Re: Hamilton's rule in small population
- From: "John Edser" <edser@xxxxxxxxxx>
- Date: Thu, 27 Oct 2005 14:12:02 -0400 (EDT)
"JoeSixPack" olegp@xxxxxxxxx wrote:-
> "John Edser" <edser@xxxxxxxxxx> wrote in message
> news:djn36m$1kqe$1@xxxxxxxxxxxxxxxxxxxxxx
> >
> >> > Bark beetles, honeybees, wolves hunting in packs, all these organisms
> >> have
> >> > evolved traits that do nothing to benefit the individual, but when
> they
> >> > occur to several members in a group, they suddenly confer benefits to
> >> all in
> >> > that group. It's really quite simple.
> >
> >> This thread appears to be about Hamilton's rule.
> >> If you want to discuss the viabiliy of group selection theories, you
> may
> >> be better off starting another thread with a different subject line.
> > JE:-
> > Hamilton's Rule is group selective. To reduce it to organism selective
> you
> > must divide rb/p where p is the number of recipients. Whenever you do so
> > the
> > rule fails.
> >
> > Regards,
> >
> > John Edser
> > Independent Researcher
> >
> > edser@xxxxxxxxxx
> The rule fails? Evolution does not fail to use it effectively for group
> selection. I suppose you are right with regard to the individual, but
> since
> the individual is part of the group, group dynamics still function to the
> benefit of the individual.
JE:-
Yes, but only as empirically based UNCONDITIONAL mutualism and not as just
"conditional mutualism" or "conditional altruism" allowed by Hamilton's
hopeless tautology incorrectly applied to nature as a valid theory of
science by arrogant mathematicians who simply don't-know-any-better OR by
classical group selection.
Regards,
John Edser
Independent Researcher
edser@xxxxxxxxx
>
> I agree that individuals can benefit within a group from selfish behavior
> in
> the short term, but since that weakens the group, that group will be
> selected against. That's why other traits sometimes exist that act to
> "police" the group, and expel selfish individuals.
>
.
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