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3258. Decentralization Approach for Global Relocation Planning under Climate Change
Invited abstract in session TD-21: Complex societal problems, stream OR in Humanitarian Operations (HOpe).
Tuesday, 14:30-16:00Room: 49 (building: 116)
Authors (first author is the speaker)
1. | Kash Barker
|
School of Industrial and Systems Engineering, University of Oklahoma | |
2. | Buket Cilali
|
University of Oklahoma | |
3. | Andres Gonzalez
|
School of Industrial and Systems Engineering, University of Oklahoma | |
4. | Ahti Salo
|
Systems Analysis Laboratory, Aalto University School of Science |
Abstract
The upcoming climate crisis is a consequential driver for displacement of communities, a little-studied problem in operations research. Its effects would strike people worldwide, causing displacement in great quantities. The unique characteristics of this problem - including consideration of a long-term planning horizon, future uncertainties, and heterogeneous populations and numerous locations under different climate change impacts at varying levels – require a different approach to handle this problem. For these reasons, our approach can assist in developing relocation plans to manage climate-change-induced movements with a long-term outlook while using the resources effectively and protecting the well-being and dignity of both displaced and receiving communities. The first step of these plans is the high-level planning of where the displaced people should go and when. The second step reflects the mixed decision-making structure resulting from the involvement of many local authorities and the necessity of looking after global humanitarian interests. We suggest a consensus structure that compromises the global outcomes and local interests using a global optimal model, self-optimal local models, and a final global model that uses the outputs of the global and self-optimal models and iterates by adjusting the decisions until fairness among all participating hosts is achieved.
Keywords
- Humanitarian Applications
- OR in Environment and Climate change
Status: accepted
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