• India is the world’s largest producer and consumer of coconuts.
• Per-palm productivity in India is higher than Sri Lanka, the Philippines, and Indonesia.
• Major cultivation zones include Kerala, coastal Karnataka, and Tamil Nadu.
• Expansion has occurred in non-traditional states such as Gujarat and Assam.
• The western coastal belt remains relatively climate-resilient.
• Interior peninsular regions and parts of the east coast face increasing climatic vulnerability.
• Domestic prices have remained above international prices since 2024, affecting export competitiveness.

Major Policies Supporting Coconut Cultivation

Coconut Development Board (CDB)

• Replanting and rejuvenation of senile palms
• Area expansion in non-traditional regions
• Distribution of improved and hybrid seedlings
• Branding and export promotion

Coconut Promotion Scheme (2026–27)

• Revitalisation of old plantations
• Promotion of high-yield planting material
• Expansion in coastal regions

Technology Mission on Coconut

• Integrated approach covering production, processing, and marketing
• Support for value-added products such as coconut oil and coir

Cluster Development Programme

• Strengthens aggregation, processing, and market access

Support under National Missions

• Irrigation, sustainability, and infrastructure linkages under MIDH and NMSA

Why Productivity-Focused Policy is Inadequate

• India already has relatively high per-palm productivity, limiting marginal gains from further yield push.
• Domestic prices remain above global levels, affecting competitiveness.
• Rising temperatures increase drought stress and vapour pressure deficit.
• Root wilt disease has severely impacted districts like Alappuzha and Pollachi.
• Interior regions may become climatically unsuitable in coming decades.

Climate Change and Coconut Geography

• Coconut is sensitive to heat stress during flowering and nut development.
• The Western Ghats currently provide temperature moderation.
• Interior Karnataka, Andhra Pradesh, and Tamil Nadu show projected vulnerability.
• East coast regions face cyclones and salinity intrusion.
• Increased vapour pressure deficit intensifies moisture stress.

Need for Climate-Resilient Varieties

• Heat-tolerant genotypes ensure long-term viability.
• Drought-resistant varieties support cultivation under erratic rainfall.
• Disease-resistant strains reduce vulnerability to root wilt.
• Regional customisation is essential for west and east coast variations.
• ICAR and state agricultural universities have breeding capacity for resilient varieties.

Structural and Institutional Constraints

• Over-reliance on input subsidies instead of structural transformation.
• Quality issues in distribution-based schemes.
• Limited participation of Farmer Producer Organisations due to compliance barriers.
• Fragmented capital subsidies create implementation confusion.
• Under-utilisation of cluster-based development models.

Importance of Cooperative and Cluster Models

• Enable vertical integration across production, processing, and marketing.
• Improve scale efficiency and bargaining power.
• Stabilise prices through organised procurement.
• Diversify into value-added products such as coconut oil, desiccated coconut, and coir.
• Reduce individual farmer exposure to climate and market risks.

Policy Shift Required

• Move from expansion to sustainability-centred policy.
• Promote direct benefit transfers for irrigation and soil management.
• Align plantation zones with climate suitability mapping.
• Integrate funding across schemes for coherent implementation.
• Institutionalise farmer consultation in policy design.

Conclusion

Coconut cultivation in India stands at a structural transition point. Productivity enhancement alone cannot secure long-term viability under rising climate stress. A sustainability-driven framework prioritising climate-resilient varieties, water-use efficiency, cooperative value-chain development, and institutional reform is essential to protect farmer incomes and ensure agro-ecological stability.