Ok, given that in a worst-case collapse scenario mass population movements are likely, this may make the restriction of a limited number of citizens in each parliamentary area a distraction, at a time when other matters are pressing.
Also, we have seen the intractable problems water management has caused between our existing state structures, thus I am proposing a modification to the concept, whereby each parliament is determined by its water resources, a critical issue on the world's driest continent. In this regard there is already a mapping of regions to water sources provided by Steve Iron's FOWTOR model at his site: http://www.bloggerme.com.au/
Below is an extract -the full interactive map is at Steve's site, Steve's model has some hierarchical elements, so I am talking to Steve about how this might work.
Concept
If you are standing in a hamlet, a town or a city of Australia, you will be on the slopes or in the valley of a major river system. It is that river system that, over the last million years or so, has determined what the landscape you are looking at looks like, and what the land around you is capable of producing, and other matters such as how many people are living there, and what they can and cannot do with their lives, and so on. Even in the major desert that is at the centre of Australia, where rain rarely falls, this simple observation is valid. So it is possible to divide Australia on the basis of where water, when it drops from the sky, will flow in its (sometimes quite short, sometimes very long) journey towards the sea.
Construction
The FOWTOR Model goes to a major river system and draws a boundary around it based on the 'flow of water' (FOW). All boundaries therefore must be at the 'top of the ridge' (TOR). Water falling from the sky will be in one major river system if it falls on one side of the ridge, and in another if it falls on the other side of the ridge.
Sonya Kilkenny's Reply