms [sic] that act [sic] in populations today explain [sic] the types of variation that distinguish higher taxonomic groups, such as genera, families or even phyla?  Can an understanding [sic] of population-level processes explain major evolutionary events [sic] such as the Cambrian explosion — the period around 550 million years ago [sic] when complex animal life took off? [sic]  Perhaps so [sic].  Shapiro et al. might have discovered a smoking gun [sic] — a real [sic] example [sic] of a type of macroevolutionary change [sic] that is produced [sic] by genetic differences between populations.
    Other science news outlets quickly picked up on this story.  The BBC News announced that “Scientists have discovered a genetic basis underlying the evolution of fewer limbs in animals,” and claimed that “Limb loss is implicated in a number of big steps in evolution.”  Science Now reported that “researchers have found that a simple change of gene activity could make all the difference--a rare demonstration of how a small genetic change can make a relatively rapid impact on an organism.”
    1Neil H. Shubin and Randall D. Dahn, “Evolutionary biology: Lost and found,” Nature 428, 703 - 704 (15 April 2004); doi:10.1038/428703a.
    2Shapiro et al., “Genetic and developmental basis of evolutionary pelvic reduction in threespine sticklebacks,” Nature 428, 717 - 723 (15 April 2004); doi:10.1038/nature02415.
    We need a new category for stories like this.  Is there a word for gaining an inch and conceding a mile, gaining one small hill but losing the war, spending one’s life savings on a slot machine and winning a dime?  That’s the spirit of this story; it’s a Pyrrhic victory.  Shubin and Dahn talk like they will soon be proud winners of millions of dollars from Nigeria, if they can just round up a little more money.
        Notice the big picture.  Here we are, 145 years after Darwin started a revolution in biology that took over the intellectual world, and they admit right up front that Darwin’s own lament, “Our ignorance of the laws of variation is profound,” is still a “persistent problem” today.  Even after we have sequenced the genomes of dozens of organisms and scoured the world for fossils, and garnered data beyond Charlie’s wildest dreams, evolutionary biologists are still singing the same blues.  Then, after all their hype about what this stickleback tale might mean, they admit that “One of the central mysteries of evolutionary biology has been the relationship between microevolution and macroevolution.”  Do you understand what they are telling us?
        Since Charlie wrote his “abominable volume” in 1859, we have been told that macroevolution is a scientific fact, yet were provided only microevolutionary observations and macroevolutionary tales, with no scientific connection between them.  Evolutionists only assume the two are connected somehow.  What if there is no connection?  What if variation has limits, and the higher taxonomic groups have always been distinct and separate?  He mentions the Cambrian explosion (see next headline), which would lead an unbiased observer to conclude that all the major animal body plans appeared abruptly on the earth without ancestors.  Small variations within groups have undoubtedly occurred since then, but Shubin and Dahn’s incriminating admissions indicate that Darwinians have failed to demonstrate macroevolutionary change, and thus failed to demonstrate common ancestry of all living things.
        Notice how tiny their evidence is.  They’re only talking about stickleback fish, for crying out loud, and for crying even louder, they’re talking about a loss of genetic information, and for screaming hysterically, they are talking about one gene that is identical between two populations, that if mutated, causes death!  How on earth can an evolutionist find any hope in that?  Picture a little boy at a waterfall, who has been convinced by a trickster that water flows upward.  At the base of any waterfall there are droplets that bounce and splash up temporarily.  The boy becomes fixated on those splashes, hoping against hope that his observations will, in time, demonstrate the truth of the theory he has been led to believe.  All the while, the big picture demonstrates the exact opposite.
        Stories like this lead some non-evolutionists to ponder a future day when the culture will look back at 2004, incredulous that intelligent people could believe such things, and will laugh at the flimsy arguments used to support them.  Like Søren Lovtrup wrote in Darwinism: Refutation of a Myth: “Micromutations do occur, but the theory that these alone can account for evolutionary change is either falsified, or else it is an unfalsifiable, hence metaphysical theory.  I suppose that nobody will deny that it is a great misfortune if an entire branch of science becomes addicted to a false theory.  But this is what has happened in biology: ... I believe that one day the Darwinian myth will be ranked the greatest deceit in the history of science.  When this happens many people will pose the question: How did this ever happen?”  (Source: IDEA Club.  Browse their large collection of quotations on Darwinism.)
    Next headline on: Fish and Ocean Creatures. • Next headline on: Darwinism and Evolutionary Theory. • Next headline on: Genes and DNA. • Next dumb story.
    Slowing Down the Cambrian Explosion    04/14/2004
    “Although the cause of the Cambrian radiation is unknown,” states a story in
    Science Now, maybe it wasn’t as rapid as previously thought.  Bruce Lieberman (U. of Kansas) is toying with the idea that trilobites, those icons of the Cambrian era, radiated into various ecological niches 65 million years earlier than the ~520 million year age generally accepted.  If so, they would have had more time to evolve.
        Lieberman compared physical features from 100 species of trilobites to determine their degree of relatedness.  Then he teamed up with a geologist, Joseph Meert (U. of Florida), to infer from magnetic field orientations how long ago the southern supercontinent must have begun drifting toward the equator.  Then he related the trilobite species to the continental fragments, and concluded that the continental breakup began 580 million years ago and was more gradual.  “The analysis suggests that trilobites were already well-diversified by the time most researchers thought the Cambrian radiation began,” author Betsy Matson says.
    This study was not motivated by a desire to know the truth about the unseen past, but to preserve evolutionary theory from one of its most damaging counter-evidences: the Cambrian explosion.
        As Matson explains, “The traditional view of the Cambrian explosion is that life underwent an extraordinary, rapid diversification that resulted in the nearly simultaneous appearance of the ancestors [sic] for most major types of animals”  (emphasis added in all quotes.)  Simultaneous appearance is not evolution.  Rapid diversification is not Darwinian gradualism.  No wonder the Darwin Party reacts to the Cambrian fossil evidence in either of two ways: (1) sweep the problem under the rug, or (2) stretch out the explosion into slow motion.  Problem is, an explosion is hard to hide, and a slow-motion explosion is still an explosion.
        Lieberman relies on evolutionary assumptions to validate his evolutionary assumptions.  (This, students, is called circular reasoning.)  Lieberman assumes evolution occurred, and then uses that belief to teach us about how it occurred in spite of a critical piece of evidence that says it did not occur.  Matson says, “Although the cause of the Cambrian radiation is unknown, many [sic] scientists suspect that the breakup of a southern supercontinent called Pannotia could have isolated populations and created new ecological niches that spurred rapid evolution.”  Translated, this means that Darwin Party storytellers have a favorite plot that goes like this: the probability of a frog turning into a prince is low, but if you isolate groups of frogs, it happens faster.  Giving the miracle a name like adaptive radiation does not make it empirical science (see 12/03/2003 headline).
        You can draw any curve through two data points if the error bars are big enough.  The error bars for adaptive radiation and for continental breakup and drift are huge.  Lieberman merely assumed that rapid evolution would occur if he could get the “primitive” trilobite ancestors geographically isolated.  By working with a Darwin Party co-conspirator to tweak the continental breakup dates, he got the continents to slow down by 500% to give his miracle more time.  This is how the Darwinians can keep their story going despite any contrary evidence.  No matter what, the show must go on.
    Next headline on: Fossils. • Next headline on: Geology. • Next headline on: Darwinism and Evolutionary Theory.
    Fake Darwinism Created by Intelligent Design    04/13/2004
    Scientists have created enzymes with enhanced ability to select between left- and right-handed molecules, using an “evolutionary” process, claims Manfred Reetz in a Perspective article in PNAS:1
    A fundamentally new approach to asymmetric catalysis in organic chemistry is described based on the in vitro evolution of enantioselective enzymes.  It comprises the appropriate combination of gene mutagenesis and expression coupled with an efficient high-throughput screening system for evaluating enantioselectivity (enantiomeric excess assay).  Several such cycles lead to a “Darwinistic” process, which is independent of any knowledge concerning the structure or the mechanism of the enzyme being evolved.  The challenge is to choose the optimal mutagenesis methods to navigate efficiently in protein sequence space.  As a first example, the combination of error-prone mutagenesis, saturation mutagenesis, and DNA-shuffling led to a dramatic enhancement of enantioselectivity of a lipase acting as a catalyst in the kinetic resolution of a chiral ester.  Mutations at positions remote from the catalytically active center were identified, a surprising finding, which was explained on the basis of a novel relay mechanism.  The scope and limitations of the method are discussed, including the prospect of directed evolution of stereoselective hybrid catalysts composed of robust protein hosts in which transition metal centers have been implanted.   (Emphasis added in all quotes.)
    Basically, researchers built enzymes top-down instead of bottom-up.  Instead of the old “rational design” method, trying to construct an active site to perform the function needed, they started with the function they wanted, and iteratively selected any “mutants” that came closest to doing the job, without stipulating how they did it.  The “surprising finding” he spoke of was that a distant mutation, far from the active site, actually improved the performance of the enzyme.
    1Manfred T. Reetz, “Controlling the enantioselectivity of enzymes by directed evolution: Practical and theoretical ramifications,”
    Proceedings of the National Academy of Sciences USA, 10.1073/pnas.0306866101, published online before print April 12, 2004.
    He put “Darwinistic” in quotes, because it was not really Darwinistic, it was Designistic.  The scientists played the role of designer by carefully selecting the results and directing the outcome.  This paper, like others before it, gives two false impressions: (1) that Darwinism achieved the high specificity of proteins in the past, and (2) that Darwinian theory is a boon to science in the present.  This is nothing but name-dropping.  Charlie had nothing to do with it.
        If this were Darwinism, there would be no “directed evolution” (an oxymoron), because there would be no direction.  Here, the scientists had a goal: they wanted enantioselective enzymes.  Their “mutation and selection” process was results-driven by artificial selection, a form of intelligent design.  Yet Reetz illogically claims, without any evidence or support (only belief), “Enzymes are products of evolution [sic], and might therefore be expected to function with high enantioselectivity only with natural substrates under physiological conditions.”  Then, in the very next breath, he falsifies this evolutionary prediction: “However, it is well known that this is not the case, because a surprisingly large number of unnatural compounds are converted with high enantioselectivity, even in organic solvents.”  So does this convert him to ID theory?  No, he just waltzes into the problem at hand: “Nevertheless, the problem of substrate specificity persists.  In such cases several approaches to enhance enzyme stereoselectivity have been described, including site-specific mutagenesis based on theoretical considerations...” la te da, blah blah, and so on, and so forth, so we’ll design an enzyme with a creative method and give Charlie the glory.
        The difference between this method and the traditional bottom-up approach Reetz calls “rational design” can be compared to the difference between engineering and management.  The engineer knows the physical laws and properties of the widget he is designing, and organizes the parts specifically toward the solution.  The manager jus