The Next Stage in our Future
Saturday, December 4th, 2004
John M. Bunzl writes: Evolutionary biologists are increasingly questioning the Darwinist view of evolution which describes it largely in terms of competition and natural selection in favour of a “post-Darwinist” stance that more properly recognises the crucial role of co-operation. But since major transitions from competition to co-operation occur only at certain critical and short-lived points of evolutionary crisis, it is perhaps unsurprising that co-operation’s significant role has hitherto been under-valued and under-explored. Today, as humanity increasingly faces a critical point of crisis in terms of our survival on planet Earth, it is essential that light now be shed on how co-operation has worked in evolution, and how it can be made to work now if we are to have a sustainable future. An important theory underlying the view that cooperation plays just as important a role as competition is Koestler’s concept of holons and holarchies; the idea that reality is composed of holons or “whole/parts”: wholes that are simultaneously composed of smaller parts and are themselves also parts of larger wholes. For example, molecules are holons and yet they are made up of smaller atom holons while also being part of larger cell holons. The entire system is a “holarchy”: a heirarchy of holons or ‘whole/parts’ which is endless in either direction and in which each new higher-level holon emerges out of its predecessor, transcending and yet including it. The importance of Koestler’s thinking is that it allows us to move beyond two-dimensional, systems-thinking approaches to a three dimensional view of evolution which recognises not just that it has span, but also depth, and that it is directional towards ever-larger scales of co-operation. Between each holon on the same level there exists an inherent tension between its ‘wholeness’ on one side, and its ‘partness’ on the other; i.e. between a desire for individuality, and a need for conformity to the society – or holarchy - to which it belongs. This tension drives evolution towards ever-larger scales of cooperation as evolutionary biologist Elisabet Sahtouris explains: “There is a cycle of evolution that occurs all over, across time and space, at the tiniest levels of biology, and in the largest cosmic processes. It always begins with unity that then individuates—as in the ancient Vedic creation story in which a little wavelet forms in a smooth sea, and forever after is torn between loving its own individuality and wanting to merge back into the One. This universal tension between part and whole, and among parts, drives evolution. Individuation always leads to a kind of tension and conflict [i.e. to competition]. And if the parts don’t kill each other, they start negotiating. Negotiations can lead to resolutions of some of the tensions, moving from conflict to cooperation, and then to some new level of unity” [i.e. to a new, higher-level, larger-scale holon]. (12/04/04)
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