CLIMATE-RESILIENT SOCIAL AFFORESTATION IN SANDWIP: A COMMUNITY DRIVEN INITIATIVE TO MITIGATE COASTAL DISASTER VULNERABILITY

Abstract

Climate change is an ongoing global crisis that poses a significant threat to world stability and peace. The rise in sea levels and the increasing frequency and intensity of various natural disasters can largely be attributed to climate change. Due to geographical location and the funnelig shape of the coastline, Bangladesh is more vulnerable to climate change effets. Sandwip Island, nestled within the Bay of Bengal, is currently facing an increasingly precarious situation brought about by the dual challenges of climate change and the relentless rise in sea levels. The narrow coastline and low elevation make this area highly vulnerable to the impacts of the Bay of Bengal. Over the passage of time, the island has suffered the significant loss of 40% of its original landmass. Nevertheless, new land emerges through sediment deposition from neighboring rivers, underscoring the need for safeguarding it through a afforestation to ensurin its long-term viability. In this context, the adoption of community-driven coastal afforestation stands out as a more sustainable and optimistic alternative. The key to ensuring the sustainability of afforestation initiatives lies in fostering active engagement and collaboration within the local community.

This study delves into the tools and techniques employed to educate and empower local residents, emphasizing the crucial role of coastal vegetation in mitigating erosion and minimizing the impact of diverse disasters, including storm surges and cyclones. Furthermore, the research elucidates the roles of various stakeholders, including local government bodies, non-governmental organizations, community leaders, and UN representatives, in fostering effective afforestation initiatives. The study provides insights into proven methods, preferred species selection, and their strategic orientation within the methodology.

Research findings underscore that the local community must actively participate in the maintenance of vegetation for optimal outcomes. Effective management of factors such as plant species selection, density of vegetation, two-layer vegetation structure, and the strategic placement of front-line species is essential. Rigorous scientific documentation, encompassing baseline data, planting methods, and ongoing monitoring, is vital for achieving resilient and favorable outcomes in this climate-resilient social afforestation endeavor.