Hi Lynne,
I completely get the problem with having too little time to pursue all the idea threads that interest us, no matter how fascinating. I regularly overwhelm myself with projects I want to devote my time to. Not sure why I was only given one measly lifetime. Maybe it’s the universe’s way of telling me to choose something and stick with it.
Since I, too, need to focus on other things, I thought it might do to roughly outline the direction of my thinking here. Then, later, when I have time, I will revisit it and see if it seems worth thinking about some more.
My main line of thought so far goes as follows:
- Schelling’s focal point idea suggests a mechanism whereby social (or proto-social, if that happens to be a word) creatures can coordinate behavior without necessarily requiring direct, immediate communication or interaction.
- Salient point A: This coordination of behavior enables both cooperation and autonomy, as opposed to cooperation through strict control or tight interaction. Herding animals, by contrast, coordinate their behavior by staying in close proximity to each other.
- Salient point B: IIRC, Schelling showed that coordination of behavior could also be effective for competitive or adversarial interactions, not just cooperative ones. (I need to review his book to confirm.)
- Salient point C: The perceptual distinctness of a locus is sufficient to make it useful for coordination of behaviors. Utilitarian or functional value of a locus is not necessarily important. Coordination without direct interaction can happen when animals can meet or prey upon each other at the watering hole–an obviously utilitarian meeting place. But social or proto-social creatures have the additional ability to coordinate behaviors within their own species through a common ability to treat some relatively non-utilitarian loci as a focal points for coordination.
- Salient point D: It may be worth imposing categories on focal points, or loci. Some are highly functional, like rivers or watering holes. Others stand out from their surroundings mainly because of some perceptual distinction, as opposed to its utilitarian value. For example, a large rock that resembles a skull.
- Salient point E: Another distinction worth considering might be the general number of features in an environment. I intuitively think that initial evolutionary development of the ability to coordinate behaviors around non-utilitarian loci–i.e., based on its perceptual distinctness only–would have had to have happened in a relatively feature-sparse environment. (Think one tree per lawn vs a forest)
I don’t have time to connect all the dots, but the thrust of my thinking is that Schelling’s idea suggests a flexible mechanism that could help a species gain an evolutionary edge by being able to coordinate behavior around loci or focal points, even if they do not have the immediate ability to communicate and cannot interact directly. These focal points gain value because of their informational properties.
Point E is important because it suggests an idea that might be worth examining if we want to look at how early in our evolution we started becoming locus-focused.
Both D and E might be of value in thinking about how variations would affect a species’, or society’s, development. For, example, a dolphin’s environment might provide very different varieties of loci than a human’s. How does this affect their social organization, interactions, thought processes, etc? I am just saying it suggests a basis for comparison of species, societies, etc.
Other discriminating factors may also come into play, such as how sensory modalities play into development. For example, dogs generally are highly focused on olfactory information, but visual matters, too. Contexts can change that.
For example, when I take my dog for a stroll around our suburban neighborhood, I get dragged bodily to every pole, fire hydrant, tree or bush we pass. In our neighborhood, these are spaced out a fair bit, so they stand out enough to have great value as information-loaded loci of the type we are talking about, and they have great value for dogs as coordination points for sharing information in the form of smells. However, when we go for a walk in the woods behind my house, there are so many trees that she doesn’t run and sniff every tree, and it would certainly be too impractical to pee on every tree, even for a cute, but crazy, dog. So, I think dogs may be making some of their decisions as to what constitutes a worthy focus-point through the use of visual information, but only when the visual environment provides the right “sparsity” or “density” of candidate loci.
The next time we go walking in the woods, I will pay more attention to how she is choosing the points where she stops to sniff in detail. Does she seem to use visual criteria to pick places, or does she continuously sniff her way from point to point?
Anyway, I apologize if I appear to be rambling. I am imagining this to be a rough draft of a framework of inquiry into the possibility that Schelling’s theory might explain how humans and some other social creatures could have evolved to become locus-focused and how differences in available categories of locus might help explain some differences the development of species and societies.
It is clear that Schellings’ focus points do confer a potential advantage to those who can make use of them. But it is not clear whether any advantages they confer would be sufficient to drive evolutionary changes that should, presumably, have influenced the development the brain itself. Even if we agreed that they did impact our evolutionary development, it is hard to say to what degree. How much of our present state would in some way be inherited from this advantage?
Your findings, particularly the idea that from ancient times human societies have used locus points in a similar (but more sophisticated) way, seem to me highly synergistic with my speculation. Your ideas help me think that my idea may be right.
Well, that’s it in a fragmented nutshell. All ideas need testing. In my case, the first test of my ideas is time itself. Often enough, my ‘best’ ideas turn out to be completely incomprehensible to me when I read them much later. So, with that in mind, I will set this idea aside for at least a few weeks before looking at it again. If I have talked nonsense, please be kind.
Many thanks,
Darn