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"Natural ecosystems regularly have to endure disruptive external forces. However, when given time to recover, the ecosystems often find a new stable equilibrium. The network of interactions within an ecosystem is constructed in such a way that it facilitates stability against external influences, unlike random networks. This article will provide an extensive review of the academic ecology research to gain insight in why ecosystem networks are so stable while random networks are not. In addition, network biomimicry will be applied to take lessons from these ecosystem networks and apply them to stabilize human constructed networks, with a focus on the human interaction networks in a Decentralized Autonomous Organization (DAO)."
"Natural ecosystems regularly have to endure disruptive external forces. However, when given time to recover, the ecosystems often find a new stable equilibrium. The network of interactions within an ecosystem is constructed in such a way that it facilitates stability against external influences, unlike random networks. This article will provide an extensive review of the academic ecology research to gain insight in why ecosystem networks are so stable while random networks are not. In addition, network biomimicry will be applied to take lessons from these ecosystem networks and apply them to stabilize human constructed networks, with a focus on the human interaction networks in a Decentralized Autonomous Organization (DAO)."
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