India’s fertilizer system faces a fiscal and ecological dilemma as urea overuse, import dependence, and geopolitical shocks intensify vulnerabilities.
Current Facts and Data
- High Consumption: India consumes around 70 million tonnes of fertilizers annually, reflecting its intensive input-dependent agriculture.
- Urea Dominance: Urea constitutes nearly 55% of consumption, with annual usage approaching 40 million tonnes.
- Import Dependence: Around 25% of urea, nearly 10 million tonnes, is imported, mainly from Gulf countries.
- Subsidy Burden: Budget 2026–27 allocated ₹1.71 lakh crore for fertilizer subsidies, straining fiscal resources.
- Price Distortion: Farmers pay around ₹270 per 45-kg bag against government cost of nearly ₹2,700.
Drivers of Fertilizer Overuse in India
- Price Distortion: ₹242 MRP for 45-kg urea makes nitrogen disproportionately cheaper than unsubsidized P&K alternatives.
- Nutrient Imbalance: India’s N:P:K ratio reached 10.9:4.1:1 in 2023–24, far above the 4:2:1 agronomic benchmark.
- Risk Aversion: Smallholders often overapply cheap urea as yield insurance, particularly under rainfed and uncertain climatic conditions.
- Soil Unawareness: Soil Health Cards promote balanced application, yet widespread blanket fertilisation persists due to limited extension outreach.
- Cropping Bias: Paddy–wheat systems encourage repeated nitrogen use, while India’s urea consumption remains around 40 million tonnes annually.
Implications of Fertilizer Overuse and Subsidy
- Fiscal Stress: ₹1.71 lakh crore fertilizer subsidy allocation for 2026–27 creates substantial pressure on fiscal consolidation.
- Import Vulnerability: India imports around 25% of annual urea consumption, exposing agriculture to geopolitical and shipping disruptions.
- Soil Degradation: India’s N:P:K ratio reached 10.9:4.1:1 in 2023–24, indicating severe nutrient imbalance and declining soil health.
- Environmental Damage: Excess nitrogen increases nitrous oxide emissions and nitrate leaching, threatening groundwater quality and ecosystem health.
- Efficiency Loss: Fertilizer-output efficiency reportedly declined from 1:10 to nearly 1:2, reflecting diminishing returns from excessive application.
Government Schemes and Initiatives
- Nutrient-Based Subsidy (NBS): Introduced in 2010, it provides nutrient-linked subsidies for P&K fertilizers, promoting balanced fertilisation.
- PM-PRANAM: Announced in Budget 2023–24, incentivises States to reduce chemical-fertilizer use, with 50% subsidy savings returned as grants.
- Soil Health Card Scheme: Launched in 2015, it provides soil-based nutrient recommendations, with 25.89 crore cards generated by March 2026, promoting balanced fertilisation.
- Neem-Coated Urea: Introduced nationwide in 2015, neem coating improves nitrogen-use efficiency and reduces urea diversion.
- Nano Fertilizers: Nano Urea launched in 2021 and Nano DAP in 2023, aiming to improve nutrient-use efficiency.
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- Political Sensitivity: Urea’s ₹242 per 45-kg bag makes price rationalisation politically sensitive due to higher farm-input costs.
- Import Dependence: Around 25% of annual urea consumption is imported, exposing India to geopolitical and energy-price shocks.
- Regional Imbalance: Fertilizer requirements differ across crops, soils, and agro-climatic zones, making uniform allocation inefficient.
- Targeting Gaps: Land-based targeting can exclude tenant farmers and sharecroppers lacking formal land ownership records.
- Transition Risks: Sudden subsidy rationalisation could raise cultivation costs, trigger farmer resistance, and adversely affect farm incomes.
Way Forward
- Subsidy Rationalisation: Correct the ₹242/45-kg urea price distortion through gradual rationalisation while protecting vulnerable farmers.
- Direct Support: Implement farmer-centric subsidies, as suggested in the Economic Survey 2026–27, to reduce excessive urea-use incentives.
- Scientific Allocation: Integrate Farmer Registry, Soil Health Cards, and crop data for farm-specific nutrient recommendations and targeted allocation.
- Crop Diversification: Promote pulses and oilseeds to simultaneously reduce fertilizer dependence and India’s substantial import dependence.
- Efficient Alternatives: Scale Nano Urea, Nano DAP, biofertilizers, and precision farming to improve nutrient-use efficiency and reduce conventional fertilizer demand.
- Cooperative Transition: Leverage ICAR, State Agricultural Universities, and Krishi Vigyan Kendras (KVKs), with pilot projects involving 10,000–20,000 farmers before nationwide scaling.
“Feed the soil, not the subsidy”; India must pursue balanced nutrients, resilient farming, fiscal prudence, and sustainable food security.
Reference: The Hindu
PMF IAS Pathfinder for Mains – Question 797
Approach
- Introduction: Write a contextual introduction about fertilizer overuse and subsidies in India.
- Body: Write how fertilizer subsidies have created nutrient imbalance and fiscal stress; also mention fiscal and ecological consequences, and suggest reforms for sustainable agriculture.
- Conclusion: Emphasise a farmer-centric, nutrient-balanced, cooperative-federal and technology-enabled approach to reduce fertilizer overuse, rationalise subsidies and strengthen sustainable agriculture.
