Welcome to Facts, not fantasy. This is a "learning node" of the internet where we try to clear up some misconceptions and lies that are going around about vaccines and evolution. Click on the main item of interest (Vaccines or Evolution) and you should find a list of "points" that you are free to use (or research). All we ask is that you link back to this page if you use anything from it. Thank you for visiting.

Evolution for kids

Wednesday, February 03, 2010

 
I also wanted to post this bit from Dr. Plaits blog, since it does involve education on a subject we cover here as well.

Evolution for kids


Evolution_coverWe’re having a big problem in America these days, with the forces of antireality on the march to deceive our children. Evolution is a big target for them, of course, and I need not belabor the battle here.

But what can we do? We need to excite kids about the real world, and about evolution in particular. And we need to do it in a wonderful way, grabbing their attention, staying positive, and revealing all the beauty and majesty of the way life has self-propagated on this planet of ours.

Daniel Loxton has come to the rescue! He’s the brain behind Skeptic Magazine’s Junior Skeptic, a terrific feature designed to get young kids thinking. His experience putting that together is clear in his new book, Evolution: How We and All Living Things Came to Be. This book has everything for younger readers: excellent writing, simple yet compelling layout, and a diversity of topics in evolution and its related studies which give the reader a solid background in evolutionary biology. That’s critical, as it gives them a basis on which they can build when they read more about the topic.

And Daniel covers a lot of topics, like transitional fossils, population growth, diversity of species, how we know that life changes over time, mutations, natural selection, and more. He even deals simply and efficiently with the topic of religion at the very end, telling the reader to talk to family, friends, and religious leaders about it. While I might disagree with him a bit (really, just a bit) over the boundaries of religion and science we’ve had a few discussion on Twitter about this — I think he deals with the topic elegantly in the book. After all, the book isn’t about religion, and instead of being arrogant or dismissive, he relies on the book itself being an effective treatment of the topic. I think that was a shrewd move.

And I simply cannot praise the illustrations enough, which were done by Daniel himself. WOW! The drawings are simply magnificent; the Archeopteryx on the cover will grab any kid’s attention, as will the gorgeous T-Rex on the first page. My favorite drawing was this one, which he also uses as a banner for the book:

evolutionbook_ad

It shows two women of different eras, and it beautifully demonstrates our similarities and differences. And the woman on the right is an actual human — Daniel’s wife! — something of a well-known skeptic herself. I bet if you come to TAM with a copy of the book, you can find her yourself and get both her and Daniel to sign it…

I think this book is absolutely terrific, and if you’re looking for a simple statement about it, then how about this? Simply put, I would’ve loved this book when I was a kid. It would have made me want to be a scientist.

You can get buy a copy of Evolution through the Skeptics.com website, or if you donate $100 they’ll send you a copy for free. I know, it’s not really free then, but you’ll be helping out a good group of skeptics, so it’s a good thing to do. If you prefer, it’s also available on Amazon and Amazon.ca.

My suggestion: buy several copies and give them away as gifts to kids. And maybe one for your local school as well. I know they could use it there

Labels: , ,


From Pharyngula: A contest gets a winner: common creationist claims refuted

Friday, December 18, 2009

 
Today I want to post a blog entry from Pharyngula (A PZ Myers who is a biologist). I understand that he is a controversial figure, and he is very outspoken on some other issues... However, this particular post was about debunking a couple of specific claims used quite often by creationists and those who deny evolution. And as such I felt it was relevant. Not only that, but the particular person PZ is writing about has agreed to allow me to copy a much longer list of debunking that will become a permanent part of this web page. What follows is a copy/paste from the PZ Myers blog:

Once upon a time, in vague exasperation at a persistent creationist, I opened up two of his questions to the Pharynguloid horde in a contest to see who could answer them most clearly and succinctly. I shouldn't have done this; I'm lazy, and this was too much like grading term papers. Still, there were a lot of good answers, so it was a worthwhile effort.

The winner, judged for clarity, brevity, and accuracy, was Calilasseia, an infrequent commenter here who clearly needs to increase his or her frequency. I've sent off an email in hopes of a reply with a mail address, or if Calilasseia notices this, maybe I'll be sent one soon. Or not. The Prize in this contest is an appropriate and ironic one: a copy of Slaughter of the Dissidents, by the incredible Jerry Bergman. Only the first volume, though; he hasn't finished writing the other dozen or so he says are in the offing.

I feel a little guilty. That's like going on a game show, picking door #2, and discovering that your prize is a goat. In this case, it's a GOAT ON FIRE, which helps a little bit, but still…I'll also slip in a surprise book of a more worthy nature if Calilasseia gets back to me.

Here are the two questions and the winning answers. I repeat, these aren't the only good answers—go back to that thread and browse and there are plenty of well written short replies.

Was evolution a significant and essential factor in guiding Nazi thought?

No. First of all, as has already been established courtesy of searching through Mein Kampf in detail, Hitler's assorted eructations on nature reproduce well-known creationist canards, including the static species fallacy, and Hitler also asserted that fertile, viable hybrids were inpossible, which is manifestly refuted by this scientific paper (among many others):

Speciation By Hybridisation In Heliconius Butterflies, by Jesús Mavárez, Camilo A. Salazar, Eldredge Bermingham, Christian Salcedo, Chris D. Jiggins and Mauricio Linares, Nature, 441: 868-871 (15th June 2006)

Also, even an elementary search of Mein Kampf reveals the following statistics. The number of instances of key words are as follows:

"Darwin" : ZERO

"Almighty" : 6

"God" : 37

"Creator" : 8

Hitler was inspired by the anti-Semitic ravings of one Lanz von Liebenfels, who was a defrocked monk, and whose magnum opus bore the Pythonesque title of Theozoology, Or The Account Of The Sodomite Apelings And The Divine Electron. This was in effect a warped Biblical exegesis, which rewrites the Crucifixion story, and also contains a mediaeval bestiary replete with instances of Liebenfels' florid imagination.

Additionally, the Nazis placed textbooks on evolutionary biology on their list of seditious books to be burned, as illustrated nicely here, where we learn that in 1935, Nazi guidelines with respect to seditious books included:

6. Schriften weltanschaulichen und lebenskundlichen Charakters, deren Inhalt die falsche naturwissenschaftliche Aufklärung eines primitiven Darwinismus und Monismus ist (Häckel).

Translated into English, this reads:

Writings of a philosophical and social nature whose content deals with the false scientific enlightenment of primitive Darwinism and Monism (Häckel)

The evidence is therefore conclusive. Nazism was not inspired by evolution, and indeed, much of Hitler's own writings are creationist in tone. The Nazis destroyed evolutionary textbooks as seditious (much as modern day creationists would love to), and the Nazi view of the biosphere is wholly at variance with genuine evolutionary theory, involving fatuous views of race "purification" by the establishment of monocultures that are the very antithesis of genuine evolutionary thought, which relies upon genetic diversity.

Can natural processes produce an increase in complexity?

The overwhelming evidence from the scientific literature is yes. Appropriate papers include:

Evolution Of Biological Complexity by Christoph Adami, Charles Ofria and Travis C. Collier, Proceedings of the National Academy of Sciences of the USA, 97(9): 4463-4468 (25th April 2000)

Evolution of Biological Information by Thomas D. Schneider, Nucleic Acids Research, 28: 2794-2799 (2000)

Indeed, in the latter paper, Schneider establishes that selection processes cause the amount of information in the genome to increase to a maximum.

Likewise, instances of this taking place in real world organisms are well documented in the scientific literature. Such as Lenski's landmark paper on historical contingency in Escherichia coli, the literature centred upon nylonase, and the evolution of antifreeze glycoproteins in Antarctic Notothenioid fishes. From the world of aquarium fishes, there is also a well documented mutation known as the double tail mutation, which results in indivduals of Betta splendens inheriting the mutation developing two complete tail fins, a mutation that moreover, obeys single-factor Mendelian inheritance. This constitutes an example of increase in organismal complexity, that comes about as close to realising creationist canards with respect thereto, as any observed instance in Nature is ever likely to.

More to the point, there exist numerous papers covering de novo origination of genes, of which:

De Novo Origination Of A New Protein-Coding Gene In Saccharomyces cerevisiae by Jing Cai, Ruoping Zhao, Hifeng Jiang and Wen Wang, Genetics, 179: 487-496 (May 2008)

is merely one of the more spectacular instances. Surely the emergence of a gene where previously there was none, constitutes an increase in complexity by any reasonable measure? Particularly as the instance in the above paper arose from a previously noncoding DNA sequence?

Labels: ,


Scientific American: Origins

Monday, August 17, 2009

 
I just got an email about the Scientific American Magazine: Origins project. I think that it would be a good moment to spread the work about this since it seems to be a pretty good collecion of science in one place attempting to tackle those deep issues. Anyway, here is the introduction for you:

A Greek statesman who lived in the sixth century B.C. put forward the first explanation, shorn of theological trappings, that captured the essence of all things living and inanimate. Thales of Miletus noticed that water could exist as a liquid, gas or solid and posited that it was the fundamental constituent of matter from which the earth’s denizens—men, goats, flowers, rocks, and whatnot—somehow sprang forth.

As with all natural philosophy (a pursuit now known as science), Thales’ observation immediately provoked an argument. Anaximander, a disciple of Thales (today what would be called a graduate student), asked how water could be the single basic element if rock, sand and other substances appeared to be devoid of moisture.

The bickering about beginnings and the nature of our existence has not ceased in ensuing millennia, although Thales’ aqueous cosmology persists only as a passing citation in histories of philosophy and science. A definitive answer to the identity of the most basic ingredient of matter—and how it could ultimately lead to a world populated by iPhones and reruns of American Idol—still eludes today’s natural philosophers.

In early April a colloquy of 70 leading scientists assembled at Arizona State University to launch an Origins Initiative to ponder such questions as whether infinitesimal, stringlike particles may be candidates as the latest substitute for Thales’ vision of a wet world. An urge to deduce beginnings energizes the entire scientific endeavor—and of course that extends into the realm of biology. Appropriately, this year’s 150th anniversary of the publication of Charles Darwin’s On the Origin of Species coincides with a significant advance toward the milestone of demonstrating how life sprang from inanimate matter. A British team of chemists showed that one of the basic building blocks of life could form spontaneously from a warm soup of organic chemicals.

The immediacy of these themes is why this single-topic issue of Scientific American is devoted to origins in physics, chemistry, biology and technology. In the following pages, a physicist grapples with the overarching question of how the universe began. A chemist addresses possible ways in which life first started, and a biologist takes on what has made the human mind different from that of any other animal’s. Then a historian of technology contemplates the first computer, perhaps the most extraordinary invention of the human mind. A final section provides brief chronicles of the inception of dozens of physical and biological phenomena, in addition to a series of remarkable human inventions.

Whether related to rainbows, antibiotics or paper money, beginnings—and the stories they generate—serve as an endless source of fascination about the world around us.

Labels: ,


Archives

May 2009   June 2009   July 2009   August 2009   September 2009   October 2009   November 2009   December 2009   January 2010   February 2010   March 2010  

This page is powered by Blogger. Isn't yours?

Recent Posts