wre00003.htm, by Wesley R. Elsberry


00000046.txt


 From source file wre_to.txt
From: welsberr (Wesley R. Elsberry)
Message-Id: <9507071230.AA01345@ORCA.TAMU.EDU>
Newsgroups: talk.origins
Subject: Re: U. of Ediacara: Request for Information
References: <3TG6IU$EVU@DECAXP.HARVARD.EDU> 
Organization: Dept. of Wildlife and Fisheries Sciences, Texas A&M University
Apparently-To: welsberr

In article ,
Steve Price  wrote:
>> And why is there such respect for janitors? 

 SP>They clean up after our visits to The Panda's Thumb, and they also
 SP>to covert work in the Gish building, such as sticking bars of magnesium
 SP>in the toilets and flushing.   :)

You have to respect anybody so safety conscious as to engage in the
dull pastime of flushing magnesium bars.  That way, you can save up
your contumely for those folks who practice flushing sodium bars.



From welsberr  Fri Jul  7 15:54:34 1995
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00000047.txt


 From source file wre_to.txt
From: welsberr (Wesley R. Elsberry)
Message-Id: <9507072054.AA02087@ORCA.TAMU.EDU>
Newsgroups: talk.origins
Subject: New SciCre Quote fodder (was Re: life and fetuses)
References: <3SD9BU$DMK <3T1PAG$OKS@NEWS.BU.EDU>  <3TJNCL$4G8@NEWS.BU.EDU>
Organization: Dept. of Wildlife and Fisheries Sciences, Texas A&M University
Apparently-To: welsberr

I can see it now... as it will appear soon in Acts and Facts or
something like that...



In a startling statement today, Chris Colby announced his belief that
speciation does not occur.  Colby is a biologist working on advanced
topics in genetics, including "adapted mutagens".  Colby is also dean
of the virtual university of the talk.about.origins newgroup, the
University of Eddie Acaro.  So, the following statement is even more
telling given Colby's expert background and his usual anti-creationist
stance.  While discussing abortion, Colby stated, "A fetus from
species X is going to develop into an adult of species X and not any
other species."  Obviously, Colby has shown again that the evolutionist
strategy of extrapolating the conservative processes of microevolution
to macroevolution is unwarranted and false.  This shows that Colby
confirms what we've been saying all along.



Ha ha, only serious.



From welsberr  Fri Jul  7 16:14:53 1995
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00000048.txt


 From source file wre_to.txt
From: welsberr (Wesley R. Elsberry)
Message-Id: <9507072114.AA02316@ORCA.TAMU.EDU>
To: trott@gandalf.rutgers.edu
Subject: Gish/Trott
Newsgroups: talk.origins
In-Reply-To: <3TJHLR$H21@GANDALF.RUTGERS.EDU>
Organization: Dept. of Wildlife and Fisheries Sciences, Texas A&M University
Cc: welsberr

Some SciCre-ist has trotted out Gish's response to your article,
and Gish's response to Carnell, as part of his attempt to overload 
the FidoNet backbone carrying the Evolution Echo with SciCre 
quotes, pamphlets, and other folderol.

If you have your original and reply-to-reply handy, could you email
those to me for posting back at him?

Thanks,

Wesley


-- 
Wesley R. Elsberry wre2889@tam2000.tamu.edu | Central Neural System BBS
4160 Pirates' Beach, Galveston, TX 77554    | FidoNet 1:386/385  409-737-5222
Student in Wildlife & Fisheries Sciences    | Artificial neural networks,
http://www.rtis.com/nat/user/elsberry/      | evolution, AI, GAs, Alife, & more


From welsberr  Fri Jul  7 16:34:17 1995
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00000049.txt


 From source file wre_to.txt
From: welsberr (Wesley R. Elsberry)
Message-Id: <9507072134.AA02448@ORCA.TAMU.EDU>
Newsgroups: talk.origins
Subject: Re: Need for an aging process
References: <3TJVAM$CRG@FALCON.NS.NET>
Organization: Dept. of Wildlife and Fisheries Sciences, Texas A&M University
Apparently-To: welsberr

In article <3TJVAM$CRG@FALCON.NS.NET>, Ron Meisenheimer  wrote:
 RM> My own training is far removed from biology and evolution.
 RM> So I admit up-front that I'm very, very, naive on the 
 RM> subject.  

 RM> A cursory examination of the various FAQ's 
 RM> reveals nothing about why an aging process is an 
 RM> advantage for all species.

 RM> But from my own lousy background in the subject, 
 RM> it must be an advantage, or we wouldn't age at 
 RM> all.  Certainly, not all species would age, unless
 RM> an aging process conferred a very strong advantage.

 RM> Awaiting your flames, while acknowledging my own 
 RM> ignorance (to say nothing of my own laziness at 
 RM> not looking it up in the many available texts), 
 RM> why do we age?

 RM> Approaching 50 and scared,

Senescence is the term to look up when you do go looking.

One explanation is that the reproductive potential of organisms
is mainly concentrated in their earlier life.  Genes contributing
to senescence thus are less strongly selected against.

Medawar, P.B. 1957. The uniqueness of the individual.  Methuen, London.

Williams, G.C. 1957. Pleiotropy, natural selection, and the evolution
of senescence.  Evolution 11:398-411.

Hamilton, W.D. 1966. The moulding of senescence by natural selection.
J. Theoret. Biol. 12:12-45.

Emlen, J.M. 1970. Age specificity and ecological theory.  Ecology
51:588-601.

Bibliography from Pianka's "Evolutionary Ecology".



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0000004a.txt


 From source file wre_to.txt
From: welsberr (Wesley R. Elsberry)
Message-Id: <9507072319.AA02824@ORCA.TAMU.EDU>
Newsgroups: talk.origins
Subject: Re: Remedial Theoretical Biology for Larry
References: 
Organization: Dept. of Wildlife and Fisheries Sciences, Texas A&M University
Apparently-To: welsberr

Trn asks,

  Are you absolutely sure that you want to do this?

before allowing a followup article edit.  I'm pretty sure that 
I don't *want* a part of a Moran/Weiner discussion, but I'm
also sure that I'd probably regret not having said anything more.

In article ,
L.A. Moran  wrote:

 LM> ON THE MEANING OF THE WORD "OPTIMIZATION"

[non-topical stuff deleted]

 LM> I have thought about the connection between evolution and
 LM> optimization. Part of the problem here is Matthew's confusion over
 LM> the term "optimization".  I believe that natural selection acts on
 LM> individuals within a population.  Individuals that are more fit have
 LM> a better chance of passing on their genes to future generations.
 LM> This eventually leads, at least in some cases, to populations that
 LM> are better adapted to their environments than their ancestors.

 LM> In this sense "optimization" is being used as a synonym for
 LM> adaptation or "survival of the fittest". However, the word
 LM> "optimization" implies the best possible solution to a problem. 

This is something that I've looked into as well.  My sources have
been researchers dealing with optimal foraging theory, though,
and those do indicate a different use in biology from what is
found in engineering.  OFT uses optimal in the sense of "best
within a set of constraints".  The constraint of contingent 
history of descent is an example.

 LM> In this sense the word is badly chosen since the fittest individuals
 LM> are not necessarily those that have come up with the best possible
 LM> theoretical solution. 

Since that isn't the usage that the biologists I've looked into apply,
the point is arguable.  I note some of the quoted arguments appear
below.

 LM> If this were the case then it would imply that evolution, in
 LM> general, is directed toward some ultimate goal; namely, the optimal
 LM> solution to all adaptation problems.  In fact, living organisms are
 LM> more like Rube Goldberg machines - they work well (ie. are fit) but
 LM> they are not the sorts of things that one might design from scratch
 LM> as the optimal solution.

A given, but somewhat strawlike in flavor.

 LM> In my opinion there is a connection between biological evolution and
 LM> natural selection. Natural selection is one of the mechanisms that
 LM> explains evolution.  Furthermore there is a connection between
 LM> evolution and fitness. Fitness is what is selected by natural
 LM> selection; thus, in some cases, evolution will lead to organisms
 LM> that are more fit. The connection between selection for fitness and
 LM> optimization is much less clear. In some cases organisms may have
 LM> stumbled upon the best possible solution to a problem but in other
 LM> cases their solutions are far from optimal. I suggest that Matthew
 LM> drop the term "optimization" and substitute "adaptation". If he
 LM> wishes to make the point that some adaptations are optimal then I
 LM> won't argue with him.

 LM> This seems to be a situation where Matthew is unaware of the
 LM> background of theoretical biology related to use of the word
 LM> "optimization". He accuses me of not thinking about the problem or
 LM> understanding it. He seems to believe that all thinking biologists
 LM> would agree with him therefore his beliefs are "common knowledge"
 LM> and not debatable. I must be an idiot to even question his
 LM> authority.

 LM> Here's an example of the controversy, taken from _The Extended Phenotype_
 LM> by Richard Dawkins (a theoretical biologist).

 LM>      "Bitter experience warns that a biologist who shows a strong 
 LM>       interest in functional explanations is likely to be accused,
 LM>       sometimes with a passion that startles those more accustomed
 LM>       to scientific than ideological debate (Lewontin 1979a), of
 LM>       believing that all organisms are perfectly optimal - accused
 LM>       of being an 'adaptionist' (Lewontin 1979a,b, Gould and
 LM>       Lewontin 1979). Adaptionism is defined as 'that approach to
 LM>       evolutionary studies which assumes without further proof
 LM>       that all aspects of morphology, physiology and behaviour
 LM>       of organisms are adaptive optimal solutions to problems'
 LM>       (Lewontin 1979b)." (Chapter 3)

 LM> I don't know whether Matthew is guilty of the adaptionist fallacy
 LM> but at times it certainly sounds like it. What I do know is that he
 LM> is treading on dangerous ground and he refuses to admit that there
 LM> might be a problem.

The adaptationist fallacy is that one interprets *all* features
as having been molded by adaptation, and thus the use of the
buzzphrase, "Panglossian paradigm", in referring to it.  I haven't
noticed anything like that in Matthew's articles.

In other words, the quote and commentary appear to be a non
sequitur.

 LM> Later on in Chapter 3 of _The Extended Phenotype_ Dawkins writes,

 LM>      "On the other hand 'optimizing' is also an unfortunate word
 LM>       because it suggests the attainment of what an engineer [or
 LM>       a computer scientist? - LAM] would recognize as the best
 LM>       design in a global sense. It tends to overlook the constraints
 LM>       on perfection that are the subjects of this chapter. In many
 LM>       ways 'meliorizing' expresses a sensible middle way between
 LM>       optimizing and satisfying. Where 'optimus' means best, 'melior'
 LM>       means better. The points we have been considering about
 LM>       historical constraints, about Wright's adaptive landscapes
 LM>       and about rivers following the line of immediate least resistance,
 LM>       are all related to the fact that natural selection chooses the
 LM>       better of present available alternatives. Nature does not have
 LM>       the foresight to put together a sequence of mutations which,
 LM>       for all that they may entail temporary disadvantage, set a
 LM>       lineage on the road to ultimate global superiority. It cannot
 LM>       refrain from favouring slightly advantageous available mutations
 LM>       now, so as to take better advantage of superior mutations which
 LM>       may arrive later. Like a river, natural selection blindly
 LM>       meliorizes its way down successive lines of immediately available
 LM>       least resistance. The animal that results is not the most perfect
 LM>       design conceivable, nor is it merely good enough to scrape by.
 LM>       It is the product of a historical sequence of changes, each one
 LM>       of which represented, at best, the _better_ of the alternatives
 LM>       that happened to be around at the time."

I haven't seen that phrase before; I may change my mind about the utility
of "optimization" in discussion of biology.  However, I'll have to give
that some thought.  When the choice is between "optimize" and 
"satisfice", though, I can state categorically my preference for
optimize, and when I get more time, I can even give you my reasons
for that preference.

 LM> I do not know whether Matthew agrees with Dawkins but chooses to use
 LM> the word 'optimization' in a different sense or whether he disagrees
 LM> with Dawkins (and others) and thinks that evolution optimizes.
 LM> However, judging by his comments in this tread, it seems clear that
 LM> he is unaware of the controversial nature of his terminology. He has
 LM> not slowed down to think about it or understand it. He has not
 LM> demonstrated that his knowledge of theoretical biology matches his
 LM> arrogance.

Has anybody?

 LM> But there is yet another sense in which Matthew's use of the word
 LM> "optimization" leads to confusion. Matthew talks about an
 LM> optimization strategy or the solution to optimization problems. Here
 LM> I think he means something different than what I have described
 LM> above. When he refers to an "optimization strategy" I think that he
 LM> means a mechanism of evolution and not adaptation. He seems to be
 LM> claiming that there has been selection for a biological process that
 LM> will enable organisms to efficiently evolve by natural selection. In
 LM> the particular case that we are discussing, Matthew claims that
 LM> there has been selection for differential rates of mutation in
 LM> leading and lagging strands because this is a better strategy for
 LM> evolution (=optimization?) in the long term. In other words living
 LM> organisms, according to Matthew, are doing the same thing that
 LM> computer scientists are doing when they play with genetic
 LM> algorithms. They are trying to find the best algorithms for reaching
 LM> a pre-determined goal as fast as possible.

I haven't seen Matthew impute either consciousness or even 
anthropomorphize evolution, but maybe I just hadn't paid close
enough attention to the previous posts.  In other words, superior
strategies for variation are just as susceptible to the action of
natural selection as, say, size at maturity.  I don't think that
Matthew has said anything more reaching than that.
  
 LM> I don't accept this. If Matthew wishes to continue this discussion
 LM> then I would urge him to reserve the word "optimization" for this
 LM> particular meaning. We could then discuss whether there is selection
 LM> for an optimization strategy without getting confused about whether
 LM> evolution always leads to adaptation and whether all adaptations are
 LM> optimal.

I don't recall Matthew inserting these last two items into the 
discussion.  Perhaps I didn't catch that part of the thread. 
Could you repost his statements that make you think he argues
about either one or both issues?

Mayr discusses natural selection as an optimizing process,
albeit a very special one (paraphrase), in TaNPoB.

[...]

 LM> This is the point that I want to debate. I maintain that selection
 LM> for an optimization strategy wasn't in the syllabus. It doesn't
 LM> happen.

*That's* a far more reaching claim than anything that I've seen
Matthew advance here.  

 LM> Note that neither Matthew (nor Wada ae al.) have offered any
 LM> explanation concerning how natural selection or genetic drift could
 LM> produce organisms that are better at evolving when times get bad.
 LM> How would such optimization strategies become fixed in a population
 LM> to begin with? Matthew assumes that, at some point in the past there
 LM> was an organism that had this superior optimization strategy and
 LM> others that did not (by chance?). Somehow this superior optimization
 LM> stategy became fixed in the population. Then something happened and
 LM> the only species that survived was the one that had evolved a
 LM> superior strategy for evolving. I have to assume that either Matthew
 LM> (and Wada et al.)  don't understand the commonly accepted mechanisms
 LM> of evolution or that they are suggesting a different (unknown)
 LM> mechanism that acts at the level of the future good of the species
 LM> rather than the here-and now good of the individual.[*]  This is
 LM> equivalent to group selection or species evolution, another
 LM> controversial topic (and the subject of a separate posting).

On the one hand, you rightly point out that claims of selection of
strategies doesn't mean much without evidentiary support.  But on
the other hand, it would seem that claims of no selection of 
strategies without evidentiary support is equally fallacious, or
perhaps even more so, since the claim of selection is an 
existential claim, but the claim of no selection is a universal
claim.

[*] Why is a superior state dependent strategy for variation any
less a plus in the here-and-now for an individual's reproductive
success than, say, a superior state dependent food-gathering
strategy?  I don't think that you've established the link between
your premise and your conclusion here.

[lots of stuff deleted]

I'm late for volleyball on the beach, so I'm cutting this short.
[Do you blame me?  ;-) ]

I think both of you could lose 50% of your posts (the parts that
are devoted to counting coup) and have a much better discussion
for it.  I attribute some of your lapses from straight-ahead
argumentation above to that motivation.  

OK, I'm ready for torching.  You may set your flame-thrower to
"flambe'"...



From welsberr  Fri Jul  7 23:34:52 1995
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0000004b.txt


 From source file wre_to.txt
From: welsberr (Wesley R. Elsberry)
Message-Id: <9507080434.AA03191@ORCA.TAMU.EDU>
Newsgroups: talk.origins
Subject: Jargon: genome (was Re: 2nd law of thermo and evolution)
References: <173C3239CS86.SWBURT0@UKCC.UKY.EDU> <3SLF5A$8J0@HELOTRIX.DEFCEN.GOV.AU> <3SMBA4$H84@KRUUNA.HELSINKI.FI> 
Organization: Dept. of Wildlife and Fisheries Sciences, Texas A&M University
Apparently-To: welsberr

In article ,
Wade Hines  wrote:

[...]

 WH> Yet need not Kurt be more specific? If he means the exact genome
 WH> of one well adapted creature versus the exact genome of one less
 WH> well adapted creature the point holds (given same # bases) but the
 WH> general case of a genome that is good versus some geneome that is
 WH> less good is roughly equivalent to a royal flush versus a straight
 WH> flush and there is a difference. There is no difference between
 WH> the royal flush of spades and the straight flush of the 6-10 of
 WH> diamonds.

As a only-sometime card player who hasn't taken up poker, I fear
that the above analogy goes right by me.  Could you explain what
you mean in terms of loci, alleles, or base pairs?

A point of jargon arises.  Both Strickberger and Suzuki/Griffiths/
Lewontin indicate that genome is essentially equivalent in meaning
to genotype.  Yet quite a lot of modern usage would give genome 
a distinct population flavor, as in "human genome project".  Is
this a case of overloading, or is some other terminology (perhaps
gene pool?) preferred for reference to the genetic complement of
a population or species?



9507080.mai: Date: Sat, 8 Jul 95 18:26:53 CDT


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0000004c.txt


 From source file wre_to.txt
From: welsberr (Wesley R. Elsberry)
Message-Id: <9507082326.AA05639@ORCA.TAMU.EDU>
Newsgroups: talk.origins
Subject: Re: Information Entropy = Thermodynamic Entropy
References: <805206358.24608@IMP.DEMON.CO.UK>
Organization: Dept. of Wildlife and Fisheries Sciences, Texas A&M University
Apparently-To: welsberr

In article <805206358.24608@IMP.DEMON.CO.UK>,
Philip Dorrell  wrote:

 PD> In all the recent discussions on the 2nd law and evolution and the
 PD> entropy of the genome (which originate from a post of mine I
 PD> think) there seems to be a general belief that informational
 PD> entropy and thermodynamic entropy are unrelated.

Perhaps because they aren't?

 PD> Thermodynamic entropy is a property of a given state of a system,
 PD> whereas informational entropy is a property of a probability
 PD> distribution of possible states of a system.

 PD> How can these two ideas be related ? They are related by choosing
 PD> some variable that is a function F of the system state S, and
 PD> defining the thermodynamic entropy of the state with value F(S) to
 PD> equal the information entropy of a probability distribution, where
 PD> the probability is zero for all states with the function value
 PD> F(s) not = F(S) and uniform for all states s, F(s) = F(S). Let N
 PD> equal the total number of possible states, and n(F(S)) the number
 PD> of states s with F(s) = F(S).

 PD> Then the informational entropy of a state S with function value F(S) is

 PD> - sum (p log p) = -n * 1/n log 1/n = -log 1/n = log n = constant +
 PD> log n/N = log probability that value is F(S) = thermodynamic
 PD> entropy (last equation as per Boltzmann).

Congratulations.  You have created a mapping from the IE equation
to the TE equation.  However, that is a trivial example of what
functions do.  The problem lies in the demonstration that your new
mapping also demonstrates the *other* properties of thermodynamic
systems.  That didn't seem to be covered in your post.

 PD> This analysis implies that the meaning of the thermodynamic
 PD> entropy of a system depends on the function F, i.e. the
 PD> macroscopic variable that you choose to measure. 

You defined it that way, so this isn't an "analysis".  Your
choice of fitness as a macroscopic variable is an interesting
one.

 PD> For example for 2
 PD> cylinders of gas with a known total energy, it might be the
 PD> difference between the temperatures, i.e. T1 - T2.  The value of
 PD> T1-T2 with highest probability = 0 which corresponds to
 PD> thermodynamic equilibrium. But you could choose some different
 PD> function.

 PD> So when I talk about the entropy of the genome, I am defining F to
 PD> be fitness.  If you pick F to be something else (as a lot of
 PD> posters keep doing), then ofcourse you will prove that fitness
 PD> does not relate to entropy.

Even if I examine things your way, I can demonstrate that fitness
does not relate to entropy, or even Philip Dorrell Entropy.

Let me see what the result is, then.  A population of organisms in
is sampled.  Truth and begorra, fit individuals outnumber unfit
individuals, and the F(S) for various fit genotypes will have high
probabilities, and thus high "Philip Dorrell Thermodynamic
Entropy" (PDTE) values.  This is looking pretty good...

But wait, somehow the environment changes, and now certain variants
within the population have high differential reproductive success.
The population, though, is much larger than the new set of highly
fit individuals.  The F(S) of the genotypes of the high fitness
individuals now is low, and so is their PDTE.  Comparing the PDTE
across states S now may confound high fitness individuals with 
low fitness individuals that were outside the original fitness
distribution.  It doesn't look like the PDTE necessarily relates
to fitness, even if F is defined as you relate above.  The big
problem appears to lie in the mapping process: the probability
distribution that F embodies is assumed to track fitness, rather
than actually doing so.

Can the PDTE with F(S) measure be salvaged by prefacing it with
the caveat that it can only be applied to populations in
Hardy-Weinberg equilibrium?  Does the PDTE actually follow the
various laws of thermodynamics?  That's the set of issues for
you to tackle in a response.

 PD> If you want to define entropy as the integral of Q/t (heat flow /
 PD> temperature) for reversible processes, then you need to consider
 PD> reversible processes that increase or decrease the fitness of a
 PD> genome, and these processes must involve the processes of natural
 PD> selection, that is reproduction (more the better) and death (less
 PD> the better). So one must analyse the thermodynamic reversibility
 PD> of death and reproduction. Of course these processes aren't
 PD> reversible in the real world, but one can do a thought experiment
 PD> considering what would happen if they were reversible, which is
 PD> what my Web page does.

Does your web page provide the demonstration that PDTE follows the
law of thermodynamics that is missing from your post?



9507090.mai: Date: Sun, 9 Jul 95 00:08:46 CDT


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0000004d.txt


 From source file wre_to.txt
From: welsberr (Wesley R. Elsberry)
Message-Id: <9507090508.AA05962@ORCA.TAMU.EDU>
To: cust_ts@cc.Helsinki.FI
Subject: Re: Remedial Theoretical Biology for Larry
Newsgroups: talk.origins
In-Reply-To: <3TLUQ9$3HF@KRUUNA.HELSINKI.FI>
References:  <3TKFEN$RB9@NEWS.TAMU.EDU>
Organization: Dept. of Wildlife and Fisheries Sciences, Texas A&M University
Cc: welsberr

In article <3TLUQ9$3HF@KRUUNA.HELSINKI.FI> you write:
>In the true spirit of pedantry: 
>
>In article <3TKFEN$RB9@NEWS.TAMU.EDU>,
>Wesley R. Elsberry  wrote:
>>Trn asks,
>>
>>  Are you absolutely sure that you want to do this?
>>
>>before allowing a followup article edit.
>
>No, 'Pnews' does that.
>
>(Do I get a point? Do I get a point?)
>
>>Wesley R. Elsberry wre2889@tam2000.tamu.edu | Central Neural System BBS
>-- 
>Tero Sand, 2 kyu (4k*)		! "We have become... the stewards of life's
>				! continuity on Earth. We did not ask for this
>EMail: cust_ts@cc.helsinki.fi	! role, but we cannot abjure it. We may not be
>       custts@cc.helsinki.fi	! suited for it, but here we are." -S.J. Gould

I use trn.  I followup to an article.  The quoted question appears.
trn doesn't tell me that it called Pnews.  Mea culpa.



-- 
Wesley R. Elsberry wre2889@tam2000.tamu.edu | Central Neural System BBS
4160 Pirates' Beach, Galveston, TX 77554    | FidoNet 1:386/385  409-737-5222
Student in Wildlife & Fisheries Sciences    | Artificial neural networks,
http://www.rtis.com/nat/user/elsberry/      | evolution, AI, GAs, Alife, & more


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0000004e.txt


 From source file wre_to.txt
From: welsberr (Wesley R. Elsberry)
Message-Id: <9507091646.AA06819@ORCA.TAMU.EDU>
To: drewd@cc.gatech.edu
Subject: Re: Need for an aging process
Newsgroups: talk.origins
In-Reply-To: <3TOTVT$OKJ@TERMINUS.CC.GATECH.EDU>
References: <3TJVAM$CRG@FALCON.NS.NET> <3TK98P$OBA@NEWS.TAMU.EDU>
Organization: Dept. of Wildlife and Fisheries Sciences, Texas A&M University
Cc: welsberr

Good points.  I'll try to remember them the next time senescence comes
up.

Wesley
... still waiting for the Moran/Weiner axe to fall...

;-)



-- 
Wesley R. Elsberry wre2889@tam2000.tamu.edu | Central Neural System BBS
4160 Pirates' Beach, Galveston, TX 77554    | FidoNet 1:386/385  409-737-5222
Student in Wildlife & Fisheries Sciences    | Artificial neural networks,
http://www.rtis.com/nat/user/elsberry/      | evolution, AI, GAs, Alife, & more


From welsberr  Sun Jul  9 12:03:51 1995
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0000004f.txt


 From source file wre_to.txt
From: welsberr (Wesley R. Elsberry)
Message-Id: <9507091703.AA06894@ORCA.TAMU.EDU>
Newsgroups: talk.origins,alt.fan.publius
Subject: Re: Evolution and Entropy
References: <3TBBRE$CQK@NEWS.GLOBALONE.NET> <3TJPCQ$1V3U@SEMINOLE.GATE.NET> 
Organization: Dept. of Wildlife and Fisheries Sciences, Texas A&M University
Apparently-To: welsberr

Batgroup deleted.  Our news server doesn't know about it, anyway.

I seem to have missed the Publius' original post...

In article ,
Dan Breslau  wrote:
>publius@news.gate.net (Publius) writes:

 DB>[ ... ]
 P>  Knowing what I know of the Second Law of
 P>  Thermodynamics, I would conclude that Entropy (if it can be
 P>  said,figuritively,that it has an attitude) abhors Life and
 P>  would, if it could, eliminate Life and reduce all matter to
 P>  the passive state it favors. What is acting here is a "Will"
 P>  that keeps Entropy at bay and is nowhere factored into all
 P>  these Evolutionary Theories.  PUBLIUS

 DB>This explains why Pooby has kept his brain so amazingly free
 DB>of entropy.

In any case, Publius has got the situation bass-ackwards.  Life is
entropy's scheme for going into "fast forward".  Life, so to speak,
is a means of generating a lot more entropy more quickly.  I forget
which textbook I saw it in, but some biology text had a cool 
introductory paragraph that described life as an "illness" of non-
equilibrium systems.



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 From source file wre_to.txt
From: welsberr (Wesley R. Elsberry)
Message-Id: <9507091725.AA06959@ORCA.TAMU.EDU>
Newsgroups: talk.origins
Subject: Re: t.o haiku
References: <3TOQNS$71O@NEWS.ND.EDU>
Organization: Dept. of Wildlife and Fisheries Sciences, Texas A&M University
Apparently-To: welsberr

In article <3TOQNS$71O@NEWS.ND.EDU>,
scharle  wrote:
 TS>Not any theory
 TS>Not a bit of evidence
 TS>Creationism

 TS>If we are from apes
 TS>Why are there still apes around?
 TS>Bush not a ladder

 TS>    (Please excuse my ineptness, these are my
 TS>first attempts at haiku.)

Shouldn't the last be more like,

I acquaint haiku
To me with these lines of verse
Novelty to me.

or

It's execrable
But I thought I would try it
Please give your pardon.

[This last is for me
Novice at the form I am
Uncreative stone.]

And just for obligatory topicality...

Siliconized bone
Disequilibrium is
Who can answer it?

;-)

OK, I'm done now.
You can try to wipe it out
Of your memory.



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00000051.txt


 From source file wre_to.txt
From: welsberr (Wesley R. Elsberry)
Message-Id: <9507091729.AA07018@ORCA.TAMU.EDU>
To: rmg3@access5.digex.net
Subject: Re: Ice formation was Re: Help with Creationist (please!)
Newsgroups: talk.origins
In-Reply-To: <3TOU2M$IVF@ACCESS5.DIGEX.NET>
References: <3TKTD2$7J1@NEWSBF02.NEWS.AOL.COM>  
Organization: Dept. of Wildlife and Fisheries Sciences, Texas A&M University
Cc: welsberr

In article <3TOU2M$IVF@ACCESS5.DIGEX.NET> you write:
>In article ,
>occur at useful (for cloud icing and precipitation) rates.  The spontaneous
>nucleation of ice occurs (for pure water in small droplets) at around
>-40 C.  

And all along I had thought that it happened at -40 F.   Oh, well.

;-)

-- 
Wesley R. Elsberry wre2889@tam2000.tamu.edu | Central Neural System BBS
4160 Pirates' Beach, Galveston, TX 77554    | FidoNet 1:386/385  409-737-5222
Student in Wildlife & Fisheries Sciences    | Artificial neural networks,
http://www.rtis.com/nat/user/elsberry/      | evolution, AI, GAs, Alife, & more


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00000052.txt


 From source file wre_to.txt
From: welsberr (Wesley R. Elsberry)
Message-Id: <9507091751.AA07111@ORCA.TAMU.EDU>
Newsgroups: talk.origins
Subject: Re: Information Entropy != Thermodynamic Entropy
References: <805206358.24608@IMP.DEMON.CO.UK>
Organization: Dept. of Wildlife and Fisheries Sciences, Texas A&M University
Apparently-To: p@dorrell.demon.co.uk
Apparently-To: welsberr

In article <805206358.24608@IMP.DEMON.CO.UK>,
Philip Dorrell  wrote:
 PD>Then the informational entropy of a state S with function value F(S) is

 PD>- sum (p log p) = -n * 1/n log 1/n = -log 1/n = log n = constant +
 PD>log n/N = log probability that value is F(S) = thermodynamic entropy
 PD>(last equation as per Boltzmann).

It occurred to me to check the previous post too.  There, you stated
that fitter genotypes would have lower entropy.  The equation derivation
above doesn't appear to mesh with that quite, at least not that I can
make out.  However, the direction of the proposed gradient doesn't
really matter to my critique.  In populations not at Hardy-Weinberg
equilibrium, there will be confounding of newly fit genotypes and
less fit genotypes having similar probability distributions.

Even for populations in Hardy-Weinberg equilibrium, there are problems
for PDTE.  Situations where heterozygote advantage apply would seem to
be such.  If you could apply PDTE to the example of heterozygote
advantage given by sickle-cell anemia in humans, I would appreciate
it.  The numbers out of Strickberger are:

q=.2
q^2=.04
2pq=.33

for regions of Africa where malaria is a serious health risk.

The way I see it, the more fit pq genotype would differ in PDTE from
the less fit p^2 condition in the manner opposite your claims.
How do you see the situation?



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01.evo


Public message # 337   SCIENCE ECHO   Entered: 16 Nov 89 23:12:53
From: Wesley R. Elsberry
  To: Pat Goltz
  Re: Knowledgable SciCre'ers

 > While you may be satisfied that scientific creationsts
 > are a bunch of charlatans, not everyone has made up her
 > mind. I have not. I find value in some of what they have
 > written. I hoped that some really knowledgeable people
 > who are versed in scientific creationism and who support
 > those conclusions would get involved in those discussions,
 > so I could hear their defenses against specific criticisms
 > here. So far, that has not happened, and I am disappointed.

I consider myself knowledgable, and I have read quite a bit of the SciCre
literature.  I don't support the "conclusions," however, since I happened to
obtain a good science education along the way. I have yet to meet a SciCre'er
who actually was knowledgable concerning the scientific method and
evolutionary theory.  The mutual disappointment we feel is the more pointed to
me, since this means that I end up explaining basic points over and over.

There are plenty of troublesome points for any theory of evolutionary
mechanics to address which would provide good debating points for a SciCre
proponent.  Unfortunately for the SciCre'er, those points are explicated and
published by ... "evolutionists."  The journals are full of controversy and
argument over how evolution happens, and it is a darned shame that the SciCre
folks just keep hoping to come up with a knockout piece of rhetoric rather
than really digging into the current research and picking out possible flaws.

As to discussion in classrooms, should we provide time in history classrooms
for the explication of alchemy?  Should Wiccans be given "equal time" for
expounding soothsaying as a form of statistical prediction?  Should SciCre be
given exposure in science classrooms? The answer is no, since none of the
intruding "curricula" are properly categorized as belonging in the primary
subject fields. SciCre should be given some coverage in Civics, Current
History, or Comparative Religions courses, but it has no place whatever in a
science classroom, except as an outstanding example of a pseudoscience.

I have a hypothesis concerning SciCre'ers and scientific knowledge. At some
point in the acquisition of knowledge, a SciCre'er ceases to be a SciCre'er
and accepts some evolutionary mechanical theory. This reduces "knowledgable
SciCre'ers" to a null set, and explains why they are not observed.


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02.evo


Public message # 378   SCIENCE ECHO   Entered: 01 Dec 89 22:20:52
From: Wesley R. Elsberry
  To: Joe Fischer
  Re: Evolution

 >     Couldn't you post at least one example of "real time"
 > evolution that has been observed in real time.

I listed seven or eight off the top of my head.  I know that you saw the list,
as your comments to Pat Goltz referred to it.

 >     Developing a tolerance for arsenic is certainly not
 > evolution, but it results from repeated micro doses.

I did not say anything about mithridatism.  Please don't "credit" me with
straw men.  I specifically outlined the distinction between individual
adaptation and heritable change in my last message to you.

 >     The direction that evolution takes is not always
 > pretty, and it is not always beneficial.   While I am
 > certain that evolution is proven by the massive number
 > of artifacts, I feel that in human terms, it moves
 > very slow.

There is a difference between evolution, and evolutionary mechanism theory (my
own terminology to replace the less precise term, "evolutionary theory").
Evolution is a change in allele frequency in a population. There are lots of
examples known, many of them recent (in "real time," consult the list I
provided before).  Evolution is, therefore, an observation.  Evolutionary
mechanism theory, however, is an attempt to model the mechanisms of evolution,
and is bound by the assumptions and procedures of the scientific method.  In
the scientific method, there is no such thing as proof.  All theories are
retained only so long as they remain supported by the evidence, and are always
subject to disproof.

 >     I wonder if damage from cosmic rays might cause more
 > change than adaptive or natural elimination.   I must
 > say that I am impressed by the angler fish.   Why don't
 > more fish have a fishing pole, since it seems to work
 > great?

There are many different species of angler fishes.  There is even an angler
clam (the young are parasitic on fishes, so the angling is aimed at infecting
the lured fish rather than eating it). A sea filled with angler fish, however,
is not a stable scenario.  There are lots of ecological niches, and they tend
to get filled.


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8073s005.txt


Public message # 402   SCIENCE ECHO   Entered: 12 Jan 90 23:00:45
From: Wesley R. Elsberry
  To: Pat Goltz
  Re: Still not reading?

 > If so many gaps have been filled, howcum all I hear discussed
 > is
 > Archaeopteryx?
 >   Pat

About a month ago, I pointed out to you (gave references for, etc.) an article
by Cuffey which gave lists (having many included examples) of transitional
forms.

I take it you haven't bothered to look it up yet.

Nor any of the other books (which you SAID you would read) that I gave
bibliographic information about.

Before you complain about not hearing so well, it helps to take out the
earplugs.


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8073s006.txt


Public message # 403   SCIENCE ECHO   Entered: 12 Jan 90 23:56:08
From: Wesley R. Elsberry
  To: Pat Goltz
  Re: Various Topics

 > It would be very helpful to me if
 > you would prepare a bibliography of the 20-30 most useful
 > books in terms of refuting creationism. Feel free to include
 > books that are out of print; I customarily buy most of
 > my books used. In the meantime, I shall endeavor to locate
 > said books in the library, time permitting, and study them.

Just to save James a little time, I'll refresh your memory with that list of
books I just mentioned.  Unfortunately, I can't comply with your wish for
books that "refute creationism."  None that I know of do that.  What these
books do is demonstrate that SciCre is _not_ science.

 ----------

What follows is a bibliography of books concerned with fringe science and the
paranormal that present the scientific point of view. I'll be distributing a
laser-printed version (very spiffy looking) to all the librarians in the North
Texas area. Please feel free to distribute this electronic version to anyone
who might be interested. It is in the public domain.

-- James Rusk


Scientists Confront Pseudoscience

A Bibliography [Abridged for SciCre topicality -- the complete file is
available by F'Req from CNS BBS.  WRE]

Distributed by: North Texas Skeptics P.O. Box 22 Arlington, TX 76004-0022
(214) 264-0640

Spring, 1989


Creationism

Dawkins, Richard, The Blind Watchmaker: Why the Evidence for Evolution Reveals
a Universe Without Design, Norton, 1986, H-$18.95, ISBN 0-393-02216-1; 1987,
P-$7.95, ISBN 0-393-30448-5.

Eldredge, Niles, The Monkey Business: A Scientist Looks at Creationism,
Washington Square Press, 1982, P-$3.95, ISBN 0-671-53141-7.

Frye, Roland M., Is God a Creationist? The Religious Case against
Creation-science, Scribner's, 1983, P-text edition by Macmillan, ISBN
0-02-339560-5.

Futuyma, Douglas J., Science on Trial: The Case for Evolution, Pantheon Books,
1982, H-$16.00, ISBN 0-394-52371-7; P-$8.95, ISBN 0-394-70679-X.

Godfrey, Laurie R., ed., Scientists Confront Creationism, W. W. Norton, 1983,
P-$8.95, ISBN 0-393-30154-0.

Hanson, Robert, ed., Science and Creation: Geological, Theological and
Educational Perspectives, Macmillan Publishing Co., 1985, H-$24.95, ISBN
0-02-949870-8.

Kitcher, Phillip, Abusing Science: The Case against Creationism, The MIT
Press, 1982, P-$8.95, ISBN 0-262-61037-X.

LaFollette, Marcel, Creationism, Science and the Law: The Arkansas Case, MIT
Press, 1983, P-$11.95, ISBN 0-262-62041-3.

McGowan, Chris, In the Beginning: A Scientist Shows Why the Creationists Are
Wrong, Prometheus Books, 1984, P-$12.95, ISBN 0-87975-240-8.

Montagu, Ashley, ed., Science and Creationism, Oxford University Press, 1984,
H-$35.00, ISBN 0-19-503252-7; P-$13.95, ISBN 0-19-503253-5.

National Research Council, Science and Creationism: A View from the National
Academy of Sciences, National Academy Press, 1984, P-$4.00, ISBN 0-309-03440-X.

Newell, Norman D., Creation and Evolution: Myth or Reality? Columbia
University Press, 1982, H-$25.00, ISBN 0-231-05348-7; Praeger, 1984, P-$9.95,
ISBN 0-275-91792-4.

Pastner, Stephen and William Haviland, eds., Confronting the Creationists,
American Anthropological Association, 1982, H-$6.00, ISBN 0-317-66352-6.

Ruse, Michael, Darwinism Defended: A Guide to the Evolution Controversies,
Benjamin-Cummings, 1982, P-$24.95, ISBN 0-201-06273-9.

Ruse, Michael, But Is It Science? The Philosophical Question in the
Evolution-Creation Controversy, Prometheus Books, 1988, H-$23.95, ISBN
0-87975-439-7.

Strahler, Arthur N., Science and Earth History: The Evolution/Creation
Controversy, Prometheus Books, 1987, H-$39.95, ISBN 0-87975-414-1.

Walker, K. R., ed., The Evolution-Creation Controversy, University of
Tennessee, Dept. of Geological Sciences, n.d., P-$6.50, ISBN 0-9131377-00-5.

Wilson, David B., ed., Did the Devil Make Darwin Do It? Iowa State University
Press, 1983, P-$14.95, ISBN 0-8138-0434-5.

 --------------

 > I will admit that it is possible that I am simply not informed.
 > In fact, it is quite likely.

 > Or, to give another
 > example, we have the case of the eye. Someone said that
 > an organism with a sharply focusing lens will tend to survive
 > over one with a fuzzy focusing lens. Well, my knowledge
 > of lenses, eyes, and cameras, tells me that it is not just
 > the lens that results in a sharp image. The iris is very
 > much of a part of this, because when it shuts down, I get
 > greater depth of field.

Pat, one of your earlier comments fits in neatly here.

 > I will admit that it is possible that I am simply not informed.
 > In fact, it is quite likely.

"Sharpness" is interpreted as "resolution," and any optical maven will tell
you that small apertures result in loss of resolution due to diffraction.  For
any real-world lens there will be an optimum aperture which maximizes
resolution (also is noted by the high value in an MTF analysis).  The shape of
the iris is not of particular significance.  For perfect lenses, the shape of
an iris makes no difference whatever, except for contributing diffraction
degradation and one or two other minor optical esoterica (nothing on the order
of diffraction, anyway). In living systems, the need for irises is very much
reduced from the necessity in camera systems.  Why?  Neurons _accommodate_.

 > My own eye focuses better in bright
 > light than dim. If I grant for the sake of argument that
 > cells sensitive to light can at some point become transparent
 > and the structure capable of changing shape to focus, then
 > I still need an iris, and I am not aware of an organism
 > with a proto-iris. Are you?

You mean a currently living species?  I don't know of one personally. Of
course, I probably have only encountered the briefest descriptions of perhaps,
at most, one-half of one percent of all living species. There are lots more
extinct species.  Irises, whether proto- or otherwise, are soft tissue
structures not likely to be fossilized for our convenience.

Of course, I have been a student and researcher in life sciences for only
perhaps 11 years of my life.  It is easy for me to admit ignorance when it is
true.  I don't know of a critter with a "proto-iris."  But I'll point out that
just because I haven't found one (I wasn't looking) and you haven't found one
(I don't think you're looking either, since you don't believe it exists), is
not a proof of non-existence.

By the way, if you are noticing a difference in perceived sharpness with light
level, it is time for you to see an optometrist or ophthalmalogist.

 > The point is, I find people on both
 > sides of the fence on this: either the changes from parent
 > to daughter are very large (hopeful monsters) or they are
 > very small. Well, which is it? That is the nature of my
 > question.

Genotypic changes range from single-locus changes to pleioploidy. Single-locus
changes can cause large phenotypic changes, moderate phenotypic changes, or no
phenotypic changes at all.  Pleioploidy can cause from moderate to large
phenotypic changes.  Certain small phenotypic changes can nevertheless cause a
population to be reproductively isolated from the parent stock, causing
speciation. Certain fairly large changes may not.

The point is, change comes in all flavors and sizes.  There is no universally
applicable dichotomy to apply to the problem, much though it appears that you
would wish it.  The nature of your question is such that I must throw it back,
since it exceeds the nonsequitur limit.


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81bbs002.txt


Message filename: 901206_a.evo
Date: 06 Dec 90 09:49:00
From: Wesley R. Elsberry on 930/303
To: All on 0/0
Subject: Texas Textbook board


EID:b642 15864e20
James Rusk sent me the following letter concerning the recent Texas Textbook board's decision on new textbooks.  The books that were approved for biology courses treat evolutionary theory in more detail than past textbooks used in this state.

  ---

Wesley, thought you might want to see this:

The following State School Board members voted *against* the excellent set of
science books the Board adopted on November 10, 1990. If you feel that these
members need to be reminded that most Texans are for science books that teach
the best science, please write or phone them.

Jane Nelson
Texas State Board of Education
1933 Maxwell Drive
Lewisville, TX 75067
(214) 434-1414 (H)

Ms. Nelson is quoted by AP as saying that most of the books don't present
sufficient evidence refuting or presenting flaws in evolution theory. The board
had asked publishers to include such evidence, she said. "I don't think the
issue is that we want to put religion in the biology textbooks. I just want to
give enough information for the teachers to use to show that we haven't proven
the theory of evolution."

[Just what this person is doing on a board empowered with selection of science textbooks is beyond me.  Anyone with the slightest grasp of science knows that _no_ theory is _ever_ proven.  All theories are retained until new evidence causes them to be modified or abandoned.  -- WRE]

Monte Hasie, Chairman
Texas State Board of Education
Prudential Bache
5211 Brownfield Highway
Lubbock, TX 79407
(806) 792 0015 (O)
(806) 794 2625 (H)

Mr. Hasie said on November 9 (according to AP) that the books weren't perfect,
but better than the current ones. "I think we're making progress and that's
what education is all about." However, on Saturday, November 10, he said "I
think when we have a 1,000-page textbook . . . it doesn't hurt to have a page
in there" presenting alternative theories.

[There are plenty of theories concerning evolution.  Which ones was Mr. Hasie considering? -- WRE]

John Shields
Texas State Board of Education
9000 Tesoro Dr. #122
San Antonio, TX 78217
(512) 821 5007 (O)
(512) 494 5504 (H)

Shields offered revisions over whether a reference in some of the books saying
human embryos have gill slits was accurate. The board didn't approve the
revisions.

William L. Hudson
Texas State Board of Education
2805 Delta Drive
Wichita Falls, TX 76308
(817) 691 4243 (H)



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81bfs005.txt


Message filename: 901210_a.evo
Date: 10 Dec 90 21:14:00
From: Wesley R. Elsberry on 930/303
To: All on 0/0
Subject: Genetic algorithms


EID:1f12 158aa9c0
Browsing through a recent issue of the Journal of Theoretical Biology, I ran across an interesting paper:

Sumida, B.H, A.I. Houston, J.M. McNamara, and W.D. Hamilton.  1990.  Genetic   algorithms and evolution.  J. Theoretical Biology 147:59-84.

Abstract:

The genetic algorithm (GA) as developed by Holland (1975, Adaptation in Natural and Artificial Systems.  Ann Arbor: University of Michigan Press) is an optimization technique based on natural selection.  We use a modified version of this technique to investigate which aspects of natural selection make it an efficient search procedure.  Our main modification to Holland's GA is the subdividing of the population into semi-isolated demes.  We consider two examples.  One is a fitness landscape with many local optima.  The other is a model of singing in birds that has been previously analysed using dynamic programming.  Both examples have epistatic interactions.  In the first example we show that the GA can find the global optimum and that its success is improved by subdividing the population.  In the second example we show that GAs can evolve to the optimal policy found by dynamic programming.

 - - -

The paper discusses two simulations based upon Wright's "shifting-balance theory".  This introduces the concept of multiple-population GA simulations, and demonstrates improvement over the typical single-population GA.


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81bfs008.txt


Message filename: 901210_b.evo
Date: 10 Dec 90 22:00:00
From: Wesley R. Elsberry on 930/303
To: All on 0/0
Subject: Entropy and information


EID:a7ee 158ab000Hariri, Ali, Bruce Weber, and John Olmsted III.  1990.  On the validity of Shannon-information calculations for molecular biological sequencs.  J. Theoretical Biology 147:235-254.

Abstract:

The usefulness of information-theoretic measures of the Shannon-Weaver type, when applied to molecular biological systems such as DNA or protein sequences, has been critically evaluated.  It is shown that entropy can be re-expressed in dimensionless terms, thereby making it commensurate with information. Further, we have identified processes in which entropy S and information H change in opposite directions.  These processes of opposing signs for (delta)S and (delta)H demonstrate that while the Second Law of Thermodynamics mandates the entropy always increases, it places no such restrictions on changes in information.  Additionally, we have developed equations permitting information calculations, incorporating conditional occurrence probabilities, on DNA and protein sequences.  When the results of such calculations are compared for sequences of various general types, there are no informational content patterns.  We conclude that information-theoretic calculations of the present level of sophistication do not provide any useful insights into molecular biological sequences.

  - - -

It is interesting to note that this paper demonstrates that a common argument (that the Second Law of Thermodynamics argues for increasing information in biological systems) is invalid.  (Apparently, the literature has a current of arguments almost exactly opposite those spouted by SciCre proponents.  Of course, the reality appears to be more complex than either camp proposes.)

  "The value of thought experiments such as those described above is that any thought experiments which faithfully describes possible real-world situations must be in conformity with universal laws.  The two experiments just described disprove the assertion that information inevitably increases in any real process.  Hence, we must conclude that the Second Law of Thermodynamics does _not_ mandate increasing information content over time.  In fact, in the absence of energy constraint data, the Second Law is totally neutral with regard to how information changes.
  What connection does this leave between the Second Law and evolution?  The Second Law constrains evolution in the same way that it constrains all processes:  it is _restrictive rather than _prescriptive_.  Applying this general notion to information content, the Second Law requires that any process generating more order (such as increased information) in a biological system must be accompanied by generation of equal or greater disorder in the surroundings.  Disorder in the surroundings ultimately stems from the degradation of highly ordered energy (e.g. sunlight) into dissipated energy (e.g. heat).  Thus, evolution -- to the extent that it is information-amassing and therefore an ordering phenomenon -- must be fueled by energy expenditures. The Second Law does not _mandate_ that evolution lead to ordered structures, but it _does_ mandate that whenever ordered structures appear, they do so at the expense of energy degradation."



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81c6s002.txt


Message filename: 901218_a.evo
Date: 17 Dec 90 09:04:00
From: Wesley R. Elsberry on 930/303
To: All on 0/0
Subject: Ported from the Science Echo


EID:5a5e 15914880
Public message 2144  SCIENCE Area 13:08  Saturday  15-Dec-90
From: JOE FELSENSTEIN
  To: ALL
  Re: Some statistical analysis of "Eve"

From: felsenst@milton.u.washington.edu 
Organization: University of Washington, Seattle
Message-ID: <12698@MILTON.U.WASHINGTON.EDU>

The theory of how far back a mitochondrial "Eve" should be is well-known.  It 
involves the time until Nf female lineages have a common ancestor up the 
female line.  It is a bit too complex to explain here but is based on old 
results in genetic drift theory.

Basically with Nf females (N-sub-f) in a randomly reproducing population (one 
where each offspring comes from a randomly selected female independently of 
all others -- the classical Wright-Fisher model), the time until two randomly 
sampled females have a common ancestor up their female lines is on average Nf 
generations.  For all females in the population the corresponding result is 
2Nf generations.

The result for two female lineages is easy to explain.  Each generation going 
back there is a random chance with probability 1/Nf that they come to the same 
ancestor.  Then it is just like tossing a coin with this probability of heads.  
The result for the time to first heads is a geometric distribution with mean 
time Nf generations.

The result for all Nf females is more complex so I won't try to explain it 
unless there is some overwhelming demand, but it comes out as twice that time, 
on average. 

Keep in mind that this "Eve" will then be (1) not the common ancestor of other 
parts of the genome, and (2) by no means the only female in the  population, 
and (3) by no means the only female in that generation who contributes genes 
to the population of the present.

---
Joe Felsenstein, Dept. of Genetics, Univ. of Washington, Seattle WA 98195
DO NOT send to me at "milton" but instead please use:
Internet/ARPANet:   joe@genetics.washington.edu   (IP No. 128.208.128.1)
BITNET/EARN:        FELSENST@UWALOCKE
UUCP:               ... uw-beaver!evolution.genetics!joe

 
 


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8280s003.txt


Message filename: 910622_1.!fm
Date: 21 Jun 91 19:49:00
From: Wesley R. Elsberry on 930/303
To: Chuck Maier on 0/0
Subject: Minister of Silly Walks


EID:dc3d 16d59e20
 > The eucaryotes are subdivided into
 > three distinct classes, yeasts, plants and animals; the
 > animals can be subdivided into two further subclasses,
 > insects and vertebrates.

For some reason, I am reminded of a Monty Python skit:

  Doctor (pompously):  The brain is like an enormous fish.  It is flat and
                       slimy, and has gills through which it sees.

I must admit, for awhile I thought you were serious about the things that you have been posting, but now I see that it is simply a seriously skewed attempt at levity.  I give it a C+.

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8280s004.txt


Message filename: 910622__.!fm
Date: 21 Jun 91 19:40:00
From: Wesley R. Elsberry on 930/303
To: Chuck Maier on 0/0
Subject: First things first


EID:0700 16d59d00
 > However, I would also call

 > Lenin, Mao-Tse Tung, and Daniel Ortega religious fanatics.

 > The first thing the communists do when they take power is

 > censor or kill all the Bible-believing Christians.



Really?  I heard a reliable authority (Pres. of the NRA) state that the first thing all these folks do is round up firearms.  ;-)







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82abs002.txt


Message filename: 910804__.!fm
Date: 03 Aug 91 23:05:00
From: Wesley R. Elsberry on 930/303
To: Chuck Maier on 0/0
Subject: Out of date data


EID:0441 1703b8a0
 >       Denton makes this comment on trial and error :

 > "The inability o unguided trial and error to reach

 > anything but the most trivial of ends in almost every

 > field of interest obviously raises doubts as to its

 > validity in the biological realm.  Such doubts  were

 > recently raised by a number of mathematicians and

 > engineers at an international symposium entitled "

 > Mathematical Challenges to the Neo-Darwinian

 > Interpretation of Evolution ", a meeting which also

 > included many leading evolutionary biologists.  The major

 > argument presented was that Darwiniam evolution by natural

 > selection is MERELY A SPECIAL CASE OF THE GENERAL

 > PROCEDURE OF PROBLEM SOLVING BY TRIAL AND ERROR.

 > Unfortunately, as the mathematicians present at the

 > symposium ... pointed out, trial and error is totallly

 > inadequate as a problem solving technique WITHOUT  THE

 > GUIDANCE OF SPECIFIC ALGORITMS, WHICH HAS LED TO THE

 > CONSEQUENT FAILURE TO SIMULATE dARWINIAM EVOLUTION BY

 > COMPUTER ANALOGUES."



"Mathematical Challenges..." is not a recent reference.  The whole point made here is erroneous given the advances made in the two decades since the "Mathematical Challenges..." conference.  Denton is, as usual, in error in his assertion.



Please reference:



Holland, J.H.  1975.  Adaptation in natural and artificial systems. University of Michigan Press.



This book sets forth most of the principles of the field of research and application known as "genetic algorithms."  These algorithms are basically natural selection.  Applications include difficult problems in optimization, such as oil field pipeline layout and scheduling.  Far from being a substandard and unworkable scheme, genetics algorithms have shown to be very good in comparison to conventional techniques for complex or adaptive search.



There is also a very simple demo file, GENALG.ARJ, available on CNS.  BUGS is another genetic algorithm demo, and the GENESIS package is also on line here.



Now that you have been informed of the state of the art, I expect you to stop quoting this passage from Denton as if it carried any weight.













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82acs002.txt


Message filename: 910805__.!fm
Date: 04 Aug 91 19:24:00
From: Wesley R. Elsberry on 930/303
To: Michael Voytinsky on 0/0
Subject: Speciation events


EID:8b5e 17049b00
 > I have recently heard about some trees in the vicinity of

 > Chernobyl changing to a point where they will not be

 > pollinated (sp?)  by their immediate ancestors. Yet they

 > are viable.  It may be that for the first time we may have

 > direct proof that new species can evolve.



Not for the first time, though.  Orchids are well-noted for producing new species by polyploidy, especially tetraploidy.  This tendency is well known to geneticists with a botanical bent.



From Futuyma's "Evolutionary Biology":



"... a new biological species has arisen spontaneously in a laboratory.  A strain of Drosphila paulistorum when first collected was fully interfertile with other strains but developed hybrid sterility after being isolated in a separate culture for just a few years."



This is referenced in:



Dobzhansky, Th., & O. Pavlovsky.  1971.  An experimentally created incipient species of Drosophila.  Nature 23:289-292.



Please note that speciation is "no big deal" in the literature.  Observing it happen merits citation, but it is not the news of the century.







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82aes002.txt


Message filename: 910806__.!fm
Date: 06 Aug 91 00:48:00
From: Wesley R. Elsberry on 930/303
To: John Thompson on 0/0
Subject: Stray balls


EID:d5ad 17060600
 > From my studies of evolution, even limited to the few

 > books, letters,

 > and articles I have read(I am an engineer, not a

                            ^^^^^^^^^^^^^^^^^^^^^^^

 > biologist), I DO NOT

   ^^^^^^^^^

[Expert opinion alert!]



 > SEE HOW ANY RATIONAL, INFORMED PERSON COULD POSSIBLY

 > BELIEVE IN

 > EVOLUTION AS THE ANSWER TO LIFE ON EARTH!



[Further raving deleted.]



Ignorance is curable.  Here's a resource list to help you out...



What follows is a bibliography of books concerned with fringe science and the

paranormal that present the scientific point of view. I'll be distributing a

laser-printed version (very spiffy looking) to all the librarians in the North

Texas area. Please feel free to distribute this electronic version to anyone

who might be interested. It is in the public domain.



-- James Rusk





Scientists Confront Pseudoscience



A Bibliography



Distributed by:

North Texas Skeptics

P.O. Box 22

Arlington, TX 76004-0022

(214) 264-0640



Spring, 1989



[Note: I have excerpted the relevant section.  The entire file is 

 available for F'Req on Central Neural System BBS, 8:930/17.0.

 W.R. Elsberry]





Creationism



Dawkins, Richard, The Blind Watchmaker: Why the Evidence for Evolution Reveals

a Universe Without Design, Norton, 1986, H-$18.95, ISBN 0-393-02216-1; 1987,

P-$7.95, ISBN 0-393-30448-5.



Eldredge, Niles, The Monkey Business: A Scientist Looks at Creationism,

Washington Square Press, 1982, P-$3.95, ISBN 0-671-53141-7.



Frye, Roland M., Is God a Creationist? The Religious Case against

Creation-science, Scribner's, 1983, P-text edition by Macmillan, ISBN

0-02-339560-5.



Futuyma, Douglas J., Science on Trial: The Case for Evolution, Pantheon Books,

1982, H-$16.00, ISBN 0-394-52371-7; P-$8.95, ISBN 0-394-70679-X.



Godfrey, Laurie R., ed., Scientists Confront Creationism, W. W. Norton, 1983,

P-$8.95, ISBN 0-393-30154-0.



Hanson, Robert, ed., Science and Creation: Geological, Theological and

Educational Perspectives, Macmillan Publishing Co., 1985, H-$24.95, ISBN

0-02-949870-8.



Kitcher, Phillip, Abusing Science: The Case against Creationism, The MIT Press,

1982, P-$8.95, ISBN 0-262-61037-X.



LaFollette, Marcel, Creationism, Science and the Law: The Arkansas Case, MIT

Press, 1983, P-$11.95, ISBN 0-262-62041-3.



McGowan, Chris, In the Beginning: A Scientist Shows Why the Creationists Are

Wrong, Prometheus Books, 1984, P-$12.95, ISBN 0-87975-240-8.



Montagu, Ashley, ed., Science and Creationism, Oxford University Press, 1984,

H-$35.00, ISBN 0-19-503252-7; P-$13.95, ISBN 0-19-503253-5.



National Research Council, Science and Creationism: A View from the National

Academy of Sciences, National Academy Press, 1984, P-$4.00, ISBN 0-309-03440-X.



Newell, Norman D., Creation and Evolution: Myth or Reality? Columbia University

Press, 1982, H-$25.00, ISBN 0-231-05348-7; Praeger, 1984, P-$9.95,  ISBN

0-275-91792-4.



Pastner, Stephen and William Haviland, eds., Confronting the Creationists,

American Anthropological Association, 1982, H-$6.00, ISBN 0-317-66352-6.



Ruse, Michael, Darwinism Defended: A Guide to the Evolution Controversies,

Benjamin-Cummings, 1982, P-$24.95, ISBN 0-201-06273-9.



Ruse, Michael, But Is It Science? The Philosophical Question in the

Evolution-Creation Controversy, Prometheus Books, 1988, H-$23.95, ISBN

0-87975-439-7.



Strahler, Arthur N., Science and Earth History: The Evolution/Creation

Controversy, Prometheus Books, 1987, H-$39.95, ISBN 0-87975-414-1.



Walker, K. R., ed., The Evolution-Creation Controversy, University of

Tennessee, Dept. of Geological Sciences, n.d., P-$6.50, ISBN 0-9131377-00-5.



Wilson, David B., ed., Did the Devil Make Darwin Do It? Iowa State University

Press, 1983, P-$14.95, ISBN 0-8138-0434-5.







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82b1s002.txt


Message filename: 910809__.!fm
Date: 09 Aug 91 02:19:00
From: Wesley R. Elsberry on 930/303
To: David Bump on 0/0
Subject: Repost of Firecracker `Par


EID:aeed 17091260
 > >  DB>     I notice the path of the emitted light from the

 > spark is a

 > >  DB> simple line, not a cone.   Aren't even single

 > photons supposed

 > > to

 > >  DB> "spread" significantly at a distance of one ct?

 > >

 > >      The two plates on each object with the pinholes in

 > them are so

 > > designed such that a narrow beam of light is emitted,

 > not a cone.

 > >

 > > Arnold Gill --- astrophysician in training

 > >

 >     I picked that up from the description, but if you

 > really just used pinholes, you  would get a cone of

 > light-- otherwise,pinhole cameras wouldn't work!  And

 > single photons do have (spreadout) waveforms, otherwise,

 > the twin-slit interference experiments wouldn't work.

 > Maybe if you used a laser...



Dennis Gabor, in his review article on holography, showed the setup for getting a coherent light beam from a mercury-arc light source.  It used two pinholes in succession, and it worked... somewhat.  The problem was that the resulting beam was incredibly weak.  When the laser was invented, this technique became a curiousity.



Gabor?  He's just the fellow who invented holography as a means of improving the resolution of electron microscopes.





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82f4s002.txt


Message filename: 911015__.ms!
Date: 15 Oct 91  07:04
From: Wesley R. Elsberry on 347/8
To: All on 0/0
Subject: Feb. '92 Conference


EID:5feb 174f3a7c
From <@UTARLVM1.UTA.EDU:INNS-L@UMDD.BITNET> Thu Oct 10 09:50:08 1991
Sender: International Neural Network Society 

=====================================================================
From:   Jnet%"B344DSL@UTARLG"  9-OCT-1991 23:59:23.95
----------------- Message (53 lines) ------------------

ANNOUNCEMENT AND CALL FOR ABSTRACTS

          WORKSHOP ON

OPTIMALITY IN BIOLOGICAL AND ARTIFICIAL NETWORKS?

Sponsored by the Metroplex Institute for Neural Dynamics (MIND) and the Texas
SIG of the International Neural Network Society (INNS).  To be held at a loca-
tion to be announced in the Dallas-Fort Worth area, Thursday through Saturday,
February 6-8, 1992.

Confirmed speakers include:

        Stephen Grossberg (Boston University)
        Stephen Hampson (University of California, Irvine)
        Karl Pribram (Radford University)
        Harold Szu (Naval Surface Warfare Center)
        Graham Tattersall (University of East Anglia)

The focus of this conference will be twofold: (1) how to optimize different
aspects of neural and cognitive function and (2) whether particular natural or
artificial solutions to specific neural or cognitive problems are in fact opti-
mal.  Specific problems to which these optimality considerations are applied wil
l be taken from many areas including goal direction and planning, adaptive cat-
egorization, sensory perception, and motor control.

The talks will be an hour each for invited speakers and 45 minutes each for cont
ributed speakers, with time afterwards for questions.  Speakers will not be re-
quired to write a paper, but will be invited to contribute chapters to a book
several months after the conference.  Books based on two previous MIND conferen-
ces  -- on Motivation, Emotion, and Goal Direction in Neural Networks and Neural
Networks for Knowledge Representation and Inference -- are now being published
by Lawrence Erlbaum Associates.

Registration for the conference will be $80 for non-students, $20 for students,
with a $10 rebate for MIND or Texas SIG membership.  We will try to arrange for
discounted air fares from American Airlines as we have done in the past.  Those
interested in presenting should send me a short (1-3 paragraph) abstract by
December 1, 1991, using either e-mail, FAX, or snail mail.  Notification of ac-
ceptance will be given December 15, 1991.  We will not be holding parallel ses-
sions, so there are limitations on the number of speakers.  However, individu-
als who send high-quality abstracts that cannot be accommodated in actual talks
will have space to present their work in posters at the conference, and will
also be invited to contribute to the book.

        Prof. Daniel S. Levine
        Department of Mathematics
        University of Texas at Arlington
        Arlington, TX 76019-0408

        e-mail: b344dsl@utarlg.uta.edu
        FAX: 817-794-5802
        Telephone: 817-273-3598



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82f8s004.txt


Message filename: 911019__.ms!
Date: 19 Oct 91  07:09
From: Wesley R. Elsberry on 347/303
To: All on 0/0
Subject: Epiquotation: The heart of SciCre


EID:68cf 1753b5b1


In a message of 17-Oct-91, CHUCK MAIER tells us:

  > He's a big fan of old Von Baer ( the originator of 'ontogeny recaps.
  > phylogeny'). 

Haeckel coined the phrase, "ontogeny recapitulates phylogeny".

For someone who insists on reviewing the facts, Chuck seems to be horribly sloppy at following his own dictum.  The fallacious tidbit above is simply the latest in a long line of whoppers from Chuck.  These have included such Twainian "exaggerations" as mistaking differences in relationships at the kingdom level to be at the class level instead, insisting that Denton had a background in molecular biology, and the continued equating of natural selection with "pure chance".  All of these, and more, have been thoroughly debunked.

I propose to keep a running tally of Chuck's whoppers in a database here.  If you have saved any text of one of these with the appropriate rebuttal, I would appreciate it if you would append a very brief synopsis of the incident under the heading "For the Chuck Whopper D.B.:" at the end of an Evolution vs. SciCre post that you were already making.  I'll post the accumulated database on a monthly basis so that the folks new to the echo will understand that Chuck Maier doesn't get responded to because Chuck Maier is unreliable.  This will help out in the Chuck Information Boycott.  Don't include personal commentary in an entry, and try to keep the entire entry scrupulously correct.  Try to only advance prevarications with simple rebuttals of fact, rather than interpretation.

Sample entry:

For the Chuck Whopper D.B.:

On 17-Oct-91, Chuck Maier said:
  > He's a big fan of old Von Baer ( the originator of 'ontogeny recaps.
  > phylogeny').

Haeckel coined the phrase, "ontogeny recapitulates phylogeny".

Reference: Gould, S.J.  198?.  Ontogeny And Phylogeny.  W.W. Norton.

End of entry.

Note the question mark in the copyright date field.  I don't have the book in front of me, so I can't verify the last digit.



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82f9s00d.txt


Message filename: 911021__.ms!
Date: 20 Oct 91  08:00
From: Wesley R. Elsberry on 347/303
To: Warren York on 0/0
Subject: Identity transfer


EID:e43d 175534b5

Warren York says:

 > perspectives, then one will not be caught in the mire of complication
 > and nonsense. There it is. Matt.
                              ^^^^

Is this a typo?  I sure hope so, because otherwise it leaves grave doubt as to the credibility of the Warren / Matt postings.



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82f9s018.txt


Message filename: sci-cre9.!fm
Date: 20 Oct 91  06:33:28
From: Wesley R. Elsberry on 930/301
To: All on 930/303
Subject: Epiquotation: The heart of SciCre


EID:68cf 1753b5b1


In a message of 17-Oct-91, CHUCK MAIER tells us:

  > He's a big fan of old Von Baer ( the originator of 'ontogeny recaps.
  > phylogeny'). 

Haeckel coined the phrase, "ontogeny recapitulates phylogeny".

For someone who insists on reviewing the facts, Chuck seems to be horribly sloppy at following his own dictum.  The fallacious tidbit above is simply the latest in a long line of whoppers from Chuck.  These have included such Twainian "exaggerations" as mistaking differences in relationships at the kingdom level to be at the class level instead, insisting that Denton had a background in molecular biology, and the continued equating of natural selection with "pure chance".  All of these, and more, have been thoroughly debunked.

I propose to keep a running tally of Chuck's whoppers in a database here.  If you have saved any text of one of these with the appropriate rebuttal, I would appreciate it if you would append a very brief synopsis of the incident under the heading "For the Chuck Whopper D.B.:" at the end of an Evolution vs. SciCre post that you were already making.  I'll post the accumulated database on a monthly basis so that the folks new to the echo will understand that Chuck Maier doesn't get responded to because Chuck Maier is unreliable.  This will help out in the Chuck Information Boycott.  Don't include personal commentary in an entry, and try to keep the entire entry scrupulously correct.  Try to only advance prevarications with simple rebuttals of fact, rather than interpretation.

Sample entry:

For the Chuck Whopper D.B.:

On 17-Oct-91, Chuck Maier said:
  > He's a big fan of old Von Baer ( the originator of 'ontogeny recaps.
  > phylogeny').

Haeckel coined the phrase, "ontogeny recapitulates phylogeny".

Reference: Gould, S.J.  198?.  Ontogeny And Phylogeny.  W.W. Norton.

End of entry.

Note the question mark in the copyright date field.  I don't have the book in front of me, so I can't verify the last digit.



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