Understanding Eco-DRR as a sustainability indicator for mangrove conservation in urbanized area of North Jakarta, Indonesia

Abstract

Eco-DRR is a holistic, ecosystem-based approach that utilizes ecosystems to sustainably mitigate the effects of natural disasters. This study analyses the Eco-DRR praxis at mangrove ecosystems at North Jakarta. The research employs semi-structured in-depth interviews with informants to reveal the mangrove management in the urbanized area of North Jakarta. The data collected are verified through triangulation of data sources. The sustainability of mangrove is assessed using Multidimensional Scaling (MDS) Rapfish Analysis. Additionally, comparative analysis is conducted by contrasting the two revealing findings of mangrove sustainability in protected and unprotected areas. The findings reveal that protected mangrove areas exhibit higher sustainability compared to unprotected ones distinguished by its Eco-DRR praxis. This research suggests that Eco-DRR praxis such as mangrove conservation, effectively minimize tidal flood risk, generate ecosystem services, and perform as an indicator to sustain the environment. The government policies govern the management of protected areas, emphasizing their role in providing ecosystem services and mitigating tidal floods. In contrast, unprotected areas face challenges due to less effective management, leading to suboptimal ecosystem services and reduced disaster risk reduction capacity. The key takeaway is the significance of community-based organizations, in enhancing and sustaining mangrove ecosystems, with strong participation and involvement among various stakeholders, ensures the services of mangrove ecosystems in both protected and unprotected areas, contributing to Eco-DRR and long-term environmental resilience. The praxis of Eco-DRR in the North Jakarta, Indonesia is geographically contextualized, where local praxis, policy reform, and knowledge basis in essential to support its sustainability.

Keywords

• Eco-DRR
• Mangrove
• North jakarta
• RAPFISH
• Sustainability
• Tidal floods