Subject: | ... Why Can't I get an Answer from this NG to this Simple Question Date: | 24 May 2013 Message-ID: | 46adnVl-_4H_hwLMnZ2dnUVZ_qmdnZ2d@giganews.com
Back when I was in college (and this was roughly around the time when the Four Humour Theory of bodily operations was first coming into some dispute), a friend of mine got mightily stoned and wrote a paper for a class he detested. As I recall, he managed to insert his opinions of the professor's choice of syllabus, command of the subject, pedagogical style, and so on. The paper came back with a middling-poor grade and one comment:
"A silent fool will be tolerated; a vituperative one will be scorned by ten thousand furies."
I urge you to take this maxim to heart. You have earned your fair share of scorn in this thread, and if hasn't arisen to the level of a myriad of the Eumenides, it's because by comparison to other fools here, you're not that vituperative.
But you're not silent either, as would befit someone who needs to spend time studying a subject before expounding on it.
Your question is akin to asking, "If drunks stagger about randomly, how come they always seem to end up in the street and under the wheels of oncoming vehicles? What mysterious force is responsible for creating this mayhem IN SPITE of the randomizing influence of alcohol on ambulation?"
The answer is that there is no mysterious force. It's just that the
paths available to the walking inebriated are into the street. The
other paths away from the street would require walking through buildings.
Evolution is change sieved through the exigencies of the environment.
The changes are random; the sieve is not. As life started out
unicellular and "simple," there were more paths from the simplest
possible to the more "complex."
I'll use the scare quotes until you actually define what you mean in an operational (i.e., measurable) way.
But it isn't about the complexity, it's about the adaptation. When life became sufficiently complicated, there were enough adaptive paths back to simplicity. Parasites often lose functionality of their own as they adapt to take the lost capability from their hosts. Animals in a lightless environment lose the complexity of sight.
What's the "long term trend" in the average over time and populations?
Why is that important?
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