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Abstract ABS-36

A Conceptual Framework for Integrating Blue Carbon Ecosystems into Climate Mitigation and Coastal Flood Risk Reduction for Power Plants Intan Pamungkas (a), Yoga Edi Kuncaraningrat (b), Meiri Triani (c) Corresponding Author: Intan Pamungkas

Question from Dr. Elisabeth Rotua 2025.12.16 10:57:21 How can hybrid approaches combining blue carbon ecosystems and engineered coastal defenses be optimized to enhance the climate resilience of large coastal energy infrastructures under future sea-level rise scenarios?

Reply from Ms. Intan Pamungkas 2025.12.16 12:15:00 Hybrid approaches can be optimized by using engineered defenses to manage extreme hazards and blue-carbon ecosystems to provide continuous, incremental protection, such as flood attenuation and carbon sequestration. This could involve placing mangroves seaward or landward of hard defenses to reduce wave energy and overtopping, while engineered structures handle residual risk under extreme sea-level rise.

Reply from Ms. Intan Pamungkas 2025.12.16 13:06:05 In our study, we can develop hybrid approaches based on land suitability analysis, focusing on areas where tidal forces, sea level rise, and storm surges are most significant. Additionally, we conduct flood progression analysis, which highlights areas at the highest risk of flooding through four detailed maps. Engineered defenses can then be strategically implemented in these identified regions.

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