| Abstract (ENG): |
This study aims to develop an idealized ecosystem model for the circular economy, highlighting the intricate interactions between key actors, technologies, and data exchanges needed to transform material, product, and value flows. Using the "ecosystem-as-affiliation" framework, the research analyzes data from 38 interviews. A theory-driven coding approach was applied to identify generic actors and their roles across the product lifecycle. The study identifies 24 generic actors, organized into five sub-ecosystems, and outlines their specific value contributions within the circular economy. The findings reveal the interdependencies and co-evolutionary processes essential for circular value creation. The study offers both theoretical insights into the design and analysis of circular ecosystems and practical guidance for companies transitioning from linear to circular business models. |
| Citation: |
Schuster, Tassilo and Papert, Marcel and Steiner, Marie-Sofie and Bühler, Lydia and Fendt, Daniela and Pflaum, Alexander
(2025)
A Conceptual Model for a Smart Circular Ecosystem.
In: (Proceedings of the) 85th Annual Meeting of the Academy of Management (AOM), July, 25-29, 2025, Copenhagen, Denmark.
(Academy of Management Proceedings; 2025-1).
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