So rather than put up a bigger scan, I copied it over to PowerPoint. This gave me the opportunity to merge in the contents of another version that was even messier but had a few more nuances on it. So here is what I had back then, but cleaned up:
The vertical line shows a point beyond which most human systems don't go, because people self-organize naturally. In my notes it says "but there is sometimes the ILLUSION that human systems can be found in this area, and we have to deal with that." (Whoever "we" is.) The blobby areas are supposed to be indistinct and boundary-less, and there aren't supposed to be gaps between blobs. (That was just me struggling with the hegemony of PowerPoint.)
After moving my sketches to a cleaner diagram I immediately could see how my thinking has moved on since 2001. I'm not even sure I agree with all of the word placements in that space. So I tried a "2010" version of the same thing. This also shows rotating/flipping it so that it matches the Cynefin framework. (If I went back to my original directions I'd go insane trying to remap them all the time.) The arrows mean that conditions of absolute purity only pertain to the extreme corners of the space. Thus perfectly pure hierarchy is barely represented (because it rarely exists in reality). In between these extremes, you can imagine all sorts of mixtures.
Here is another representation for the mixtures of hierarchy and meshwork which I used in a 2001 presentation. I think this one is easier to understand, but it's hard to draw on a chalkboard or the back of a napkin, and that makes it hard to use in practice.
The reason the hierarchy+meshwork diagram is so much larger than the others is that I was trying to show how multiple hierarchies can be connected in larger systems that involve both confluent elements.
After this I tried going back to my examples from the original 2001 diagram and placing them again. This is just a first try and I'm sure there are some mistakes mixed in. But why not give it a try? There wasn't enough space to place all the things I'd like to place one one space, so I separated non-human and human patterns. For non-human patterns:
These are some placements for human patterns:
Again there is an area rarely entered, but it is on the other side of hierarchy. If people are not connecting with other people, and making at least a little attempt to control their worlds, they seem to stop being people at all. [Edit: Later somebody pointed out that I seem to be making definitive placements here, which contradicts my statement that the model should be used for comparison and mutual understanding, not definition and restriction. Please consider these diagrams not as "explanations of reality" but as examples of how one person might place such items; and also consider that the best use of all such models is to juxtapose these placements with others (say by engineers, artists, politicians, children, etc etc etc). That is their real power.]
And finally I want to tie in White's identity interaction types. For those who don't know about this, I've become increasingly enamored of the explanatory power of this classification of interactions among human identities. For details see the paper but this is the summary:
- Selection of categorical aspects of identity based on characteristic–based evaluation of safety operates across the chaotic/complex boundary.
- Mobilization of relational aspects of identity based on membership–based evaluation of importance operates across the complex/knowableboundary.
- Commitment of positional aspects of identity based on placement–based evaluation of utility operates across the knowable/known boundary.
And last but not least, here is the medicine wheel mixed in.
Doing this redrawing presents me with many new questions. For example, should gases, liquids and solids be on these diagrams at all? Is a solid more self-organized than a gas? Is it more ordered? Or is that distinction orthogonal to the whole thing? And where does chaos (as in chaos theory, not as in confusion) fit on this diagram? I have never been able to make up my mind about where it fits in, if it does. On the one hand, you could argue that chaotic patterns will be strongest in the lower left (as in Cynefin). On the other hand, some argue that chaos theory can explain things way up into the upper right (along with complexity theory). On the other hand, you could make the case that chaos is orthogonal to this whole thing and underlies everything that goes on, perhaps on a different plane. Or, you could just say that unorder = chaos + complexity and let it go at that. I'm not sure what is most useful.
So there is much to think about. If you would like to think along with me, why not join in. I have no answers, only enthusiasm.