Systems Thinking is a holistic approach to understanding complexity by focusing on wholes and relationships rather than isolated parts. It emphasizes viewing systems as integrated entities where components interact to produce unique patterns of behavior over time. Key concepts include the definition of a system, which comprises interconnected components, the principle of holism stating that the whole is greater than the sum of its parts, the interconnectedness and interdependencies of elements within systems, emergent properties arising from these interactions, and the significance of feedback loops in system dynamics.
Systems Thinking emphasizes that systems should be viewed as cohesive wholes, asserting that their properties and behaviors cannot be fully understood by analyzing individual components isolated from each other.
A system is defined as a set of interconnected components organized in a way that produces its own pattern of behavior over time, demonstrating the importance of viewing the whole rather than isolated parts.
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