The evolution of antievolution policies after Kitzmiller v. Dover
(Update: paper preprint and bonus material available free here)
It is 7 am in Australia, but this is finally out on Thursday afternoon in the U.S....just in time for the tenth anniversary of Kitzmiller v. Dover! I will do a longer post a little later, but for now - be sure to check out the Supplemental Material!
Matzke, Nicholas J. (2015). "The evolution of antievolution policies after Kitzmiller v. Dover. Science, Published online Dec. 17, 2015. (http://www.sciencemag.org/content/early/2015/12/16/science.aad4057.abstract | http://dx.doi.org/10.1126/science.aad4057)
See also: PDF of character maps for characters 1-111 of the Matzke (2015) phylogeny of antievolution bills. These are the presence-absence characters; there are more characters but in a larger file, we'll see how PT handles this one first
41 Comments
Ray Martinez · 17 December 2015
Creationism, whatever variety, became unconstitutional after the rise of evolution in science, higher education, and law. Only in the 20th century did judges "suddenly see" the Constitution as reflecting their bias.
Nick Matzke · 17 December 2015
Study tracks the evolution of pro-creationism laws in the U.S. LA Times:
http://www.latimes.com/science/sciencenow/la-sci-sn-evolution-of-creationism-in-schools-20151217-story.html
Sylvilagus · 17 December 2015
Congratulations! Brilliant approach to legal analysis. Were you inspired by the "cdesign proponentsists" phylogeny?
I can't stop chuckling at the awesome methodology combined with the inherent humor in demonstrating the intentionally obscured creationist origins of legal texts via evolutionary analytics.
Doesn't get much better than this.
Sylvilagus · 17 December 2015
Oh, and not to mention the title: the evolution of anti evolution. Gotta love it.
DS · 17 December 2015
So these yahoos are completely busted. We don't need no stinkin cdesignproponists, we can demonstrate the relationships between the different bills and thus their theological underpinnings using basic evolutionary theory. Cool.
Of course they could defeat this strategy by just developing legislation independently using original thinking and creativity instead of just blindly copying and pasting previously used crap. Oh who am I kidding? If they were smart enough to do that, they would already realize that were wrong.
TomS · 17 December 2015
I think that this method is significant beyond its application to this example case.
John Harshman · 17 December 2015
Paywalled, unfortunately. Was there much reticulate evolution?
Yardbird · 17 December 2015
Ray Martinez · 17 December 2015
Dr GS Hurd · 17 December 2015
Congratulations! You are getting a lot of press mentions already.
Ray Martinez · 17 December 2015
Ray Martinez · 17 December 2015
Ray Martinez · 17 December 2015
Yardbird · 17 December 2015
Michael Fugate · 17 December 2015
Ray, does any one in the US government stop you from going to church?, reading the Bible?, writing and publishing religious literature? Please let us know if anyone does, so we can contact the ACLU and they can stop the government from violating your 1st amendment rights. I would be happy to help you out in any of those cases.
harold · 17 December 2015
Nick Matzke · 17 December 2015
John Harshman · 17 December 2015
MichaelJ · 17 December 2015
Also the fact that the creationists have given up actually challenging science and just trying to indoctrinate kids. They are probably paying more for lawyers than they are investing in their own science
If Creationism is real science why not get Liberty University to start offering degrees in the various science streams. They start pumping out creation biologists and creation geologists by the bucket load and produce hundreds of papers that challenge accepted science. Instead we have Behe at a University that has disowned him and Dembski turning his back on ID to do other things.
The only reason they don't is that deep down they know that it is all snake-oil and the only ones who might accept it is the kids.
Nick Matzke · 17 December 2015
Independent event: Eric Rothschild podcast on Kitzmiller v. Dover: https://soundcloud.com/penn-arts-sciences/kitzmiller-v-dover-podcast
Joe Felsenstein · 17 December 2015
I suggest that Nick's analysis of the "horizontal meme transfer" of blocks of language in the bills is very conservative. Reading the Supplementary Materials to the paper, which I can do as my university subscribes to the online version of Science, I see that each such feature was coded as two states (absent and present, so in effect 0 and 1), or else as just a few states. The probabilistic model used for the likelihoods was the Mk1 model, which envisages symmetrical change among these few states. This means that parallel acquisition of the same block of text in two different lineages is quite possible.
In real life, it is very unlikely that two identical blocks of text will arise independently. If we see "to be or not to be, that is the question", we pretty well know that this block of text originated with Shakespeare. It is extremely unlikely that someone who never heard of Shakespeare dreamed it up on their own.
So in concluding for copying between bills, Nick is making a very, I would say overly, cautious inference.
Have I got this right, Nick?
Dale · 17 December 2015
Scott F · 17 December 2015
Forgive me, the non-biologist, non-scientist here. I think I understand the series of trees presented. I suspect that the primary "tree" is the "best fit" for all of the various "Character" traits, with the presence and "inheritance" of each "Character" represented in a separate instance of the tree.
But in your various trees, what do the alpha-numeric codes at the "leaves" represent? Is there a translation table somewhere? And, are the "Characters" described somewhere else?
Thanks.
Robert Byers · 17 December 2015
These court decisions are anti-creationism. They are purposed to censor creationism. Creationism is not nti evolution TEACHING in schools. just equal time until they are discredited and then rid of.
I think the ID revolution with YEC and the general public awareness of state control on information or truth of origin subjects makes bugger, funner, juicier court cases on science censorship a good thing to bring about.
Asking lawyers in black robes what science is just a waste of time.
It should be about the moral and legal rights to tell the truth on any subjects dealing with the universe WHERE the subject is being discussed.
Censorship of ideas is opposite to a free people and nation. Ideas about God and Christian doctrines being censored is absurd.
REALLY!!!
Yes evolution would struggle to compete before students in some curve on the graph but thats too bad.
YES I think a bigger court case is on the horizone.
YES celebrate this court decision as it brings up the issue of court decisions.
Stoke the fire indeed. ID brings it up with expection it suits them.
Mpre cases please, We are creationists.
Nick Matzke · 17 December 2015
Nick Matzke · 17 December 2015
Erik Möller · 17 December 2015
Nick, this is important work. Are you allowed to self-publish an online copy? If not, is it worth considering publishing in an open access journal next time? I saw this referenced on Vox, but their summary leaves a lot to be desired.
Nick Matzke · 17 December 2015
Rolf · 18 December 2015
I. Hadi · 18 December 2015
The DI has responded with in their usual manner - disregarding the actual claims made in your article, Nick, and charging you with grants misappropriation. Laughable.
http://www.evolutionnews.org/2015/12/did_nick_matzke101761.html
Matt G · 18 December 2015
Hey Discovery Institute, instead of trying to sue and legislate your way into the science classroom, why not do some research and publish your way in? You know, the way *we* do it.
eric · 18 December 2015
TomS · 18 December 2015
There is a report in Scientific American blog which refers to this as "tongue in cheek, or rather panda's thumb in creationist's eye".
Scott F · 19 December 2015
Forgive me, but I know practically nothing about phylogenic analysis, and absolutely nothing about the details, and seem to have no access beyond the basic "abstract" of Nick's paper. Perhaps if you'll permit me to put it into my own words, to make the abstract and (to the layman) obscure statistical techniques more comprehensible.
I then have a couple of questions.
My rudimentary understanding is that you have in hand a bunch of objects that you believe may or may not be related to each other through a hierarchical ancestral tree structure. The intent of the analysis is to see if this assumption is correct, and to see if it is possible to identify the structure of that branching tree and measure (to some extent) the "relatedness" of the objects in hand. This kind of analysis is often performed on biological "objects", but can be applied to any "objects" that may be related to each other.
The basic method is that one first identifies a set (or multiple sets) of "characters", features of the objects that may be related, or may have similar morphology or function, but that may differ to some extent from object to another: color, shape, texture, function, etc.
The results of this analysis is a tree structure, showing the relationship (or the sense of "relatedness") among the objects being analyzed. The result is typically a tree structure, not because of any preconceived or biased assumptions in the analysis, but because that is typically what the data actually shows. Presumably, if there was more than a single "root" to the tree, if one subset of the objects was not related to the others in any way, then this type of analysis would show that. That is, the results might end up being several rooted trees, or a whole orchard of trees. Presumably there is also a full set of numbers behind these trees, showing the "confidence" or "uncertainty" in the various branches of the tree. (One seldom sees "confidence" levels attached to these trees, but I assume that they exist.) Also, presumably, if the data is ambiguous enough, the analysis might generate more than one possible tree structure, but the one with the highest "confidence" level is the one presented.
My understanding is that one would like to test these data analysis methodologies, in order to see if they actually produce what they purport to produce. To that end, one would like to take a set of objects whose historical roots and relationships are known prior to the analysis. Then, apply the methodology: choose and measure the set of "characters", construct the model (or whatever it is you do), run the analysis, compare to known results, then tweak the process until the two agree. Hopefully, if the "modeling" is good and the analysis sounds, then the results ought to compare well to the known history of the objects. In the best case, in addition to validating the tools, the analysis should also be able to provide new insights into the known sample "objects", allowing one to infer relations that were not previously "obvious".
I presume that is what was done in this case. As Nick describes, there is a relatively new variation on the existing methodology (within the past year or so?), and it would be well worth while to test this new analysis technique on a known set of objects, in order to confirm the validity of the methodology. In this case, the chosen set of objects was the various anti-science bills in the various state legislatures, over the recent past.
Is that a fair, though exceedingly rudimentary summary?
If so, I have a couple of questions.
Can the analysis methodology identify more than a single "tree", if the two subsets of objects are indeed unrelated? Or will the methodology always produce a tree, perhaps with branches of low "confidence"? Or is there any difference between "separate trees" and branches with low "confidence"?
Is there an assumption that all of the objects in question are indeed "leaves" of the tree? All pictures of these trees that I've seen, seem to suggest so, as all of the identified objects appear at the far right of each branch.
Expressed another way, does the analysis methodology allow one to place one of the objects *on* one of the branches, rather than at a leaf? That is, can the analysis identify a "direct ancestor" to a "leaf" object? I presume that perhaps the "direct ancestor" relationship might be represented by the pattern of branches for "b2013 MO HB179", "⦠HB1587", and "⦠HB486". This pattern appears to show a "least common ancestor", but in the case of HB486 and HB1587, the latter shows no variation from the "least common ancestor", suggesting that HB1587 is (for all practical purposes) as close to a "direct ancestor" of HB486 as the analysis method can suggest.
Is that a fair reading of the data?
Thank you for your patience.
Henry J · 19 December 2015
I'd think that to determine direct ancestry, one would need sufficient DNA samples of the objects in question to do paternity tests on those samples. When talking about a fossil, that doesn't seem likely.
John Harshman · 19 December 2015
Scott F · 19 December 2015
John Harshman · 20 December 2015
Scott F · 20 December 2015
Nick Matzke · 24 December 2015
Scott F · 2 January 2016