UPSC Editorial Analysis: Repurposing India’s Fertiliser Subsidy Regime

General Studies-3; Topic: Major crops cropping patterns in various parts of the country, different types of irrigation and irrigation systems storage, transport and marketing of agricultural produce and issues and related constraints; e-technology in the aid of farmers.

Introduction:

• The primary driver behind India’s current agricultural and soil crisis is not a lack of knowledge among farmers. Instead, it is a structural flaw in policy design that actively encourages unsustainable practices.
• Agrifood policies designed during the 20th century to fix severe food shortages are no longer aligned with the ecological and geopolitical realities of the 21st century.
• India needs to transition its agricultural support system away from subsidizing chemical inputs blindly and move toward rewarding resource efficiency, soil health, and climate resilience.

About Repurposing India’s Fertiliser Subsidy Regime

• India is repurposing its massive fertiliser subsidy by capping chemical urea, promoting organic alternatives (like PM-PRANAM), and shifting toward targeted, direct benefit transfers to improve soil health and fiscal efficiency.

Historical Context: How the Subsidy Regime Was Born

• The Pre-Subsidy Era:
  • Prior to 1977, chemical fertilizers were not subsidized by the Indian government. Farmers relied on traditional inputs, and the early stages of the Green Revolution operated without heavy state fiscal support for fertilizers.
• The 1973 Global Oil Shock:
  • The geopolitical crisis of 1973 led to an exponential rise in global energy and fertilizer prices. This price spike caused a sharp drop in domestic fertilizer use, creating fears of food shortages and high inflation.
• Introduction of the Retention Price Scheme (RPS):
  • To protect farmers from international price volatility and ensure steady domestic food production, the government launched the RPS in 1977. This scheme insulated the agricultural sector by keeping fertilizers artificially cheap.
• Policy Entrenchment:
  • What was originally designed as a temporary, short-term crisis management tool gradually became deeply institutionalized. It turned into a permanent pillar of India’s agricultural policy, remaining unchanged for decades despite shifting economic realities.

The Modern Agrarian Paradox: Production vs. Vulnerability

• Achieving Food Abundance:
  • India successfully moved away from its food-deficit past. Today, it stands as the world’s top producer of milk, pulses, rice, and wheat, and the second-largest producer of fruits and vegetables.
• Input-Intensive Trap:
  • This massive production success relies heavily on high chemical inputs, extensive groundwater pumping, and highly subsidized electricity.
• Geopolitical Vulnerability:
  • India remains highly dependent on international supply chains for critical farming inputs. The country imports a major share of its phosphatic fertilizers, potash, and the natural gas required to manufacture urea domestically.
• The Trigger for Reform:
  • Recent global conflicts, such as the Russia-Ukraine war and maritime tensions in West Asia, have caused major supply disruptions and price spikes. Every global shock increases India’s fiscal subsidy burden and threatens its domestic food security, creating a strong parallel to the 1970s oil crisis.

Multi-Dimensional Impacts of Policy Distortions

• Agronomic & Soil Health Impacts

• • Distorted NPK Ratio: The heavy subsidy on urea makes Nitrogen (N) much cheaper than Phosphorus (P) and Potassium (K). This has skewed India’s average NPK consumption ratio far from the ideal 4:2:1 baseline, reaching highly imbalanced levels like 10:4:1 in intensive farming zones.
  • Loss of Soil Quality: Over-applying nitrogen exhausts micronutrients (like zinc, boron, and iron) and depletes Soil Organic Carbon (SOC), leading to dead, unresponsive soils.
  • Diminishing Returns: The crop-response ratio to fertilizers has dropped significantly over the decades. Farmers are forced to apply greater amounts of chemical inputs each year just to maintain their baseline crop yields.

• Ecological & Environmental Impacts

• • Water Contamination: Excess chemical fertilizers leach deep into the ground, leading to high nitrate contamination in drinking water aquifers and causing eutrophication in local water bodies.
  • Greenhouse Gas Emissions: Soils that receive excessive nitrogenous fertilizer release high amounts of nitrous oxide (N2O), a powerful greenhouse gas that accelerates global warming.
  • Groundwater Depletion: Combining cheap urea with subsidized electricity and guaranteed grain procurement encourages the over-extraction of groundwater, rapidly dropping water tables in semi-arid states like Punjab and Haryana.

• Socio-Economic Impacts: The Rational Choice Trap

• • Economic Logic of Farmers: Farmers behave as rational economic actors. If the state offers cheap urea, free electricity, and a guaranteed buyer for rice and wheat, farmers will logically choose to grow those specific, resource-heavy crops.
  • The Ineffectiveness of Simple Awareness: Asking farmers to diversify their crops out of environmental concern will fail as long as the underlying financial incentives heavily reward resource degradation.

Way Forward:

• India does not need a sudden, chaotic ban on chemical fertilizers, which would damage national crop yields and threaten food security. Instead, it requires a gradual, smart shift in policy design.

• Implement Per-Hectare Direct Benefit Transfer (DBT):
  • Move away from subsidizing the price of specific fertilizer products. Instead, transfer a fixed cash subsidy per hectare directly into farmers’ bank accounts. This gives farmers the financial freedom to choose inputs based on actual soil needs rather than cheap market prices.
• Diversify Government Procurement:
  • Reduce the over-reliance on rice and wheat by expanding guaranteed state procurement and Minimum Support Prices (MSP) to cover pulses, oilseeds, and millets. This reduces water use, improves nutrition security, and cuts India’s high import bills for edible oils.
• Promote Sustainable and Alternative Nutrients:
  • Shift a portion of the fertilizer budget to support bio-fertilizers, organic compost, nano-urea, and precision farming tools that help restore natural soil fertility.
• Link Subsidies to Resource Efficiency:
  • Connect power and water subsidies to the adoption of micro-irrigation systems (such as drip and sprinkler technologies) and encourage solar-powered farming through schemes like PM-KUSUM.

Conclusion

• A New Agricultural Mission: The first Green Revolution solved India’s historical problem of food scarcity. The next agricultural transformation must solve the problem of structural vulnerability.
• Seizing the Crisis: Current global supply chain disruptions and visible ecological stresses offer a valuable window of opportunity. India must remodel its agrifood policies now to build an agricultural sector that is fiscally steady, ecologically sustainable, and resilient against future global shocks.

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