Creation-Evolution Headlines
December 2005
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“Darwinism is an exercise in creative bookkeeping for hiding that its explanatory debts far exceed its explanatory resources.  Think of the No Free Lunch principle, therefore, as an auditor’s tool for scrutinizing Darwinism’s inflated claims and showing its debts to be in default.  Fortunately, as recent corporate debacles have taught us, creative bookkeeping can at best postpone but not avoid an official declaration of bankruptcy.”
— William Dembski, The Design Revolution (IVP, 2004), p. 258.
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Do Guppies Make Good Darwinian Grandmothers?   12/31/2005    
If a report on EurekAlert is right, some evolutionary biologists used lack of evidence for natural selection as confirmation for evolution.  They predicted guppies would show no evidence of a “grandmother effect” on life history after reproduction, and “that is what they found.”
    The question under study is why evolution keeps aging individuals living if it’s only reproductive fitness that matters in keeping a species going.  Perhaps the aging are worth keeping around if they contribute to the fitness of the offspring (see 07/23/2003 entry).  After admitting that the “granny effect” is not found in many mammals, even among sociable groups, the article said:

Since guppies are livebearers that provide no postnatal maternal care, Reznick et al. predicted the populations would show no differences in postreproductive lifespan--which is what they found.
    Though overall lifespan varied among the populations, these variations stemmed from differences in time allotted only to reproduction.  Postreproductive lifespan, in contrast, showed no signs of being under selection, and appeared to be what the authors called a “random add-on at the end of the life history.”  Random or not, this is the first demonstration of a postreproductive lifespan in fish.
  (Emphasis added in all quotes.)
The article then stated that whether postreproductive lifespan can be under selection at all is an open question.  But then, it said that this new study helps gain an evolutionary perspective on such matters – including how they relate to humans.
What kind of reasoning says, “we predict there will be no evolutionary natural selection” on a process, then uses the confirmation of the prediction as evidence for evolution?  You can’t have it both ways.  The article stated an evolutionary principle: “For natural selection to shape the twilight years, postreproductive females should contribute to the fitness of their offspring or relatives.”   Notice that word should.  If natural selection is the be-all and end-all of existence, and if nothing makes sense except in the light of evolution, and if most biologists expected there to be a granny effect, then Reznick’s study amounts to falsification.  Grandparents everywhere should be relieved that another evolutionary principle has been falsified, because now their self-worth does not need to be tied to their tubes.
    You can’t bet at the racetrack that an aging Charlie Horse will win because it is more fit, then claim his loss also confirms your prediction.  Charlie Horse is not just a loser; he’s a pain in the arm of science.  Charlie’s hoarse cries for his theory to get to the finish line, or even past the starting gate, are increasingly falling on deaf ears among those who know how to spot winners and losers (see 09/26/2005, 08/15/2005 commentaries).
Next headline on:  Marine BiologyDarwinism and Evolutionary TheoryDumb Ideas
A Foxhole Anthology: News from the CrEv Trenches    12/30/2005  
If Judge Jones or the NCSE thought for a minute that the Dover ruling would bring an end to the ID wars, the news media should clear up any miscalculations.  Here is a clearinghouse of recent headlines:
  • Peruse Pyrrhus:  “Pyrrhic victory” is a phrase used by John West, Pat Buchanan on Real Clear Politics and others to characterize the completely one-sided decision by Judge John E. Jones.  (For those needing a history refresher, King Pyrrhus of Epirus won a battle against the Romans in 279 BC, but sustained such heavy losses it nearly ruined his kingdom, and eventually contributed to its downfall.)
  • Hail Storm:  “Victors hail US evolution decision,” wrote the BBC News with a big portrait of Charles Darwin.  The article quoted the decision and echoed primarily the attitudes of the winners.
  • Praise Be:  News@Nature similarly accentuated the positive attitude of the winners: “a complete victory,” said a lawyer representing the Dover parents who brought the ACLU lawsuit.  Kevin Padian, pro-Darwinist scientist who testified, called ID effectively dead, crowing, “The whole place here is saying that this is beyond our wildest dreams.”
  • Straight Story:  Jeffrey Mervis at Science Now was a little more reserved at the celebration, at least giving one quote to John West who called this “government-imposed censorship” that “won’t work.”  He gave Judge Jones last word, though, with his attempt to head off at the pass claims he was an activist judge.
  • Basking Sharks:  The two lawyers who won the Dover case are enjoying some fame, reports Law.com.  Their comments seem like verbatim duplicates of those by Judge Jones.  Tom Magnuson on Access Research Network, however, noted an irony in their views.  Their stated principle, “right to believe includes the right not to believe,” seems to fly in the face of the Dover decision: “The Darwinistic worldview will now be taught unchallenged.  While in school in Pennsylvania, you WILL be taught the state-sponsored worldview,” he commented.
  • Slam-Dunk?  No.  Mortal Wound?  No.  Alan Boyle at MSNBC said the debate will move on to new grounds.  As much as it “pleased Darwin’s defenders,” it rankled intelligent design proponents at least as much.
  • Networkers:  The ID Network went on offense, not defense.  They accused the ruling: “The decision in Dover today took evolution out of science and made it a religion.”
  • Catholic Rebuttal:  Cardinal Schonborn answered his critics with a forthright response in First Things about the limits of science.  Tom Magnuson on Access Research Network called this “a MUST read to understand the current culture war between scientism (neo-Darwinism) and design theory.”
  • Politically Incorrect:  Tom Bethell, author of A Politically Incorrect Guide to Science, wrote in The Washington Times that this is not even “remotely a setback for ID”  Making it “Banned in Boston” is only going to ignite the flames.
  • Public Justice:  The Center for Public Justice denounced the ruling, calling it “largely philosophical and theological in character” and that Judge Jones was outside his domain, acting like a “court authority in the high Middle Ages.”  School choice was their recommendation.
  • Neo-Orthodoxy:  Paul Campos in the Rocky Mountain News referred to the Spanish Inquisition in a satirical editorial about the irony of free-speech liberals embracing an intolerant orthodoxy.
  • Judge in the Dock:  John West wrote a series of articles for EvolutionNews asking pointed questions about Judge Jones and his decision: #1 Is Judge Jones an activist judge?  #2 Did Judge Jones read the evidence submitted to him in the Dover trial?  #3 Did Judge Jones accurately report and describe the ID resources?  #4 Is Judge Jones a conservative Republican?
  • No Waterloo:  ID leader William Dembski wrote in Science and Theology News that the Dover decision is no Waterloo, but merely one battle in a long culture war.
  • Skittish:  A school in Fargo, ND won’t allow intelligent design as a debating topic.  It’s too awkward and controversial, reported the Bismarck Tribune and InForum.  Tom Magnuson quipped on Access Research Network that apparently schools don’t want to infringe on anyone’s Constitutional right to be comfortable.
  • Museum Shrapnel:  MSNBC talked about ongoing efforts at museums, zoos and aquariums to help docents deal with evolution critics. 
  • Sunday School for Scientists:  The AAAS is planning a special session at its annual meeting at St. Louis in February to deal with the teaching of evolution in American high schools.  “Evolution on the Front Line” will feature a series of presentations Sun. Feb. 19, including one by Vatican astronomer Rev. George Coyne.  “The Sunday evolution forum is considered especially important in light of events in neighboring Kansas and other heartland areas,” the announcement states.  Talking points: integrity of science, the best in science education for a knowledge-based, globally competitive economic future.
  • Horn on the Cobb:  Skipping over from Dover to Cobb County, an article by Joseph Knippenberg appeared in The American Enterprise talking about the textbook sticker case in Georgia as a textbook case on religion in the public square.  Regarding the efforts to remove the stickers that merely called for critical thinking, he ended, “One begins to wonder whether liberal toleration is a sham, offered only to the most docile, and whether liberalism isn’t itself the very sort of orthodoxy it claims to eschew.”
Bluffing words, commotion, posturing, strategizing, politicking, grandstanding... science, please?  None of this matters, really; Darwinism has already been falsified (see next story).  Since evolution has failed “in a most spectacular way,” we ought to be concerned not with war but with clean-up.
Next headline on:  DarwinismIntelligent DesignEducationPolitics and Ethics
Thermodynamics Defeats Evolution “in a Most Spectacular Way”    12/30/2005  
The second law of thermodynamics (2TD), what Sir Arthur Eddington called the supreme law of nature, does not permit evolution, argued Granville Sewall in The American Spectator; in fact, evolution violates it “in a most spectacular way.”  A mathematics professor at Texas A&M University, Sewall explained that 2TD applies to much more than heat flow; it applies to every real system.  He defended the second law against the “standard reply,” the “open system” argument.  Not “anything” can happen in an open system, he explained, not even with a Darwinian mechanism; otherwise, we would expect computers, spaceships, television sets and DNA to appear just with the energy of the sun.
    Sewall’s lay-level article was prompted by the wars over intelligent design.  He adapted it from the appendix of a book he co-authored on The Numerical Solution of Ordinary and Partial Differential Equations (see end of article for reference and link).  The appendix, “A second look at the second law,” asked, “Can ANYTHING happen in an open system?” and is available online at Math.tamu.edu.
The venue may have been a conservative rag, but the author knows what he is talking about.  Dr. Sewall is a mathematician and author with expertise in probability and the second law of thermodynamics.  He is right; tell a Darwinist about 2TD, and you will get little more than an “open system” brush-off.  This article pulls that rug out.  No more simplistic open-system answers, Darwin Party: fess up, you cannot get brains from matter in motion, open system or not.  Do the math.  Face the real world.  Just-so storytelling cannot help in the world of hard physical science.  It’s the ultimate Reality Check.  No federal judge can help you now.  What would you have him do: declare the second law of thermodynamics unconstitutional?  Rule it inadmissable because of separation of church and state?  Go ahead and try.  Your opponents will just appeal it to the court of last resort: the real world.
Next headline on:  DarwinismPhysics
Evolutionary “Arms Race” – Is Coevolution Relentless?    12/29/2005  
Camellias and the weevils that attack their seeds seem locked in conflict.  The thicker a camellia grows its protective woody covering around its seeds, the longer the feeding tube on some weevil to break through and devour.  John R. Thompson talked about such “coevolutionary arms races” in Current Biology1 and asked whether such wars can go on forever, leading to increased exaggeration of traits.
    The answer is, apparently, there are limits.  Traits vary in a mosaic pattern across populations.  Not all camellias are infested by beetles with the longest boring tools.  As with any war, there are hotspots and coldspots.  The dynamics of arms races seem to buffer both species against extremes.
Collectively, these studies suggest that coevolution is a pervasive process that continually reshapes interspecific interactions across broad geographic areas.  And that has important implications for our understanding of the role of coevolution in fields ranging from epidemiology to conservation biology.  Many diseases, for example malaria, vary geographically both in parasite virulence and host resistance, potentially creating regions of coevolutionary hotspots and coldspots.  The spread of introduced species seems be creating new geographic mosaics of coevolution as some species become invasive and coevolve with native species in different ways in different regions or drive rapid evolution in native species, sometimes in less than a hundred years or so.  The results for Japanese camellia and camellia weevils reinforce the developing view that interactions coevolve as a geographic mosaic across landscapes, and it is often difficult for one partner to get ahead of the other (or others) everywhere.   (Emphasis added.)

1John R. Thompson, “Coevolution: The Geographic Mosaic of Coevolutionary Arms Races,” Current Biology, Volume 15, Issue 24, 24 December 2005, pages R992-R994, doi:10.1016/j.cub.2005.11.046.
This appears to provide more slippage on the evolutionary treadmill (see 03/17/2003 entry).  Though the word “evolution” is involved, don’t be confused; this has nothing to do with macroevolution, like bacteria evolving into people.  Coevolution leads to exaggerated traits between two interacting species, like the beaks of hummingbirds and the flowers they pollinate.  As with all other observed forms of microevolution, including Darwin’s famous finches, it involves the modification of existing traits – not the origin of new ones.
    Notice how quickly changes can result; Thompson referred to rapid “evolution” in native species in less than 100 years after an intruder was introduced.  Young-earth creationists could use such concepts to explain the rapid diversification of varieties and species within created kinds, and there would be nothing Thompson or the Darwinists could do to prove them wrong.  Studies like this do not establish that coevolution can be extrapolated endlessly into macroevolution.  In fact, the quote above seems to indicate otherwise: there are limits to the amount of change in the “coevolutionary arms race.”  World War II did not produce Superman.
Next headline on:  PlantsTerrestrial ZoologyEvolutionary Theory
Echoes of Historic Supernovae Observed    12/29/2005  
Astronomers using telescopes at the Cerro-Tololo observatory in Chile were able to detect the faint light echoes of supernovae (see EurekAlert, Space.com and original paper in Nature1).  They found three light echoes for six of the smallest previously-catalogued supernova remnants (SNR) in the Large Magellanic Cloud (LMC), a small irregular galaxy visible from the southern hemisphere.  Assuming the shock wave moves out less than 10,000 km/sec, and calibrating against the echoes from the known 18-year old remnant of SN1987A, they estimated the ages of two of them at 410 and 610 years.  They believe surveys could uncover many more, now that they know what to look for.  The light echoes provide a method for fixing the ages of supernova remnants. 
1Armin Rest et al., “Light echoes from ancient supernovae in the Large Magellanic Cloud,” Nature 438, 1132-1134 (22 December 2005) | doi:10.1038/nature04365.
It’s interesting that there are no supernova remnants claimed to be tens or hundreds of thousands of years old or older.  One of the most distended SNR's in our galaxy, the Veil Nebula, is believed to be only 5,000 years old (see 02/16/2001).  Even so, all things being equal, the light from such an event would be expected to take some 160,000 years to arrive at earth.  Why are there no older remnants reported?  Is the same true for novae?  Here is a good research project for someone who likes to catalog things and think about their implications.
Next headline on:  Stellar AstronomyDating MethodsPhysics
Astronomers See Poison Around Star, Think Life    12/29/2005  
The Spitzer Space Telescope discovered acetylene and hydrogen cyanide, two deadly gases, around a star.  Some astronomers got all excited and thought of the birth of life.  The title of a press release from Jet Propulsion Laboratory read, “Partial ingredients for DNA and protein found around star.”  The two carbon-containing substances were found in the dust disk of star IRS 46 in Ophiucus by the Spitzer infrared instrument.    This was the only one of 100 similar stars that contained the signature of these molecules in its surrounding disk.  The press release explained the significance:
Here on Earth, the molecules are believed to have arrived billions of years ago, possibly via comets or comet dust that rained down from the sky.  Acetylene and hydrogen cyanide link up together in the presence of water to form some of the chemical units of life’s most essential compounds, DNA and protein.  These chemical units are several of the 20 amino acids that make up protein and one of the four chemical bases that make up DNA.
    “If you add hydrogen cyanide, acetylene and water together in a test tube and give them an appropriate surface on which to be concentrated and react, you’ll get a slew of organic compounds including amino acids and a DNA purine base called adenine,” said Dr. Geoffrey Blake of Caltech, a co-author of the paper.  “And now, we can detect these same molecules in the planet zone of a star hundreds of light-years away.”
  (Emphasis added in all quotes.)
The implication is that this star might be in the beginning stages of a chemical evolution process, assumed to be similar to what they believe led to life on earth.  Another team member explained, “This infant system might look a lot like ours did billions of years ago, before life arose on Earth.”
Evolutionists and astrobiologists like to call anyone who questions their views “people of faith.”  You have just seen one of their stories use the words believed, thought to be, possibly and might.  OK students, what are the observations?  100 stars with dust disks, and only one with two poisonous substances in their spectra.  Another observation is that these substances, if mixed on earth in a test tube by intelligent chemists, who have provided an appropriate surface in the presence of water, at the right temperature and concentration, will form some amino acids and one purine that is part of one DNA base.  Does the word life jump out of these observations?  If not, where is your faith?
    Consider the need for water.  That constrains the boundary conditions to a small fraction of possible temperatures and pressures.  Consider the need for a surface.  That constrains the boundary conditions to the crust of a terrestrial planet.  So let’s be really generous and give these evolutionists a watery terrestrial planet.  Let’s say that a few molecules of acetylene and hydrogen cyanide (the simplest nitrile, just HCN) form naturally or survive crash landing from a comet.  So what?
    To begin to even think of imagining of starting to commence to conceive of hoping that something remotely resembling life is in the works, a lot more than two poisons with simple molecular structures is going to be required.  Like ribose.  Like phosphate.  Like a way to link the adenine, phosphate and ribose together to get a nucleotide.  Like a way to get different nucleotides to link together into polynucleotides.  Like a way to isolate amino acids into a mixture all of one hand.  Like a way to get the one-handed amino acids to link up into a polypeptide.  Like a way for the polynucleotides and polypeptides to interact in functional ways.  Like a membrane.  Like metabolism.  Like an information storage and retrieval system.  Like a stable solvent.  Like protection from radiation damage.  These are just the beginnings of gigantic high hurdles that teensy weensy simple molecules need to learn how, without guidance, to overcome.
    It is a shame for scientists to hide this logic and scientific information from uninformed readers of press releases, many of whom don’t even know how to spell DNA.  It is a disgrace to wildly and recklessly extrapolate one’s speculation far beyond what the data permit.  It is a crime to propagandize the public by taking rather dull, mediocre data and making it sexier by throwing in the “L” word life.  Don’t be suckered by the people of frothy faith.  Get real.  Get Creation-Evolution Headlines.
Next headline on:  Stellar AstronomyOrigin of LifeDumb Ideas
Bombardier of the Sea    12/28/2005  
Creationists have made much of the bombardier beetle (#1, #2) whose firing chambers would explode if the timing and mixture of ingredients did not work perfectly together.  Now, here is a similar case in the lowly sea slug.  EurekAlert described research by Georgia State University scientists, who found that the sea slug Aplysia mixes three inert ingredients to produce a sticky secretion, dyed purple, for defense:
“Aplysia packages these innocuous precursors separately and then releases them simultaneously into its mantle cavity at the precise time when they are needed,” explained [Charles] Derby.  “This mechanism insures the secretion’s potency against attacking predators to enable sea slugs to escape.”   (Emphasis added in all quotes.)
The secretion seems to contain a healing compound.  “The antimicrobial property probably evolved to work against predators,” said Derby.  “But it might also function as an antimicrobial salve for Aplysia’s own wounds.”
The evolutionary mythoid contributes nothing of substance to this story.  On grounds of intellectual honesty and scientific integrity, we need to call Darwinists on the carpet for simply claiming evolution blindly made irreducibly complex systems without telling us how.  This is more of the BAD strategy (bluffing assertions of dogmatism) that lets Darwinians escape while secreting a sticky dyed goo that obscures understanding.
Next headline on:  Marine BiologyAmazing Stories
Historic Scopes Trial Photos Uncovered    12/28/2005  
Dozens of photos of the 1925 Scopes Trial, never before published, were uncovered in Smithsonian archives by independent historian Marcel C. LaFollette, reported Science News.1  One photo shows the famous scene of Clarence Darrow interrogating William Jennings Bryan on the witness stand; another shows a close up of John Scopes.  LaFollette is writing a new book on the Scopes Trial based on the photographs.  They were taken by Watson Davis, managing editor at the time of Science Service, the publisher of what is now Science News.
    The article by Ivars Peterson states that Science Service was a help to Darrow and was helped by the trial – in fact, the trial launched it to prominence:
The Scopes trial was important to Science Service financially.  Newspapers paid for articles from the trial, and these funds helped support the struggling organization.
    Science Service also played a role behind the scenes, aiding Darrow’s defense team.  The Science Service staff helped coordinate the gathering of scientific experts on evolution to testify at the trial. It also distributed a series of articles, written by prominent scientists, explaining and defending evolution.

1Ivars Peterson, “Archival Science: Rediscovered photos provide a look inside the 1925 Scopes evolution trial,” Science News, Week of Dec. 24, 2005; Vol. 168, No. 26/27 , p. 408.
It’s important to know about the Scopes Trial because so much political hay was made out of it.  The hay machine grinds on to this day.  Maybe Science Service provided the eminent rhetorician Dudley Field Malone (see loaded words in the Baloney Detector), or the scholarly scientist Maynard Metcalf (see equivocation), or the logician Horatio Hockett Newman (see either-or fallacy).  Maybe Watson Davis helped provide boilerplate for The New Republic (see fear-mongering).  The reporting about evolution in Science News hasn’t changed much.  In this same issue, Bruce Bower, in an attempt at being funny, wrote a scathing satire against intelligent design, so biased and full of his own hot air it is not even remotely credible or amusing.
    The reality of the Scopes Trial was far different than most of the reporting on it.  This has come to light recently in several books by historians like Edward J. Larson and Marvin Olasky.  Worst of all was the parody Inherit the Wind, so factually inaccurate as to be evil (see The Monkey Trial).  Yet Inherit the Wind established the modern stereotype about what happened that hot summer in Dayton, Tennessee.  These photographs are valuable for helping visualize the setting, but the words spoken about the issue at hand are what matters.  One lesson of the trial is that a win in court can be a loss in the public arena.  Maybe that will work against the Darwinists this time in the case of Judge Jones’s Dover decision (see comments by William Dembski in Science & Theology News).
Next headline on:  Darwinism
Abortion Pill Can Kill    12/28/2005  
An ugly secret has come out of the abortion drug mifepristone known as RU486.  It can kill normal, healthy women, and its approval by the FDA involved procedural violations that overlooked known safety concerns at the time.  Source: Annals of Pharmacotherapy news release (see also EurekAlert).  The research paper by Margaret M. Gary, MD and Donna J. Harrison, MD1 examined 607 cases from the FDA’s Adverse Event Reporting System (AERS):
RESULTS: The most frequent AERs were hemorrhage (n = 237) and infection (66).  Hemorrhages included 1 fatal, 42 life threatening, and 168 serious cases; 68 required transfusions.  Infections included 7 cases of septic shock (3 fatal, 4 life threatening) and 43 cases requiring parenteral antibiotics.  Surgical interventions were required in 513 cases (235 emergent, 278 nonemergent).  Emergent cases included 17 ectopic pregnancies (11 ruptured).  Second trimester viability was documented in 22 cases (9 lost to follow-up, 13 documented fetal outcome).  Of the 13 documented cases, 9 were terminated without comment on fetal morphology, 1 was enrolled in fetal registry, and 3 fetuses were diagnosed with serious malformations, suggesting a malformation rate of 23%.
The authors suggest these may be just the tip of the iceberg due to reluctance of institutions to report adverse effects.  They concluded, “AERs relied upon by the FDA to monitor mifepristone’s postmarketing safety are grossly deficient due to extremely poor quality.”
1Margaret M Gary and Donna J Harrison, “Analysis of Severe Adverse Events Related to the Use of Mifepristone as an Abortifacient,” The Annals of Pharmacotherapy, Published Online, 27 December 2005, www.theannals.com, DOI 10.1345/aph.1G481.
The power of advocacy to trump ethics and safety has been seen in this case and in the recent stem cell flap.  How many anxious women have been reassured by abortion providers that RU486 is a safe and private way to end an unwanted pregnancy?  Why have not these reports caused the FDA to pull this dangerous drug from the market?  When desire runs science, watch out.  That would never happen with a materialist wanting to remove God from science now, would it?
Next headline on:  HealthPolitics and Ethics
Health from Unlikely Sources: Poison and Scum    12/27/2005  
“Everything in moderation,” health professionals remind us during the holidays.  Some things, however, none of us would have wanted at all – till scientists found there was treasure in them.
    Botulinum toxin (botox), for instance, is one of the deadliest of biological poisons, but by now everyone knows it is being put to good use in cosmetic surgery.  A news release on EurekAlert announced that botox is useful for more than just “ironing wrinkles.”  In addition to treating excessive sweating or reducing skin wrinkles, “it is also a highly effective natural substance that normalizes muscle activity and can be used to reduce pain and itch.”  Doctors keep finding new uses for botox at both ends of the digestive tract.
    Another article on EurekAlert announced a promising substance in “pond scum” that might lead to a treatment for Alzheimer’s disease.  A substance in Nostoc, a cyanobacterium, shows potent activity as a cholinesterase inhibitor.  If so, it might help slow the degradation of mental and memory functions in those suffering from the degenerative disease.
Science should not only help us understand the natural world, but find ways to improve the human condition.  Sir Francis Bacon echoed Jesus’ teaching that a tree is known by its fruit.  A good science will produce good fruit: in the case of science, increased health and prosperity for humans in ways that improve the environment (compare with the fruit of Darwinism: see 11/30/2005).  We should look at the world like a treasure hunt, the way George Washington Carver did.  Things that seem dangerous, ugly or boring sometimes prove to contain hidden treasures.
    These two stories owe nothing to Darwin.  Evolutionists would have us believe that everything is out for itself, trying to propagate its own genes at the expense of its neighbors.  Darwinism sees a world of fierce competition, with cooperation only useful occasionally, but with selfishness as the highest good.  Creationism sees a biosphere made for man and the other organisms.  Design-based science could scour the world for cures while adding to the store of human natural knowledge.  Design science sans Darwinism has the intellectual foundation to usher in a new scientific revolution.
Next headline on:  Health
How Blind Cave Fish Lose Color    12/26/2005  
A study on cave fish revealed that several populations can have mutations to the same gene.  A gene that produces melanin, named Oca2, was found to be mutated in two separate populations of cave fish, resulting in albinism.  This same gene can produce albinism in humans.
The replicated experiment is a powerful tool for experimental science, but typically unavailable in the study of evolutionCave adaptations have evolved in many species independently, however, and each cave species can be considered a replicate of the same evolutionary experiment that asks how species change in perpetual darkness.  A frequent outcome is that the species lose pigmentation or become albino. Cavefish, therefore, are a rich source for the examination of the evolutionary process.   (Emphasis added.)
It was surprising to the multidisciplinary team why this gene, and not others that can also produce albinism, was implicated.  “One possibility, suggested by the researchers, is that it is a large gene presenting a big target for mutations, and it seems to have no other functions besides helping to make melanin,” the press release on EurekAlert states.  “Therefore, it doesn’t diminish other aspects of fitness when it is mutated.”
Here is a situation where “evolutionary theory” is compatible with intelligent design or creationism.  It’s not a case of evolution in the sense of new functional information being added; it’s a case of function being lost.  How this loss of information affects an organism is interesting, and it is worthwhile question to ask why two cave fish populations would get the same mutation to the same gene.  If one assumes that the fish began with fully-operational Oca2 genes (as in creation/design), then it follows that a reproducing population of fish with mutations in that gene will lead to a population of albinos, if the benefit of having color no longer matters in the cave environment.  This is downward evolution, not upward evolution.  The story differs from the just-so storytelling of Darwinian theory, because we have plenty of empirical evidence that mutations lead to loss of function, but no evidence that mutations can produce new function.  Darwinists try to call this “evolution” (in the sense of change over time), but it doesn’t do anything to help Charlie’s story that fish evolved from pre-fish, or ultimately, from one-celled organisms.  Creationists could just as well study loss mutations to investigate the extent of genetic load (deterioration) over time since the original perfect creation; convergent devolution, therefore, is non-controversial, but convergent evolution is what lacks empirical support.
Next headline on:  Marine BiologyGeneticsEvolutionary Theory
How Apemen Learned to Give Christmas Presents    12/25/2005  
For your Christmas amusement, some scientists think they have solved the evolution of gift giving.  In an announcement on EurekAlert called “Why we give: New study finds evidence of generosity among our early human ancestors,” the introduction states, “A groundbreaking new study examines the origins of holiday giving and finds that our early human ancestors were frequently altruistic.”  How could Michael Gurvin (UC Santa Barbara) figure this out, without human ancestors to observe or ask?  For his paper in the upcoming Feb. 2006 edition of Current Anthropology, he studied “food exchanges in two small-scale, non-market societies – a classic context for understanding the evolution of conditional cooperation in humans.”  He found that altruism is costly without some kind of payback, but he also found that close kin and neighbors unable to produce much food sometimes receive more than they give.
    On the media front, the Science Channel has been airing a series called “The Rise of Man” during Christmas week.  Producers seem to be getting more bold with skin.  One episode showed tribes of completely nude Homo erectus humans in various stages of increasing enlightenment (these are played by actors, you know, with some creative facial makeup, but otherwise anatomically correct human bodies).  Another showed a newly-evolved Homo sapiens tribe watching the effects of lightning in fear and awe.  A delirious female falls to the ground in some kind of trance, jerking and babbling uncontrollably as the others look on with stupefied expressions.  The narrator explains: and thus begins a new chapter in the rise of human consciousness: religion.
Cavorting in the wilderness with incomprehensible grunts – how did it come to this.  (We’re not talking about the actors in The Rise of Man; we’re describing figuratively the evolutionary anthropologists.)
    It’s superfluous to have to describe how dumb Gurvin’s theory is, but for those imprisoned in the mental concentration camps known as public schools, here are some suggested cerebral exercises to awaken one’s atrophied sensibilities.  What are the empirical observations?  Gurvin observed modern humans acting like human beings: understanding trade, and knowing how to give and care for the helpless.  Do the observations connect at all with a story of the evolution of generosity?  No.  (Chimpanzees don’t act this way; see 10/28/2005 story).  Did he establish any transitions from primate precursors to modern man?  No.  Did he explain the origin of true, unselfish giving?  No.  Did he tie altruism to a lucky random mutation?  No.  Does he have any way of proving that these non-market societies did not degenerate from advanced associations of highly-capable, intelligent human beings who were created with all their moral attributes?  No.  Does his theory destroy Christmas?  Yes.
    Gurvin approaches science like all Darwinists do: since evolution is already a fact in their own imaginations, research is just a metaphysical program for stuffing all data into their predetermined belief system.  If he had to prove his speculation against criticism, like a true scientist, he would come up as naked as the actors in The Rise of Man.  The Science Channel doesn’t debate the origin of humans; it just states as a matter of fact that this is the way it happened.  Any disagreement is only between Darwinists about the details.  That’s why we need to get the Darwin Party out of its cushy comfort zone of presumed authority and demand accountability.  (By the way, did you notice how the title The Rise of Man assumes the myth of progress?  Michael Ruse and Stephen Jay Gould would be appalled.)
    Darwinians have had free reign for too long, and this is the result: naked grunting actors, and scientists grunting with intellectually naked theories.  They need to be confronted with alternative scientific theories not woven out of materialistic cloth (the kind found in The Emperor’s New Clothes).  They need to be confronted with the soundest criticisms of philosophers and theologians who have not been contaminated with Darwinian LSD, that universal acid that dissolves sound reasoning into hallucinations.  Evolutionary storytelling in the journals and on TV only survives by being insulated from debate.  The Darwin Party faithful cannot tolerate confrontation, because they fear the survival of the fittest ideas.  The Science Channel doesn’t want confrontation, because it might jeopardize their agenda of pushing the envelope of prime-time prurience.  The actors don’t want confrontation or they might have to put their clothes back on and get a real job.  Isn’t it fun to slap on mud, make funny faces and grunt?  Only on The Science Channel.
    Tip: watch Survivorman instead; at least you’ll learn something that might come in handy on the next camping trip.  Here’s a suggestion for an episode that might prove too much even for tough guy Les Stroud – surviving as a creationist at the university.
Next headline on:  Early ManMediaTheologyDumb Ideas
Evolution of the Christmas Tree:  Firs Tie Oaks in Fitness Race    12/24/2005  
In the struggle for existence, the conifers should have lost, because when angiosperms appeared, they had fancier valve jobs.  That’s the feeling of a story introduced by Elizabeth Pennisi on Science Now.  “Those of us who celebrate Christmas tend to take fir and spruce trees for granted around the holiday season,” she quipped, “But without a special modification that allows these trees to efficiently transport water, we might be hanging our ornaments on a ficus instead, according to a new study.”  She explained:
In order for photosynthesis to occur, tall trees must supply their uppermost leaves with water, which is pulled up from the roots by evaporation.  Angiosperms such as oaks and willows accomplish this using a series of centimeters-long, tube-shaped cellular pipes.  Tiny valves made of cellulose membranes connect each “pipe” and help keep air bubbles out.  Christmas trees and other conifers have much shorter pipe cells, however, and therefore must use many more valves than angiosperms.  This should create more resistance and make it harder for them to transport water.  But they don’t have any trouble at all, says John Sperry, a plant biologist at the University of Utah in Salt Lake City.   (Emphasis added in all quotes.)
Sperry’s team measured water flow in 18 conifers, including bald cypress, junipers and redwoods, and compared results with 29 species of angiosperms.  There was no essential difference.  Conifers hoisted the water with equal ease, despite the shorter pipe cells.  How do they do it?
The reason, says [Jarmila] Pittermann, has to do with key differences in the valvesAngiosperm valves are simple membranes full of miniscule pores.  In conifers, the valves consist of a circle of impermeable tissue surrounded by porous tissue.  The conifer’s pores are 100 times larger than those in angiosperms and allow water to pass through relatively easily.  This efficiency more than makes up for the additional valves on the way to the tree top, Pittermann says.
The researchers said that this helps scientists understand water transport in wood.  “But the work also points to how conifers, which predate angiosperms and are often considered primitive, were able to survive once angiosperms populated Earth,” Pennisi explains.  “Without these very special cells, one biologist claimed “there wouldn’t be any conifers anymore” – presumably because they could not compete against the angiosperms.  The work was published in Science.1  In the paper, the authors did not explain how or when the unique structure of the conifer valve evolved.  They just said that without the adaptation, angiosperms would have a 38-fold advantage in water transport:
The superior hydraulics of the conifer pit are crucial for minimizing sapwood resistivity.  If conifer tracheids had the pit resistance of angiosperms, their sapwood resistivity would increase by 38-fold.... This, added to the narrow diameter range of tracheids, would make it much more difficult for conifers to compete effectively with angiosperms.
    .... We conclude that the evolution of the torus-margo membrane within the gymnosperm lineage from homogenous pits was equivalent to the evolution of vessels within the angiosperms.  The towering redwoods and the sweep of the boreal coniferous forest exist in no small part because of this clever microscopic valve.

1Pitterman et al., “Torus-Margo Pits Help Conifers Compete with Angiosperms,” Science, 23 December 2005: Vol. 310. no. 5756, p. 1924 | DOI: 10.1126/science.1120479.
What did evolution have to do with this story, really?  Did it contribute anything of value, even an ornament to hang on the tree?  The results were not what evolutionists expected.  Conifers ruled the Jurassic forests, then along come angiosperms with superior plumbing, and there should have been no contest.  Those old, primitive conifers should have gone the way of the dinosaurs, and our Christmas trees would look very different.  Sweep away the Darwinian mythology, and what remains?  Two well-designed, highly successful groups of plants.  They may have different ways of lifting water, but so what?  From a design perspective, it would be just as productive a research program to find reasons for the difference.  Clearly the conifers are doing well.  The tallest trees in the world are conifers (see 04/22/2004).  Conifers seem to do even better than angiosperms in many locations, such as at timberline, where they survive numbing cold storms and snow without even having to drop their needles.  Nobody told them they were at a disadvantage against the new trees on the block.
    The gem of this story is the beautifully-designed valves in conifers that allow them to pump thousands of gallons of water straight up, hundreds of feet into the air, to fill our world with beauty and dignity (see photos #1, #2, #3) while adding to the life-giving oxygen in the atmosphere.  Pennisi jokingly entitled her article, “The Grinch Who (Almost) Stole Christmas” pitting angiosperms in a phony battle against their friends, the conifers.  Not funny.  The Grinch is Charles Darwin.
Next headline on:  PlantsEvolutionAmazing Stories
Dover Fallout Is Radio Active   12/23/2005    
Reaction in the media from Judge Jones’ stinging decision against intelligent design (ID) in the Pennsylvania case Kitzmiller vs Dover Area School District has been rapid and varied.  Evolutionists are overjoyed at this Christmas present the judge delivered, a dirty bomb they hope will put ID out of business, but the other side claims the damage is minimal and the debate goes on.  Here are some samples:
  • Party Time:  Evolutionists were giddy with praise for the decision.  The National Center for Science Education listed a who’s who of “educational, scientific and civil liberties groups” who not only approved of the decision but opined that it would have far-reaching consequences.
  • Breaking the Point:  Conservative Christian commentator Chuck Colson, on his Breakpoint radio commentary, said he was disappointed at the ruling, but not disheartened.  “Bad cases make bad law,” he said, agreeing that the Dover policy was ill advised.  Nevertheless, optimism is justified because “if we equip ourselves and do our job, truth will out,” he said. “We should not despair.  Our case is compelling if we frame it carefully, ask the right questions, and expose the claims of Darwinists.”
  • Worry but Smile:  Michael Powell at the Washington Post (see reprint on San Francisco Chronicle) said that ID backers found the ruling worrisome, but vow to continue pushing the debate forward; William Dembski thinks the future looks bright, because it is going international and crossing metaphysical and theological boundaries.
  • Charge Onward:  Rachel Zoll for Associated Press (see Yahoo News) acknowledged the ruling as a setback for ID, but quoted several ID and Christian leaders who seem more galvanized than ever over the decision.  She acknowledged that the legal ramifications of the ruling are limited to the Dover area.
  • Farewell, PartnerFox News reported that U.S. Senator Rick Santorum is severing ties with the Thomas More Law Center that defended the Dover school board, because he thinks they “made a huge mistake in taking this case and in pushing this case to the extent they did.”
  • Principle of the Thing:  The Discovery Institute also disagreed with the strategy of the school board, not feeling it proper to mandate the teaching of ID, but also strongly criticized the decision for attempting to institutionalize dogmatism.  John West said it may be over in Dover, but not for intelligent design: “Efforts to mandate intelligent design are misguided,” he clarified, “but efforts to shut down discussion of a scientific idea through harassment and judicial decrees hurt democratic pluralism.  The more Darwinists resort to censorship and persecution, the clearer it will become that they are championing dogmatism, not science.”  Listing himself as “former Discovery Institute attorney,” Seth Cooper issued a statement to set the record straight on his involvement in the case.
  • Ohio Unaffected:  The Discovery Institute also issued a statement that the Dover ruling will have no effect on the Ohio program to allow for critical analysis of evolution.  Law professor David DeWolf explained that not only is Ohio outside the jurisdiction of Judge Jones, but Ohio’s program comports with Congressional laws and Supreme Court decisions.  Stephen Dyer agreed that the effect on Ohio is muted, but he wrote for the Ohio Beacon Journal, that there still could be ripple effects.  Opponents of ID will take the ball on Jones’ opinion that singling out evolution for criticism is wrong, and having even a voluntary program is wrong if instigated from religious motives.
  • Iowa Debt to IDThe Scotsman reported that ID will probably still come up for discussion in Iowa next year, even though board members disagree about the impact of the Dover decision on their opinions.
  • Darwinism Corrodes Religion:  Columnist David Klinghoffer wrote in the Seattle Times that Judge Jones was wrong that Darwinism does not conflict with religious belief.  Klinghoffer quoted leading Darwinists that stated clearly how evolutionary theory is corrosive to religion and, by positing a materialistic philosophy, is antithetical to belief in God of any kind, and is therefore a religious philosophy in its own sense.
  • Lawyer Blog:  Albert Alschuler gave his opinion of the case in the U of Chicago Law Blog.  He chided the court for its contempt for religious belief, saying that ID should be judged on its merits, not because of what the court felt the motives of the plaintiffs were.  “Freedom from psychoanalysis is a basic courtesy,” he said.
Undoubtedly this is a small sample of opinions expressed on radio talk shows, TV programs, newspapers and letters to the editor.
Can we all remember that Judge Jones is just one man?  His complete buy-in to the ACLU side, and complete rejection of all the pro-ID testimony, shows he is a sadly biased man at that.  Isn’t it just like liberal leftists to look to unelected judges to get their power.  In no way does this decision reflect the amount of strong support ID is getting all over the country, and even other nations.  If a vote were taken by most American parents of high school students, Charlie would be put out on a one-way ship to Christmas Island, along with his blood brother the Grinch.
Next headline on:  DarwinismIntelligent DesignEducation
Mars Water Evidence Evaporates   12/23/2005    
The strongest evidence for water from the Mars rovers has been called into question.  Scientists from the University of Colorado at Boulder believe that the observations of sulfates and concretions are better explained by fumaroles in volcanic ash deposits (see also EurekAlert).  Their paper in Nature1 explains that the model means high temperatures: “Consequently, the model invokes an environment considerably less favourable for biological activity on Mars than previously proposed interpretations.”  Another paper in the same issue of Nature2 by scientists from University of Arizona and Los Alamos proposes rapid turbulent flows caused by meteor impacts produced the deposits, not periods of long-standing water as was previously assumed.  The report by Robert Roy Britt on Space.com included a response from Steve Squyres, principal investigator for the Mars Exploration Rovers.  He said he always contended that the water was primarily underground, but thought that alternative views are good for science.  The rovers, by the way, both celebrated their “One Martian Year Anniversary” recently (about twice as long as an Earth year).  Both rovers are still going strong (see JPL press release).  Opportunity recovered from a shoulder injury not long ago.  Engineers were able to get the robotic arm working again.  The MER Website has posted some more “special effects” images in which the rovers are placed into the scene.  This one of Opportunity on Burns Cliff would make a nice Christmas stocking stuffer.
    In other Mars news, the first results of the MARSIS instrument (Mars Advanced Radar for Subsurface and Ionospheric Sounding) on the European orbiter Mars Express were published in Science.3  The radar instrument can penetrate the surface for up to a kilometer.  Researchers found an underground impact basin 250 kilometers in diameter, and probed the northern polar ice deposits in this first-ever survey of the 3rd dimension of Mars.
1McCollom and Hynek, “A volcanic environment for bedrock diagenesis at Meridiani Planum on Mars,” Nature 438, 1129-1131 (22 December 2005) | doi:10.1038/nature04390.
2Knauth, Burt and Wohletz, “Impact origin of sediments at the Opportunity landing site on Mars,” Nature 438, 1123-1128 (22 December 2005) | doi:10.1038/nature04383.
3Picardi et al., “Radar Soundings of the Subsurface of Mars,” Science, 23 December 2005: Vol. 310. no. 5756, pp. 1925 - 1928, DOI: 10.1126/science.1122165.
Remember the optimistic claims that Opportunity had found evidence for long-lasting surface water?  Remember how the astrobiologists immediately jumped to the conclusion that Mars probably had good conditions for life?  (They’re still doing it; see the 11/29 JPL press release).  It was interesting to hear that the concretions or “blueberries” that seemed to clinch the argument for water have another explanation; they are apparently expected in an impact scenario, when a meteorite strike causes a short-term flood or “base surge” that can travel hundreds of kilometers from the impact site.  It may be possible that the H2O on Mars is subsurface ice that might liquefy during an impact event, only to freeze or vaporize quickly afterward.  Whatever they eventually decide, Mars doesn’t have to be lively to be interesting.
Next headline on:  MarsGeology
Stupid Evolution Quote of the Week   12/22/2005    
Two Elizabeths – Culotta and Pennisi – get the award for evolutionary bravado for their piece in Science.1  They were trumpeting the magazine’s award of Breakthrough of the Year to “Evolution in Action,” a series of findings that ostensibly help us understand how evolution works.  Whether the particular breakthroughs (the chimp genome, a study on chickadees that seems to support sympatric speciation, and studies of microbial resistance to antibiotics) actually supported belief in the common ancestry of all organisms (macroevolution), it didn’t seem to quell their enthusiasm in the slightest:
The big breakthrough, of course, was the one Charles Darwin made a century and a half ago. By recognizing how natural selection shapes the diversity of life, he transformed how biologists view the world.  But like all pivotal discoveries, Darwin’s was a beginning.  In the years since the 1859 publication of The Origin of Species, thousands of researchers have sketched life’s transitions and explored aspects of evolution Darwin never knew.
    Today evolution is the foundation of all biology, so basic and all-pervasive that scientists sometimes take its importance for granted.  At some level every discovery in biology and medicine rests on it, in much the same way that all terrestrial vertebrates can trace their ancestry back to the first bold fishes to explore land.  Each year, researchers worldwide discover enough extraordinary findings tied to evolutionary thinking to fill a book many times as thick as all of Darwin’s works put together.
  (Emphasis added in all quotes.)
They didn’t seem to pay much attention to the fact that the geneticists and paleontologists were having a little difficulty in the same issue of the journal (see next entry).  Nor did they pay any notice to the worldwide controversy over Charles Darwin and his theories.  Editor-in-chief Donald Kennedy did notice, however, as he defended the award:2
Wait a minute, I hear you cryHasn’t it been a trying year for evolution, considering the debates about teaching evolutionary theory in science classes in the United States and the headlines about Intelligent DesignOn the contrary; in the research community, it’s been a great year for understanding how evolution works, through both experiment and theory.  No single discovery makes the case by itself; after all, the challenge of understanding evolution makes multiple demands: How can we integrate genetics with patterns of inherited change?  How do new species arise in nature?  What can the new science of comparative genomics tell us about change over time?  We have to put the pieces together, and it could not be a more important challenge: As the evolutionary geneticist Theodosius Dobzhansky once said, “Nothing in biology makes sense except in the light of evolution.”
One might wonder, then, what scientists are seeing in the dark.  Didn’t Darwin himself promise light was coming 146 years ago to shed on most of these same questions?  Kennedy pointed to his favorite example of the new light: a case of microevolution in stickleback fish.  The findings, however meager, are not as important as the process, Kennedy explained: “The exciting thing about evolution,” he said, “is not that our understanding is perfect or complete but that it is the foundation stone for the rest of biology.”  Other foundation can no man lay than that which has been laid, apparently.  Maybe, though, even intelligent design has a role to play – like the building inspector (see quote at top right of this page).  Kennedy claimed, “Genes that are now known to exert complex effects on body form at the macro level answer the commonly stated objection that complex structures could not have evolved from simpler precursors.  And so it goes: Scientific challenges are raised, inviting answers.”  Hard to disagree with that, but who gets to judge the validity of the answers, if not the challengers?
    Other news outlets were quick to pick up on the “Breakthrough of the Year” story: MSNBC, San Diego Union-Tribune, the Independent and the BBC News, for instance.  Readers are free to comb these articles for contenders for the SEQOTW award.
1Culotta and Pennisi, “Breakthrough of the Year: Evolution in Action,” Science, 23 December 2005: Vol. 310. no. 5756, pp. 1878 - 1879, DOI: 10.1126/science.310.5756.1878.
2Donald Kennedy, “Editorial: Breakthrough of the Year,” Science, 23 December 2005: Vol. 310. no. 5756, p. 1869, DOI: 10.1126/science.1123757.
Pennisi ought to know better; she has reported on many an evolutionary crisis (e.g., 12/14/2004, 08/06/2004, 06/13/2003).  To hear these two reporters cackling like spring chickens over a scrambled Darwin egg is pathetic.  None of the “breakthroughs” listed bear any real support to the central claim of Darwin that all species descended from a single common ancestor in the dim, unrepeatable past.  Kennedy acknowledged that scientific challenges have been raised by intelligent design proponents, and that they invite answers, but look who gets to judge the answers.  It’s like the kid getting to grade his own paper, or the defendant getting to play judge and jury, or the corporate boss getting to set his own salary and benefits.  It’s even worse than that.  The Darwinists not only control the answers; they usually control the questions.  They even control the language and the definitions of words.  Small wonder that Charlie gets another medal.
    Also pathetic was that evolution won “Breakthrough of the Year” over more worthy competitors.  First runner-up was the “Planetary blitz” of dramatic space successes, including the Mars rovers and orbiters, Deep Impact, and the Cassini-Huygens achievements at Saturn.  In this golden age of planetary reconnaissance, there has been drama, adventure, engineering prowess, and real observational science.  Yet these were slighted by boisterous bluffing that a piece of data here, a controversial study there amount to vindication of Charlie as he lies a-moulderin' in Westminster Abbey.  Are you stimulated by the possibility that slight changes in stickleback fish promise to finally show us how humans came from bacteria?
    One can only guess that Donald Kennedy and the other Darwin Party hacks at the AAAS had to perk up the ears of their congregation in light of the uproar outside, and like the preacher’s sermon notes scribbled in the margin advised, “Point weak – pound pulpit harder here.”  Sorry, all you scientists who did great work on other subjects.  Priorities are priorities.  Now is the time for all good Darwinists to come to the aid of their theory.  That means strike up the band and roll it down the parade route, and conjure up the ghost of Emperor Charlie, so he can play his perennial role of Master of Ceremonies, wearing his customary robes.
Next headline on:  Darwin and Evolutionary TheoryDumb Statements
Cambrian Explosion Still Troubling to Evolutionists   12/22/2005    
Despite Darwinian efforts to muffle it or spread it into a diffuse rumble, the Cambrian explosion (the near-sudden emergence of most animal body plans in the fossil record) was loud and snappy.  A new phylogenetic study by Antonis Rokas (MIT), Dirk Krüger, and Sean B. Carroll (U of Wisconsin), published in Science this week,1 could not rid the models of rapid evolution across diverse clades, what they call “radiations compressed in time.”  Their new broad study of gene sequences reached the same verdict as the fossil record.  Their technical terms, translated into plain English, mean that the Cambrian explosion was real:
The phylogenetic relationships among most metazoan phyla remain uncertain.  We obtained large numbers of gene sequences from metazoans, including key understudied taxa.  Despite the amount of data and breadth of taxa analyzed, relationships among most metazoan phyla remained unresolved.  In contrast, the same genes robustly resolved phylogenetic relationships within a major clade of Fungi of approximately the same age as the Metazoa.  The differences in resolution within the two kingdoms suggest that the early history of metazoans was a radiation compressed in time, a finding that is in agreement with paleontological inferences.  Furthermore, simulation analyses as well as studies of other radiations in deep time indicate that, given adequate sequence data, the lack of resolution in phylogenetic trees is a signature of closely spaced series of cladogenetic events.   (Emphasis added in all quotes.)
Three other scientists commenting on the story in the same issue of Science2 tried to find ways around the study but were not too successful.  “Is the big bang in animal evolution real?” they asked.  Maybe it can be circumvented with more data, or with different analytical methods.  “In light of these concerns, are the conclusions of Rokas et al. justified? Should we ignore their study?  Most certainly not, because they have produced a wealth of data and have shown that it might just be possible that the fossil record can be reconciled with molecular data.”  The resolution, however, was left in future tense (with emphasis on tense).
    Rokas et al. did not seem so optimistic.  A press release from University of Wisconsin underscored Carroll’s conclusion that the animal family “tree” is looking “bushy” in places.  There were “frenetic bursts of evolution” he said.  Despite their efforts to resolve the record, “instead of a tree, we got a bush where many branches sprout close together.”  He said it was hard to distinguish evolutionary events, even with “boatloads of data.”  Rokas found a way to put a positive spin on it.  “The difficulty we are facing in telling animal relationships apart is evolution’s signature that some very interesting evolutionary stuff happened here,” he chuckled.
1Antonis Rokas, Dirk Krüger, Sean B. Carroll, “Animal Evolution and the Molecular Signature of Radiations Compressed in Time,” Science, 23 December 2005: Vol. 310. no. 5756, pp. 1933 - 1938, DOI: 10.1126/science.1116759.
2Lars S. Jermiin, Leon Poladian, Michael A. Charleston, “Evolution: Is the ‘Big Bang’ in Animal Evolution Real?”, Science, 23 December 2005: Vol. 310. no. 5756, pp. 1910 - 1911, DOI: 10.1126/science.1122440.
Very interesting evolutionary stuff, indeed (but only to a demolition expert).  The Darwin Party knows that critics hammer the point that the Cambrian explosion falsifies evolutionary theory.  Oh, how the Darwinists would love to get around it!  These two papers and the news article show that they cannot.  Look at the bars on their timeline, representing the data: they stack nearly on top of one another.  To the left are fictional, imaginary dashed lines connecting them into a phylogenetic tree, with absolutely no data, fossil or genetic, to support the inference.  Should they be depriving students of these embarrassing findings?  Most textbooks glibly state that evolution is a fact, and the fossil record proves it.  This is a snow job if there ever was one.  Demand accountability.
Next headline on:  Darwinism and Evolutionary TheoryFossilsGenes and DNA
How to Overcome Student Objections to Evolution   12/21/2005    
Biology teachers face increasing difficulty from students coming into class with bad feelings about evolution (11/30/2005, 08/30/2005).  Many pro-evolution teachers will be attracted to methods that have a demonstrable track record of relieving tensions and facilitating the process of getting students to accept Darwin’s theory.  David Sloan Wilson (Binghamton U, NY) has just the thing.  Writing in PLoS Biology,1 he introduced Evolution for Everyone, or EvoS for short, with the upbeat title, “Evolution for Everyone: How to Increase Acceptance of, Interest in, and Knowledge about Evolution” (compare 11/01/2005 entry about another suggested method)  First, the bad news that made this initiative necessary:
Evolution is famously controversial, despite being as well established as any scientific theory.  Most people are familiar with the dismal statistics, showing how a large fraction of Americans at all educational levels do not accept the theory of evolution, how efforts to teach evolution often fail to have an impact, and how constant vigilance is required to keep evolution in the public school curriculum.  Even worse, most people who do accept the theory of evolution don’t relate it to matters of importance in their own lives.  There appear to be two walls of resistance, one denying the theory altogether and the other denying its relevance to human affairs.   (Emphasis added in all quotes.)
Wilson impresses the reader right off the bat with statistics from tests of the EvoS method at Binghamton University, showing a pronounced shift toward acceptance of evolution among students, regardless of religious background, familiarity with the theory, or political persuasion.  How did he do it?  Wilson describes the multi-pronged approach as focusing on teaching “a sequence of ideas” and helping students “catch the evolution bug.”  From the long article, a few highlights stand out.
    For one thing, EvoS does not shy away from controversy, but embraces it as a teaching opportunity.  When students feel threatened by evolution, for instance, the teacher delves right in.  “Threatening ideas are like other threats,” Wilson says; “the first impulse is to run away or attack them.  Make the same ideas alluring, and our first impulse is to embrace them and make them our own.”  OK, so while the teacher is trying to explain how evolution explains the world and helps provide ways to improve the future, a student objects that evolution has produced a lot of bad social policies.  Now what?  Don’t dodge the question:
This requires a discussion of past threatening associations, even before the theory is presented.  Evolution has been associated with immorality, determinism, and social policies ranging from eugenics to genocide.  It has been used to justify racism and sexism. All of these negative associations must be first acknowledged and then challenged.  It’s not as if the world was a nice place before Darwin and then became mean on the basis of his theory.  Before Darwin, religious and other justifications were used to commit the same acts, as when the American colonists used the principle of divine right to dispossess Native Americans, and men claimed that women were designed by “God and Nature” for domestic servitude.  These beliefs are patently self-serving and it should surprise no one that an authoritative scientific theory would be pressed into the same kind of service.  It is the job of intellectuals to see through such arguments and not be taken in by them.  Moreover, the deep philosophical issues associated with topics such as morality, determinism, and social equality are increasingly being approached from a modern evolutionary perspective and are among the topics to be discussed in the course.  When these issues are discussed at the beginning of the course, students put their own threatening associations with evolution on hold and become curious to know how a subject that they associate with science (evolution) can shed light on a subject that they associate with the humanities (philosophy).  Students who indicate exceptional interest are referred to books that are both authoritative and accessible, such as Daniel Dennett’s Darwin’s Dangerous Idea.
Wilson teaches evolution not as a choice between theology or materialism, but a third way: a process of change, in which the material organism “becomes a kind of living clay that can be molded by environmental forces that influence survival and reproduction.”  This, he explains, enables evolutionary theory to make predictions about how organisms and populations adapt to their surroundings.
    Wilson encourages discussion groups.  As another example of facing a controversial topic head-on, he divides students into groups to discuss infanticide:
Choosing the subject of infanticide, I say that superficially it might seem that organisms would never evolve to kill their own offspring, but with a little thought the students might be able to identify situations in which infanticide is biologically adaptive for the parents.  I ask them to form small groups by turning to their neighbors to discuss the subject for five minutes and to list their predictions on a piece of paper.
    After the lists are collected, I ask the students for some of their predictions to list in front of the whole class.  They are eager to talk, and reliably identify the three major adaptive contexts of infanticide: lack of resources, poor offspring quality, and uncertain paternity, along with less likely possibilities, such as population regulation, that can be set aside for future discussion.  I conclude by attempting to convey the simple but profound message of the exercise: How can they, mere undergraduate students, who know almost nothing about evolution and (one hopes) know nothing at all about infanticide, so easily deduce the major hypotheses that are in fact employed in the study of infanticide for organisms as diverse as plants, insects, and mammals?  That is just one example of the power of thinking on the basis of adaptation and natural selection.
Lest one think this is just talking about birds and bees, Wilson makes it clear that a key feature of EvoS is encouraging students to see human beings as integrally involved in the evolutionary process:
One of the biggest tactical errors in teaching evolution is to avoid discussing humans or to restrict discussion to remote topics such as human origins.  The question of how we arose from the apes is fascinating and important, but is only one of any number of questions that can be asked about humans from an evolutionary perspective—including infanticide.  If evolutionary theory can make sense of this subject for organisms as diverse as plants, insects, and mammals, what about us?  If we operate by different rules than all other creatures for this and other subjects, why should this be so?  The most common answer to this question is “learning and culture,” but what exactly are these things?  Do they exist apart from evolution, or do they themselves need to be explained from an evolutionary perspective?  I raise these issues early in the course, not to answer them, but to emphasize how much is “on the table” as part of the course.
Wilson says that for millennia, people have considered humankind categorically different from other creatures in their mental, moral and aesthetic abilities.  “We are obviously unique in some respects,” he acknowledges, “but in exactly what way needs to be completely rethought.”  Students are encouraged to view human infanticide along the same lines as they did for animals, and to do the same for human warfare, learning, and culture – all of which the teacher can demonstrate are present in varying degrees in the natural world.
    Such directness might seem worrisome to a biology teacher.  Wilson reassures the reader that, in practice, the method actually produces compliant students:
It might seem that boldly discussing subjects such as human infanticide (which the students quickly connect to the contemporary issue of abortion), along with other topics such as sex differences and homosexuality later in the course, is the ultimate in political incorrectness.  However, I have taught this material for many years in prior courses without a single complaint, and the assessment of “Evolution for Everyone” demonstrates an overwhelmingly positive response across the religious and political spectrum.  Clearly, there is a way to proceed that arouses intense interest without animosity or moral outrage.  In the case of infanticide, evolutionary theory doesn’t say that it’s right—it is used to make an informed guess about when it occurs.  All of the students want to know if the guess proves to be correct for humans in addition to other creatures, regardless of their moral stance on abortion.  Moreover, they see that the information can be useful for addressing the problem, whatever particular solution they have in mind.  The importance of culture is not denied, but becomes part of the evolutionary framework rather than a vaguely articulated alternative.  The picture that emerges makes sense of cases of infanticide that appear periodically in the news (typically young women with few resources and under the influence of a male partner who is not the father) and that previously seemed inexplicable.  Nearly everyone values this kind of understanding and thinks that it can be put to positive use, as demonstrated by the quantitative assessment. More generally, including humans along with the rest of life vastly increases students’ interest in evolution and acceptance to the degree that it seems to lead to understanding and improvement of the human condition.
Wilson continues; evolutionary changes are not always adaptive, nor are they always benign.  “Fitness is a relative and local concept,” he explains.  “It doesn’t matter how well an organism survives and reproduces, only that it does so better than other organisms in its vicinity.”  Overall, the teacher presents evolution as practical for explaining the observations without making any moral judgments.  But then, what about morality?  That’s part of our evolution, too, as more group discussion helps the students realize:
If behaviors regarded as immoral in human terms are adaptive and “natural,” then aren’t all the fears about evolution justified?  No—because behaviors that are regarded as moral in human terms are also adaptive and “natural” under the right circumstances, which can be illustrated with the following exercise of the sort suggested by Nelson and Alters.  First, the class is asked to list the behaviors that they associate with morality.  The most common items include altruism, honesty, love, charity, sacrifice, loyalty, bravery, and so on.  Then they are asked to list behaviors that they associate with immorality, and respond with opposite items such as selfishness, deceit, hatred, miserliness, and cowardice.  With these lists in mind, the students are asked three questions: (1) What would happen if you put a single moral individual and a single immoral individual together on a desert island?  (The students quickly conclude that the moral individual would become shark food within days.)  (2) What would happen if you put a group of moral individuals on one island and a group of immoral individuals on another island?  (The students are equally quick to conclude that the moral group would work together to escape the island or turn it into a little utopia, while the immoral group would self-destruct.)  (3) What would happen if you allow one immoral individual to paddle over to Virtue Island?  (The answer to this question is complex because it is a messy combination of the straightforward answers to the first two questions.)
The students learn, then, that situational ethics pop right out of evolutionary theory.  “This exercise is simple and entertaining,” he says, “but profound in its implications.  It shows that most of the traits associated with human morality can be biologically adaptive.”  Students are assured that a quasi-traditional morality, including altruism and honesty (except for the occasional freeloader or non-cooperator) is a natural consequence of natural selection within groups.  Alas, the teacher must admit that group selection can lead to “a disturbing corollary.  Can’t behaviors that count as moral within groups be used for immoral purposes among groups?  The answer to this question is ‘yes,’ which means that moral conduct among groups is a different and more difficult evolutionary problem to solve than moral conduct within groups.”  By this time, students understand that scientists should one day be able to figure this out by such a useful, predictive theory as natural selection.
The important point is that evolutionary theory can potentially explain the evolution of behaviors associated with morality and immorality.  This is vastly different than the usual portrayal of evolution as a theory that explains immorality but leaves morality unaccounted for.  The average student is well aware that immoral behaviors usually benefit the actor, that human groups have a disturbing tendency to confine moral conduct to their own members, and so on.  When evolutionary theory is presented as a framework for understanding these patterns in all their complexity, including the good, the bad, the beautiful, and the ugly, it is perceived as a tool for understanding that can be used for positive ends, rather than as a threat.
So you see, students, evolutionary theory should not be threatening.  It’s just a tool, a neutral way of looking at the natural world (including ourselves), so that we can explain a wide variety of observations that before Darwin seemed inexplicable.  It’s time to get into the heavy stuff:
At this point (about mid-semester), the students are told that they have acquired a conceptual framework that can be used to study virtually any subject in biology and human affairs, which will be used to study particular topics for the rest of the semester.  There is great flexibility in the topics that can be chosen, which is facilitated by having the students read, rather than a textbook, well-chosen articles from the primary scientific literature.
(It can be safely assumed that Wilson does not have in mind sources like Of Pandas and People).  The enlightened student is now ready to think about Darwinian medicine, and topics as diverse as “violence, sexuality, personality, and culture” to see what insights evolutionary thinking can provide.  “They realize that they have started to approach the study of humans in the way that evolutionary biologists approach the rest of life, with a common language that can be spoken across many domains of knowledge.”  They have arrived.
    One more thing: the student gets to choose his or her own topic and write it up in evolutionary terms.  Suggestions: “adoption, alcoholism, attractiveness, body piercing, depression, eating disorders, fashion, fear, hand dominance, homosexuality, marriage, play, sexual jealousy, sibling rivalry, social roles, suicide, video games, and yawning.”  As Dobzhansky famously remarked, “nothing in biology makes sense except in the light of evolution.”
To summarize, “Evolution for Everyone” works by establishing a general conceptual framework through a sequence of ideas.  The framework is then strengthened and consolidated by applying it to a number of specific topics.  Virtually all students respond to the class because they cease to be threatened by evolutionary theory and begin to perceive it as a powerful way to understand and improve the world.  Once the theory becomes alluring, the only remaining obstacle to learning is the intrinsic difficulty of the subject.  That, it turns out, is not much of an obstacle either.  Almost anyone can master the basic principles of evolution and incorporate them into their own thinking, providing both a foundation and an incentive to advance their knowledge in subsequent courses.
Speaking of subsequent courses, Wilson is thinking way outside the box of high school or college biology.  First, he encourages students who have “caught the evolution bug” to spread their newfound interests into a campus-wide program.  The anthropology, psychology, economics and philosophy departments, with help from the administration, can all merge their evolutionary ideas into a cohesive picture, transcending traditional disciplinary boundaries.  Special seminars can be held.  Students can earn special EvoS certificates by completing required courses.  Faculty advisors can counsel each student to “develop a curriculum tailored to his or her interests from the menu of offerings.”
    One last obstacle: other faculty.  Though most of them already ridicule creationism, Wilson contends that most of them don’t yet see the relevance of evolution to their disciplines.  His plan, therefore, includes faculty training as well as student training, so that the university becomes “a single intellectual community.” 
In many ways, this type of experience approaches the ideal of a liberal arts education.  It should be especially appealing to small colleges that have difficulty achieving a critical mass in single subject areas.  Evolutionary theory is not the only common language, but it is a very good one that will eventually become part of the normal discourse for all subject areas relevant to human affairs and the natural world.
That’s “Evolution for Everyone” – one big, happy campus.
1David Sloan Wilson, “Evolution for Everyone: How to Increase Acceptance of, Interest in, and Knowledge about Evolution,” Public Library of Science, Biology, Volume 3 | Issue 12 | December 2005.
In James Clavell’s chilling tale The Children’s Story, (a must read before continuing this commentary), the New Teacher comes to class after the conquest (presumably a communist takeover).  She takes a frightened group of children and calms them into becoming compliant, trusting citizens.  In just 23 minutes, she has gently and effectively dismantled their patriotism, their faith, their family loyalty and their most cherished beliefs before they even know what hit them.  A well-trained, master manipulator, she is not a teacher: she is a facilitator, a guarantor of compliance with the new regime, an electrician who has cut off power from the resistance.  She is just as much an arm of the State as the soldier on the battlefield, and perhaps even more effective.  This is not education.  It is indoctrination with finesse.
    David Sloan Wilson is talking about college students, not children.  They are a more difficult lot to indoctrinate, but the parallels with the New Teacher are striking.  Consider a few:
  1. Teach only one side.  Wilson’s method depends on carefully controlling what the students hear.  The New Teacher’s success depended on first removing Miss Worden, the Old Teacher, before she could say anything.  A debate with Miss Worden might have led to very unacceptable results, so it was essential to dispense with her quickly and quietly.  With EvoS, unlike with Verhey’s inoculation technique (11/01/2005), which at least gave the students a carefully measured taste of a contrary viewpoint, Wilson acknowledges that evolution is “famously controversial” but gives voice only to the Darwinist propaganda.  This is indoctrination by definition.  He prescribes “well-chosen articles from the primary scientific literature” (read: DODO, for Darwin-only, Darwin-only).  Notice his favorite recommended reading: Darwin’s Dangerous Idea, in which Daniel Dennett advocated putting creationists in zoos, or otherwise eliminating them, since they are a threat to the regime.
  2. Eliminate the negative.  The New Teacher knew that the children were afraid and had heard bad things about the conquerors, so she was quick to allay their fears by distraction – singing, complimenting the children, disarming them with friendliness, and other tactics – while sidestepping the evils her regime was doing in the background.  Similarly, Wilson’s first step is to confront the students’ fears about the implications of evolutionary philosophy (including eugenics and genocide) by soft-pedaling the history and implying “we’re all in this together.”  Why look, Christians have done many bad things, too.  It’s not like the world was a nice place before Darwin came along.  EvoS tries to disconnect evolution from its historic disastrous consequences by selling it as only a neutral, objective, unbiased, useful, scientific, explanatory tool.  Sure, some people might misuse it, but that doesn’t make it bad now, does it children?
  3. Euphemize.  Johnny’s daddy didn’t believe “bad” things, just “wrong” things.  Daddy and Miss Worden were not going to concentration camps (or worse), just to “school” (remember how the communists called this “re-education”?  A little brainwashing, a little torture, some mind-altering drugs – all very effective).  EvoS helps us understand “morality”.  It helps us understand how we are all a part of nature.  It helps us improve the human condition.  The new regime is nothing to be afraid of; why, it is just “a tool for understanding that can be used for positive ends, rather than as a threat.”
  4. Confront.  The New Teacher stops them in the middle of the pledge and asks them, what does it mean?  What does pledge mean?  What does allegiance mean?  Those are good questions, but she didn’t define them like Red Skelton did in a famous monologue.  She asked the questions not to answer them, but to raise doubts about what they had been taught.  Wilson confronts the students with questions about abortion and infanticide, not to make them think critically, but to draw them into his net: it’s all about evolution.  Evolution explains infanticide.  Evolution explains abortion.  Evolution explains yawning.  Evolution explains everything.
  5. Disarm.  The New Teacher did not charge through the door as the ogre or beast the children feared; she was dressed neatly, smiled, and greeted them by name.  She sang them a song.  She sympathized with their fears.  She gave them candy, demonstrating that prayers to “Our Leader” are legitimate prayers, but only if a human being actually answers.  Under the sweet surface was a hideous assault on their freedoms and values.  Similarly, Wilson’s “Virtue Island” game is a subtle form of mind control.  It simultaneously oversimplifies the issue of morality and teaches moral relativism, while denying any opportunity for rebuttal.  EvoS keeps the tone happy and positive by utilizing discussion groups, giving the students games to play, and rewarding compliant students with certificates for completing the brainwashing. 
  6. Dismantle.  Clavell’s schoolchildren fondled their little pieces of the flag, oblivious to what The New Teacher had done in cutting it up and giving them each a piece of it.  Then, amidst shrieks of excitement, the children tossed the flagpole out the window with their own hands.  Wilson starts by saluting virtue and pledging allegiance to morality, but then he proceeds to cut it up and hand out the pieces by getting the students to slowly agree that it, too, is a product of evolution.  Since people evolved – since everything evolved – then, well, morality evolved, too.  Isn’t evolution a wonderful and powerful theory?
  7. Think Big.  At 9:23, the New Teacher “was warmed ... by the thought that throughout the school and throughout the land all children, all men and all women were being taught with the same faith, with variations of the same procedures.  Each according to his age group.  Each according to his need.”  Utilizing techniques appropriate for college students, EvoS promulgates “the same faith” that children and adults will get.  While focusing in this article on the college age group, Wilson understands the big agenda of the regime.  He sees beyond EvoS to the entire intellectual program of the university, and of the world.  Evolution is to become the campus-wide “common language” the “conceptual framework” for the liberal arts and humanities, the lens through which all knowledge will be sifted.  Debate won’t have a chance, because the Ministry of Truth will control the dictionary and the history textbook.  There will be no controversy, for everyone will have completed the required brainwashing sessions, from freshmen to faculty.  It will be... Utopia.
If you were swayed by David Sloan Wilson’s article, and thought it sounded like a nice program, there might still be hope, but it will require desperate measures.  Brainwashing is a serious mental disorder.  Undoing its effects requires rescue and deprogramming.  The stakes in this intellectual takeover that the Darwinists are advocating could not be higher.  Wilson, PLoS Biology, the NCSE, and Big Science in general have their sights set on nothing less than totalitarian rule.  It is not a matter of debating peers, or winning in the free marketplace of ideas.  This is an agenda for wage and price controls, for one-party rule, and for dictatorial power over the means of idea production.  John Stuart Mill, the atheist-empiricist utilitarian philosopher (a friend of Darwin), the father of the “open marketplace of ideas,” would be appalled.  Pay him no mind; he was just a product of evolution, too, and his ideas have no external validity apart from evolution.  Evolution is all; all is evolution.
    Any view trying to encompass morality, philosophy, religion, anthropology, psychology, economics, history, sexual ethics, culture, eating disorders, video games and even yawning has long ceased to be just a biological theory.  Evolution for Everyone is a complete and total world view: “a powerful way to understand and improve the world” including “deep philosophical issues associated with topics such as morality, determinism, and social equality.”  Like a communist ideal State, it is the machine of history.  Students are expendable; they must be molded into obedient pawns of the regime.
    The first step in deprogramming is to realize you’ve been had.  If you still have some control of your rational faculties, consider that this evolutionary indoctrination program falsifies itself.  Wilson talks about morality, but makes morality a by-product of a mindless, relativistic, unguided process that succeeds by squashing the unfit.  What is “right” or “wrong” in such a world?  Obviously, it could be anything, including cruelty or genocide.  There is no such thing as a “Virtue Island.”  He cannot define groups of moral and immoral people without borrowing vocabulary from a religion or philosophy that believes in absolutes.  In philosophical dualism or pantheism, yin and yang are morally indistinguishable.  Moral categories are in the eye of the beholder.  The immoral group can call itself the moral group without any guilt or contradiction, because evolution is what evolution does.  Whatever it does is “good,” whatever that means.
Richard Weikart in From Darwin to Hitler underscored the chilling point that Hitler sincerely believed he was doing the right thing.  He was not amoral; he did what he did from a deeply held conviction based on what he believed evolutionary ethics demanded (and remember, he got willing compliance from the intellectual leaders an