📖 ABSTRACT/OVERVIEW
The cooperative ecosystem in North West Nigeria, comprising primary cooperatives, apex bodies, state departments, federal colleges, and external funders, exhibits complex interactions, feedback loops, and emergent properties that cannot be adequately understood through conventional linear organisational analysis. This study applied complex adaptive systems (CAS) theory to model and interpret cooperative ecosystem dynamics in the North West geopolitical zone. A multi-method CAS research design was employed, combining systematic mapping of the North West cooperative ecosystem, agent-based modelling, and longitudinal case analysis. The ecosystem mapping documented 2,340 registered cooperatives, 7 apex bodies, 3 federal cooperative institutions, and 7 state cooperative departments, along with their interaction patterns, drawn from registry data and 35 stakeholder interviews. Agent-based simulation models were constructed in NetLogo software, using interaction rules derived from the empirical ecosystem mapping and calibrated against historical membership growth data. Six hundred simulation runs explored how changes in regulatory burden, cooperative education intensity, and capital support affect cooperative sector emergence and stability under different scenarios. Longitudinal case analysis tracked three cooperatives over 10 years as a grounding mechanism for the simulation insights. Results identified four critical ecosystem properties: self-reinforcing growth clusters in densely cooperative communities, tipping point dynamics in regulatory burden above which cooperative formation collapses, feedback between cooperative education investment and long-run ecosystem complexity, and cascading failure risk when apex body functionality deteriorates. These findings constitute original theoretical and methodological contributions to the application of complex adaptive systems thinking to cooperative sector analysis.
Keywords: complex adaptive systems, cooperative ecosystem, North West Nigeria, agent-based modelling, cooperative dynamics
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