
National Coastal Convention 2025
The National Coastal Convention 2025 is a landmark initiative aimed at addressing the deep-rooted vulnerabilities and systemic injustices facing Bangladesh’s coastal communities. Bringing together policymakers, civil society, and grassroots actors, the Convention seeks to co-create climate-resilient development strategies, document community-led adaptation practices, and promote policy coherence grounded in human rights. Against the backdrop of rising sea levels, salinity intrusion, displacement, and ecological degradation, this multi-stakeholder platform will foster evidence-based dialogue and mobilize resources to safeguard livelihoods, food and water security, and long-term resilience across the 19 coastal districts.
Spearheaded by Participatory Research & Action Network (PRAAN), in partnership with like-minded organizations, the Drought Convention 2023 is an eagerly anticipated platform that promises to generate pragmatic policy recommendations. These recommendations will guide governments and organizations in adopting effective measures to combat drought and secure a prosperous future for all.
To create a multi-stakeholder platform that addresses the structural vulnerabilities and systemic injustices in coastal Bangladesh, promotes policy coherence, protects human rights, and advances climate-responsive development, ensuring community voices shape decision making and safeguard livelihoods, food, water security, and resilience.
The coastal region of Bangladesh constitutes a critical economic and ecological zone, supporting a significant portion of the national population. The coastal belt spans approximately 710 kilometers, including 310 kilometers of plains and sea beaches, 125 kilometers of Sundarbans mangrove forest, and 275 kilometers of river estuaries and islands. Covering roughly 32 percent of the country’s land area, about 28 percent of the population resides in this zone. Its low-lying topography, dense population, and environmental sensitivity render it highly vulnerable to climate change impacts, including sea-level rise, salinity intrusion, and increased frequency of extreme weather events.