dynamic systems analysis

Dynamic systems analysis is the study of how complex systems change and evolve over time. It involves understanding the relationships and interactions within a system—such as processes, components, or variables—and how these influence each other, often using mathematical models. This approach helps predict future behavior, identify stability points, or areas where the system may experience growth, decline, or oscillations. It's widely applied in fields like engineering, economics, and ecology to analyze real-world phenomena that are constantly changing, providing insights into how systems respond to different conditions or interventions.