Systems Thinking is a holistic approach, examining complexity through interconnected wholes rather than isolated parts. It defines a system as interconnected components producing behavior patterns over time. Holism asserts that systems must be viewed as cohesive entities; their properties can't be fully understood in isolation. Interconnectedness emphasizes mutual influence among elements, where changes in one part affect the entire system. Emergent properties arise from complex interactions, and feedback loops illustrate how outputs can influence subsequent actions, essential for understanding system dynamics.
Systems Thinking is a holistic approach to understanding complexity by examining wholes and relationships, rather than dissecting into isolated parts. It functions as a mindset.
A system is a set of interconnected components that collectively produce unique patterns of behavior over time. The whole is greater than the sum of its parts.
Interconnectedness highlights that all elements within a system are linked and mutually influence one another. A change in one part evokes ripple effects throughout the network.
Feedback loops describe circular causal processes where a system's output returns as an input, influencing subsequent actions, crucial for understanding dynamics of systems.
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