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Science, Strategy and War The Strategic Theory of ... - Boekje Pienter

Science, Strategy and War The Strategic Theory of ... - Boekje Pienter

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Organisms which are internally constructed such that they are in the solid regime but nearthe edge <strong>of</strong> chaos appear to be best able to performs complex tasks <strong>and</strong> to adapt. Coevolvingsystems whose members have tuned the structure <strong>of</strong> their fitness l<strong>and</strong>scape <strong>and</strong> couplings toother members such that the entire ecosystem is poised at the edge <strong>of</strong> chaos appear tosustain the highest fitness 78 .<strong>The</strong>re are several key elements determining the strength <strong>of</strong> an ecosystem which can also befound in Boyd’s work, in particular in his arguments concerning comm<strong>and</strong> <strong>and</strong> control.Boydian elements such as variety, harmony, trust, flexibility, the OODA loop, sharedexperience, organization in semi-autonomous units mirror the descriptors <strong>of</strong> an ecosystem:interdependence,feedback (<strong>and</strong> cyclical flow <strong>of</strong> resources),cooperation,partnership,flexibility<strong>and</strong> diversity.<strong>The</strong> flexibility <strong>of</strong> an ecosystem is a consequence <strong>of</strong> its multiple feedback loops, which tend tobring the system back into balance whenever there is a deviation from the norm, due tochanging environmental conditions. Disturbances are ever-present because things in theenvironment change all the time. <strong>The</strong> net-result is continual fluctuation. All the variables wecan observe in an ecosystem - population densities, available nutrients, weather patterns, <strong>and</strong>so forth - always fluctuate. An ecosystem is an ever-fluctuating network. <strong>The</strong> more variablesare kept fluctuating, the more dynamic is the system; the greater is its flexibility; <strong>and</strong> thegreater is its ability to adapt to changing conditions. Lack <strong>of</strong> flexibility manifests itself asstress in the system. This will occur when one or more variables <strong>of</strong> the system are pushed totheir extreme values, which induces increased rigidity throughout the system.<strong>The</strong> role <strong>of</strong> diversity is closely connected with the network’s structure. A diverseecosystem will also be resilient, because it contains many species with overlapping ecologicalfunctions that can partially replace one another. A diverse community will be able to survive<strong>and</strong> reorganize itself because a damaged link in the network can at least partially becompensated for by other links. In other words, the more complex the network is, the morecomplex its pattern <strong>of</strong> interconnections, the more resilient it will be. Repeating earlierobservations from systems theory, diversity means many different relationships, manydifferent approaches to the same problem 79 .Perpetual noveltyIndeed, change, novelty <strong>and</strong> mismatches are what keeps the evolutionary process going. Ifthe discovery <strong>of</strong> uncertainty was the start <strong>of</strong> the paradigm shift, the discovery <strong>of</strong> the essence<strong>of</strong> perpetual novelty may be considered one <strong>of</strong> the key themes <strong>of</strong> the Prigoginian era.Bateson had already introduced the element <strong>of</strong> difference as the key to which we respond.And instead <strong>of</strong> chance <strong>and</strong> r<strong>and</strong>om mutations driving evolution, as classical Darwinist theoryasserts, it is the capacity to learn, to propagate successful traits <strong>and</strong> schemata, <strong>and</strong> torecombine in novel relationships that leads to the emergence <strong>of</strong> adaptation <strong>and</strong> evolution. As78 Kauffman (1993), pp.279-80.79 Capra (1996), pp.301-03.142

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