2666. Navigating Complexity: Systems Thinking for Integrated Marine Social-Ecological System Management
Invited abstract in session TB-39: Sustainability & Infrastructure Systems, stream Sustainable & Resilient Systems and Infrastructures.
Tuesday, 10:30-12:00Room: Newlyn LG.01
Authors (first author is the speaker)
| 1. | Gemma Smith
|
| Centre for Systems Studies, University of Hull |
Abstract
The management of marine environments, characterised by their complex and adaptive nature, necessitates a robust framework that can effectively integrate natural and anthropogenic components. This research focuses on the application of Systems Thinking to marine Social-Ecological Systems (SES), acknowledging the inherent intricacy and dynamic interactions that define these environments. Specifically, this study demonstrates the application of systems tools and fundamentals. By conceptualising marine systems as shared SESs, we underscore the importance of an integrative and interdisciplinary approach. The research emphasises the application Systems approaches, alongside foundational SES frameworks and principles, to address multifaceted environmental challenges. These challenges include the reduction of complexity, the optimisation of data management, consideration of uncertainties, and the fostering of active stakeholder engagement, all of which are essential for the uptake and operationalisation of Ecosystem-Based Management. It underlines the role of Systems Thinking in navigating the complexities of marine SES, aiming to achieve a balanced and sustainable integration of conservation, societal well-being, and economic objectives. This discussion highlights the potential of a systems approach to enhance decision-making processes within marine management, providing practical guidance for addressing the multifaceted interactions within these ecosystems.
Keywords
- System Dynamics and Theory
- Sustainable Development
- OR in Environment and Climate change
Status: accepted
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