Key Highlights
- International recognition of SAIME by FAO underscores its ecological and socio‑economic impact.
- The model marries native black‑tiger shrimp farming with mangrove conservation, enabling low‑input aquaculture.
- Integrated Mangrove Aquaculture (IMA) forms the core of SAIME, focusing on zero‑chemical, low‑stocking operations.
- Funding from global partners, including the Global Nature Fund and Mercedes‑Benz CSR, fuels scalability across South Asia.
- Strategic focus on the Sundarbans leverages the world’s largest mangrove expanse to maximize climate‑adaptation benefits.
Detailed Insights
Multi‑Stakeholder Partnership (MSP) – SAIME brings together government bodies, local fishers, conservation NGOs, and research institutions to create an ecosystem‑based framework that protects mangroves while boosting rural incomes through sustainable shrimp production.
Objectives – The initiative targets five key goals: strengthening livelihoods in mangrove zones; reducing blue‑carbon emissions by treating mangroves as natural carbon sinks; enhancing market reach via certification and branding; encouraging low‑input aquaculture through IMA; and disseminating climate‑resilient practices across the region.
IMA Principle – Under IMA, shrimp are cultured at minimal stocking densities, with no added feed or fertilizer. The strategy relies on the integrity of mangrove ecosystems to support natural productivity, thereby eliminating chemical inputs and waste.
Global Recognition – In October 2025, FAO formally endorsed SAIME’s technical blueprint, proclaiming it a benchmark for fragile‑ecosystem aquaculture worldwide.
Funding & Collaborators – Pivotal support comes from the Global Nature Fund, Naturland e.V., and Mercedes‑Benz’s CSR arm. This blend of grassroots action and international capital positions SAIME as a scalable model beyond India’s borders.
Sundarbans Significance – The bifurcated mangrove forest of India and Bangladesh is the largest of its kind, encompassing 42.45% of India’s mangrove area in West Bengal alone. Its high ecological fragility combined with a dependence on aquaculture renders it an ideal testbed for climate‑smart livelihood interventions.